Page 1 PM3082 PM3084 100 MHz PM3092 PM3094 200 MHz ANALOG OSCILLOSCOPES Service Manual STATUS TRACK - ^ m i TRACE SEPARATION 4 X POS ► & • § ^ - s ^ / MAGN RESET N O T '^ ^ V ^...
Page 2 PM3082 - PM3084 100 MHz PM3092 - PM3094 200 MHz Analog Oscilloscopes Service Manual 4822 872 05373 10 April ’97 Warning: Theseservicing instructions are for use by qualified personnel only. To reduce the rise of electric shock donot perform any servicing other than that contained in the operating...
Page 3 DECLARATION OF CONFORMITY FLUKE Analog Oscilloscopes PM3082, PM3084, PM3092, PM3094 Manufacturer Fluke Industrial B.V. Lelyweg 1 7602 EA Almelo The Netherlands Statement of Conformity Based on test results using appropriate standards, the product is in conformity with Electromagnetic Compatibility Directive 89/336/EEC...
Page 4: Table Of Contents
CONTENTS “ Z *f TABLE OF CONTENTS Page If'1 V • • ..1 SAFETY INSTRUCTIONS..........INTRODUCTION..........................1-1 SAFETY PRECAUTIONS............CAUTION AND WARNING STATEMENTS.., ............. 1-1 • " ' , r ' SYMBOLS................" ..........1-1 IMPAIRED SAFETY-PROTECTION..................... 1-2 GENERAL SATETY INFORMATION....................
Page 5 CONTENTS BLANKING OR Z-AXIS....................2-1V DISPLAY............................2-11 EXTERNAL INTERFACES..............„ ..- ..2-12 2.8.1 Calibrator..................2-12 2.8.2 Standard external interfaces............2-12 2.8.3 Optional external interfaces..................2-13 AUTOSET & CALIBRATION............... n ........2-14 2.9.1 AUTO SET.
Page 6 CONTENTS PARTS..................UNITS............................4-1 INTERCONNECTION CABLES........7 ;~V..........4-1 MECHANICAL PARTS...........•’ .' /. V'..........4-3 UNIT DESCRIPTIONS.............. 5.1-1 SIGNAL UNIT A1 ................‘ ......... 5.1-1 5.1.1 Description A 1 ............5.1-1 5.1.2 Signal name lis t............ ; .., ........5.1-14 5.1.3 Unit lay-outs..............
Page 7 CONTENTS POWER SUPPLY A 6 ......................5.6-1 5.6.1 Description A 6 . 7 ............ 5.6-1 5.6.2 Signal name list A6 ....................5.6-4 5.6.3 Unit lay-outs.............. 5.6-5 5.6.4 Location list Power Supply unit A3..............5.6-7 5.6.5 Circuit diagrams..........5.6-9 5.6.6 Parts list..
Page 8: Introduction
6.3.37 DTB triggering PM3092/3094; trigger sensitivity via CH1, CH2, CH3 and CH4 ..6-31 6.3.38 DTB triggering PM3082/3084; trigger sensitivity via CH1, CH2, CH3 and CH4 ..6-32 6.3.39 Z-MOD sensitivity..........T- ■ ..........6-33 6.3.40 Probe Adjust signal;...
Page 9 VIII CONTENTS STATIC SENSITIVE COMPONENTS................... 8-2 SOLDERING TECHNIQUES....................... 8-3 8.4.1 General soldering techniques..................8-3 8.4.2 Soldering micro-miniature semi-conductors..............8-3 REMOVING THE UNITS, MECHANICAL PARTS AND CRT............8-4 8.5.1 Removing the rotary knobs................... 8-4 8.5.2 Detachment of ribbon cables..................8-4 8.5.3 Removal of the units in the front fram e................. 8-4 8.5.4 Removal of the Power supply unit A 6 ................
Page 10: Safety Precautions
SAFETY INSTRUCTIONS 1 -1 SAFETY INSTRUCTIONS Read these pages carefully before installation and use of the instrument. INTRODUCTION The following paragraphs contain information, cautions and warnings which must be followed to ensure safe operation and to keep the instrument in a safe condition. WARNING: Servicing described in this manual is to be done only by qualified service personnel.
Page 11: Impaired Safety-Protection
Components which are important for the safety of the instrument may only be replaced by components obtained through your local FLUKE organisation. (See also section 9). After repair and maintenance in the primary circuit, safety inspection and tests, as mentioned in...
Page 12: Characteristics
CHARACTERISTICS 2 -1 CHARACTERISTICS Performance Characteristics Properties expressed in numerical values with tolerances, ranges or limits stated, are guaranteed by the manufacturer. Properties expressed in numerical values without tolerances, ranges or limits stated, represent the characteristics of an average instrument. This specification is valid if the temperature has not changed more than + or -5 °C since the last AUTO CAL and the probe is of the same 10:1 model as delivered with the instrument.
Page 13: Vertical
PM3092 at probe tip CH3, CH4 (Ambient 5...40 °C) >200 MHz >175 MHz (Ambient 0...50 °C) with ext. 50Q PM3082/84 CH1 ... CH4 >100 MHz (Ambient 5...40 °C) >90 MHz (Ambient 0...50 °C) BANDWIDTH LIMITER Upper transition point of BW...
Page 14: Input Characteristics
Note 1: In GND position: channel disconnected from input, and connected to ground, BNC open (when not in 50Q. position). The GND coupling is not available for CH3 and CH4 in PM3092 and PM3082. Dynamic range DYNAMIC RANGE Up to 25 MHz (PM3082/84) ±12 div...
Page 15: Input Voltage Limits
2 - 4 CHARACTERISTICS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION 2.1.10 Input voltage limits INPUT VOLTAGE LIMITS See note 1 In high Z position ±400 V See note 2 / f \ (d.c. + a.c. peak) * » In 50 Q position d.c.
Page 16: Signal Delay
Note 3: At 10 MHz; input to deselected channel equivalent to 8 div. or less. Note 4: PM3092/3094 a t200 MHz; PM3082/3084 at 100 MHz; channels with equal V/div setting; input to deselected channels equivalent to 6 div. Note 5: PM3092/3094 at 200 MHz;...
Page 17: Timebase
MAGNIFICATION Note 1: In a 1-2-5 sequence. By means of the timebase magnifier (x10) the range is extended to 2 ns/div (PM3092/94) or to 5 ns/div (PM3082/84). Note 2: Expands the normal time/div. by 10 times (MTB and DTB) Note 3: The DTB sweepspeed is higher or equal to MTB time/div.
Page 18: Timebase Accuracies, Delaytime Accuracy, Dtb Jitter
8 div + 4ns) PM3092, PM3094 ±(0.8% of reading + 0.3% Note 1 of central 8 div + 5ns) PM3082, PM3084 Note 1: add 1%of reading in variable mode. DTB jitter in starts 1 part of 25000 2.2.5...
Page 19: Triggering
2 - 8 CHARACTERISTICS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION TRIGGERING 2.3.1 Source SOURCE(S) MTB-triggering CH1...CH4, Line; Composite Note 1 SOURCE(S) DTB-triggering CH1...CH4, TV-line Note 2 Each displayed channel provides its own triggering. This feature is available in the Note 1: alternated mode. Note 2: Only available when MTB-mode is switched in TV 2.3.2...
Page 20: Sensitivity
200 MHz 1.0 div d.c. to 300 MHz 2.0 div See note 2 EDGE TRIGGER SENSITIVITY See note 1 & 3 MTB/DTB (PM3082/84) d.c. to 50 MHz 0.5 div d.c. to 100 MHz 1.0 div d.c. to 200 MHz 2.0 div...
Page 21: Level
2 - 1 0 CHARACTERISTICS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION 2.3.7 Level LEVEL CONTROL RANGE MTB EDGE ± 8 div Unless in Level-p(eak)p(eak) Note 1 Fixed LEVEL CONTROL RANGE DTB EDGE ± 8 div TRIGGERLEVEL Accuracy <0.2 div at 1 MHz input signal triggercoupling DC.
Page 22: Cursor Accuracies
2- 11 CHARACTERISTICS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION 2.4.2 Cursor Accuracies VOLTAGE MEASUREMENT Note 1 Manual ±1% of FULL SCALE Vpp mode: +3% of FULL Note 2 SCALE + 800 pV TIME MEASUREMENTS Note 3 Unmagnified time base ±1% of FULL SCALE Magnified time base up to ±1.4% of FULL SCALE 10ns/div:...
Page 23: External Interfaces
2 - 1 2 CHARACTERISTICS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION TRACE ROTATION Screw driver adjustment Min range 10° External field <0.1 mT Min overrange 2° TRACE DISTORTION Deviation from straight line inside 6x8 div At center of screen <0.3 mm Else <1.0 mm EXTERNAL INTERFACES 2.8.1...
Page 24: Optional External Interfaces
2 - 1 3 CHARACTERISTICS ADDITIONAL INFORMATION CHARACTERISTICS SPECIFICATION HANDSHAKE RTS/CTS and Default: not active Hardware Note 1 DSR/ DTR Software XON/XOFF Default: not active Note 1 Receiving and BAUDRATE 75, 110, 150, 300, transmitting 600,1200, 2000, 2400, 4800, 9600, Default: 1200 19200, 38400 Note 1...
Page 25: Autoset & Calibration
2 - 1 4 CHARACTERISTICS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION AUTOSET & CALIBRATION 2.9.1 AUTO SET Vertical deflection, 2 ... 5 div Note 1 Horizontal deflection Max. 6 periods on CRT Note 1 At input signal 10 mV ...25V 40 Hz ... 30 MHz Note 1: AUTO SET selects the proper channel, sets vertical deflection, timebase speed, intensity and triggering for easy to read display of input signals or user programmable AUTO SET...
Page 26: Battery Backup
2 - 1 5 CHARACTERISTICS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION 2.10.2 Battery backup DATA & SETTINGS RETENTION See note 1 Retention time 2 years Batteries: See note 2 LR 6 Recommended type Quantity Temperature range 0...+70 °C See Note 3 Note 1: When instrument is switched off or during mains failure.
Page 27 2 - 1 6 CHARACTERISTICS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION MAX. HUMIDITY See note 1 Operating and Non operating (storage) Relative humidity non condensing Note 1: In accordance with MIL-T-28800D par. 3.7.2.1.1. (FIGURE 2). MAX. ALTITUDE Operating 4.6 km See note 4 Non operating (storage) 12 km See note 5...
Page 28: Emi
2 - 1 7 CHARACTERISTICS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION 2.13 2.13.1 General aspects and Susceptibility 2.13.1.1 General Meets MIL-T-28800D, Type III, Class 3 (Navy requirement, unless specified otherwise). Meets MIL-STD-461C as follows: CE01 (Narrowband) Conducted Emissions Part 2 Part 4 CE03 Conducted Susceptibility Part 2...
Page 29 CHARACTERISTICS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION The PM3082 and PM3084, including standard accessories, conform with the EEC Directive 89/336 for EMI immunity, as defined by IEC 801-3, with the addition of the following tables. Table 1. Susceptibility: no visible disturbance Frequency range: E = <...
Page 30: Vde Requirements
2 - 1 9 CHARACTERISTICS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION The PM3094 and PM3092, including standard accessories, conform with the EEC Directive 89/336 for EMI immunity, as defined by IEC 801-3, with the addition of the following tables. Table 5. Susceptibility: no visible disturbance E = 3 V/m Frequency range: E = <...
Page 31: Safety
2 - 2 0 CHARACTERISTICS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION 2.14 SAFETY MEETS REQUIREMENTS OF I EC 348 Class I See note 1 UL 1244 See note 2 CSA C22.2 No231 See note 2 VDE0411 See note 1 APPROVALS (applied for) CSA C22.2 No231 MAX.
Page 32: Optional Outputs
50 O 10 mV/div with a tolerance of ±10% Freq. response (PM3092/94) Terminated with 500 dc ... 200 MHz Freq. response (PM3082/84) dc ... 100 MHz Terminated with 500 Dynamic range ±1 Odiv At 50 MHz MTB/DTB GATE OUT...
Page 33: Specification Of Ieee-Option
2 - 2 2 CHARACTERISTICS 2.17 SPECIFICATION OF IEEE-OPTION TYPE OF INTERFACE ANSI/IEEE 488.2 SCPI (see SCPI operating manual) Note 1 INTERFACE REPERTORY Source handshake Complete capability Acceptor handshake Complete capability Talker Basic talker: yes Serial poll: yes Talk only: yes U n a d d r e s s M L A : y e s Listener...
Page 34: Description............................................................................................................... 5
DESCRIPTIONS 3 - 1 ST8235A 970415...
Page 35 DESCRIPTIONS |_A1: S IGNAL UNIT TRIGGERING...
Page 36 3 -1 TIME BASES ST8235A 970415...
Page 37 3 - 2 DESCRIPTIONS ST82358 97041S...
Page 38 XYSW...
Page 39 DESCRIPTIONS 3 - 2 RS232 CONNECTOR RS232 XYSW CENTRAL BUFFER PROCESSOR £ZZZ^ 01301 .D1302 ZT___ PROBE ■ PROBE INO |iP (TO CONTROL CIRCUITS) D1006.V101S TEXT/CURSOR READONLY VERTICAL CONTROL MEMORY (CPROM) 01403 01013.01015 V1401 ...VI *48 D1401 YCAL XCAL XCAL MTBCAL MTSCAL DTBCAL ______ DTBCAL...
Page 40: Descriptions
3.1.1 Introduction to oscilloscope family The family consists of four analog general purpose oscilloscopes with model numbers PM3082, PM3084, PM3092 and PM3094. All instruments have four vertical channels. Differences between these models are the vertical bandwidth, the features of the vertical channels 3 and 4 and the presence of switcheable 50Q input impedance.
Page 41: Explanation Of Signal Names
3 - 4 DESCRIPTIONS 3.1.3 Explanation of signal names Throughout the circuit diagrams signal names are used. These names make it easier to trace a signal going from one circuit diagram to another. In many cases the signal name and also the component to which a certain node is connected are given in the circuit diagrams.
Page 42: Block Diagram Description
3 - 5 DESCRIPTIONS Some important notes: - To measure some signals, it is necessary to unlock units. Refer to chapter 8.5 for details on how to proceed. - The given AC and DC signals are average values: your oscilloscope under test may deviate from the values given in the circuit diagrams.
Page 43: Vertical Channels
3 - 6 DESCRIPTIONS 3.2.2 Vertical channels. There are 4 vertical channels that are mainly identical. A difference is that the 200 MHz oscilloscope versions have a switchable 50£2 input impedance while the 100 MHz types do not have this feature. Another difference is between the 4 channel and the 2 + 2 channel versions.
Page 44: Triggering And Time Bases
3 - 7 DESCRIPTIONS 3.2.3 Triggering and time bases. The sections for Main Time Base (MTB) and Delayed Time Base (DTB) are for the greater part identical. Therefore the MTB part is extensively described and then the DTB part briefly. Main Time Base Description.
Page 45: Final Amplifiers
3 - 8 DESCRIPTIONS An output signal from DTB TRIGGER FILTERS + AMPLIFIERS can be used for X DEFLection (MTB and DTB are off then) via the block TIME BASE / X DEFLECTION INPUT CIRCUIT. The function of DTB CURRENT SOURCE, DTB TIMING and DTB SAWTOOTH PICK OFF is identical to the corresponding blocks in the MTB section.
Page 46: Front Unit And Microprocessor
3 - 9 DESCRIPTIONS Intensity and focusing. The FINAL Z INPUT STAGE receives input signal for trace intensity (ZS) from the Z CONTROL block in the time base section. A second input signal (ZT) determines the intensity (Z) component of the text information.
Page 47: Power Supply
3 - 1 0 DESCRIPTIONS 3.2.6 Power supply The power supply is a switched mode type and has high efficiency. It can function on a wide range of LINE input voltages. An important part of the power supply is directly connected to the mains. This part carries LIVE VOLTAGE and measurements and repairs must be carried out via a separation transformer by a qualified technician.
Page 48: Parts
PARTS PARTS UNITS Description Item Figure Ordering code A1 Signal unit PM3082 (*) 5322 214 90896 A1 Signal unit PM3084 (*) 5322 214 90898 5322 214 91027 A1 Signal unit PM3092 (*) A1 Signal unit PM3094 (*) 5322 214 90724...
Page 49 PARTS for location o f these items in the oscilloscope refer to the figures Figure Ordering code Description 5322 321 21616 Line cord European type 5322 321 10446 Line cord USA type 5322 321 21617 Line cord British type 5322 321 21618 Line cord Swiss type 5322 321 30387 Line cord Australian type...
Page 50: Mechanical Parts
5322 455 81196 5322 455 81195 Textstrip bezel PM3092 5322 455 81194 Textstrip bezel PM3084 5322 455 81193 Textstrip bezel PM3082 5322 414 20406 Dark grey control knob 5322 455 81144 CAL-SEAL sticker 5322 414 20405 Dark mushroom control knob...
Page 51 4 - 4 PARTS 21 22 Figure 4.5 Mechanical parts, rear pane! Note: for items not listed refer to chapter 4.2. Item Ordering code Description Mains input connector 5322 219 82813 Fuse 5x20 1,6AT 4822 070 31602 Contact spring single 5322 492 70941 Battery compartment cover 5322 456 90426...
Page 52 4 - 5 PARTS Figure 4.6 Mechanical parts inside instrument Note: for items not listed refer to chapter 4.1.2 and 4.2. Item Ordering code Description 5322 464 90708 Chassis complete 5322 361 10614 5322 381 11276 Bezel 5322 480 30181 Blue contrast filter 5322 414 20568 Power on/off knob...
Page 53 4 - 6 PARTS S m 5 3 *4 Figure 4.7 Mechanical parts, bottom view Note: for items not listed refer to chapter 4.1.2 and 4.2. Description Item Ordering code BNC connector Z-mod 5322 267 10004 Solder tag for Z-mod 5322 290 34022 Clamp for delay line (plastic) 5322 401 10954...
Page 54 4 - 7 PARTS Figure 4.8 Mechanical parts behind front pane! Note: for items not listed refer to chapter 4,1.2 and 4.2. Item Ordering code Description 5322 290 61044 Earth contact 5322 447 91923 Front frame 5322 460 60404 CRT frontrubber 5322 462 40957 Light conductor 5322 134 41076...
Page 55 4 - 8 PARTS Figure 4.9 Mechanical parts, screening o f input circuit Item Ordering code Description 5322 466 30405 Top screening 5322 466 30404 Bottom screening 5322 256 91792 BNC holder 5322 267 10191 BNC coax connector 5322 462 41847 BNC insulator, plastic BNC spacer 5322 532 21188...
Page 56: Unit Descriptions
5.1 - 1 UNIT DESCRIPTIONS UNIT DESCRIPTIONS SIGNAL UNIT A1 5.1.1 Description A1 5.1.1.1 Introduction With the exception of the final stages, unit A1 incorporates the vertical channels, the triggering, the time bases and the intensity (Z) control. The unit A1 description is split into the following chapters: Input attenuators and calibrator.
Page 57 5.1 -2 UNIT DESCRIPTIONS 5.1.1.2 Input attenuators and calibrator Diagram 1, 2, 3, 4 The attenuators of channels 1,2, 3 and 4 are identical, therefore only channel 1 is explained. Every attenuator basically consists of four sections. These sections are: The input circuit with 50ft termination resistor and AC/DC input coupling circuit.
Page 58 5.1 -3 UNIT DESCRIPTIONS The signal ATCAL is applied to /33 attenuator R1008/R1009. ATCAL can supply several accurate voltages that are used for vertical calibrations. Impedance converter This active stage consists of three sections with different frequency ranges. The sections partly make use of the same components: The HF section for frequencies above 5 kHz.
Page 59 5.1 -4 UNIT DESCRIPTIONS Calibrator This circuit is used for probe adjustment. It is built up around triple analog multiplexer D1151. The sections D1151/1,2,10,15 and D1151/3,4,5,9 form a 2 kHz oscillator. The third section D1151/11,12,13,14 switches in the 2 kHz rate of the oscillator. The oscillation principle is now explained with the simplified diagram in the figure.
Page 60 5.1 -5 UNIT DESCRIPTIONS The amplifier D1201 can be switched to a number of attenuation/gain positions that are dependent on the channel 1 AMPL position. The gain x1 position is determined by R1205/R1206/C1205 that are present across pin 6 and 7. The x1 is switched by control signal PA1X1. The attenuation /2 is determined by R1207 and switched by PA1/2.
Page 61 5.1 -6 UNIT DESCRIPTIONS The balanced output signals FNC1DPOO and FNC1DP01 at pin 9 and 10 can be used to provide signals for future instrument extensions such as a digital signal storage. This is present on all 4 channels. Biasing current for these outputs is provided via V1302, V1313 and R1307. The capacitor C1301 determines the cut-off frequency if the bandwidth limiter is active.
Page 62 UNIT DESCRIPTIONS 5.1 -7 D5503 gives the necessary inversion of the main trigger path if channel 2 is in the inverted mode. The signal CNT4MTI-HT that is present at pin 4 of AND gate D5503 gives inversion of the main trigger path if channel 4 is in the inverted mode.
Page 63 5.1 -8 UNIT DESCRIPTIONS DLENO-HT (Data Latch ENable) and DLEN1-HT determine if D9001 or D9002 reacts on the SDA/SCL signals. The figure below indicates the relation between SDA and SCL. DATA LINE CHANGE ! STABLE: OF DATA • DATA VALID ALLOWED! Figure 5.12 Relation of serial bus signals SDA and SCL D9003 and D9004 have outputs that control a number of on/off functions in the preamplifier.
Page 64 5.1 -9 UNIT DESCRIPTIONS 5.1.1.5 Main and delayed time base triggering Diagram 12 The main time base triggering (MTR) is mainly formed by IC D6541. The other IC D6621 is the peak- peak detector for the trigger level. The balanced input signal for triggering on vertical channels 1,2, 3 or 4 is applied to pin 7 and 8.
Page 65 5.1 - 10 UNIT DESCRIPTIONS Pin 7. The signal is high during field 1 and low during field 2. Field 1 and Field 2 together form one frame. The set/reset flipflops D6779 make the field 1 (MTRTVFLD1) and field 2 (MTRTVFLD2) pulses. As input signals are used the output signals at pin 7 and 3 of N6771.
Page 66 1 - 11 UNIT DESCRIPTIONS D8004 has inputs and outputs with the following functions: TBEOHO-LX goes low at the end of the hold-off period. TBAUTO-LD is low if auto free run mode is active. TBEOM-HX goes high at the end of the MTB sweep. TBSTD-LX goes low to start the DTB sweep.
Page 67 5.1 -12 UNIT DESCRIPTIONS Diagram 16 This diagram indicates the timing circuits for the MTB. The principle of the time base is that a capacitor is charged with a constant current. This gives a time-linear voltage across the capacitor; the so- called sawtooth or sweep signal. The timing capacitance consists of C6011 that is always in circuit and C6012, C6013 that are activated via the switching transistors V6016 and V6019.
Page 68 5.1 - 13 UNIT DESCRIPTIONS The table shows the active main time base sections as a function of time/div setting: main time base Timing caps Time Current source Charge Hold off caps C6012 C6013 C6415 C6017 /div MTBI2 .1 1 .110 Current MTBC2...
Page 69: Signal Name List
5.1 - 14 UNIT DESCRIPTIONS output stage). The output voltage XCAL at the horizontal deflection plates of the CRT is measured and horizontal calibrations are performed. During normal oscilloscope functioning the multiplexer connects pin 3 + 4 and pin 13 + 11. This switches V7093 and V7094 on and the feedback paths for MTB and DTB are interrupted.
Page 70 5.1 - 15 UNIT DESCRIPTIONS K1001:01 D9001:11 AT1.50E 500 INPUT IMPEDANCE SELECTION CH1 K1003:01 D9001:11 AT1/001 n ATTENUATOR SELECTION CH1 K1004:01 AT1/010 /10 ATTENUATOR SELECTION CH1 D9001:11 D9001:11 K1006:01 /100 ATTENUATOR SELECTION CH1 AT1/100 D9001:11 V1017:01 AT1/2.5 /2.5 ATTENUATOR SELECTION CH1 D9001:11 K1001...
Page 71 5.1 -16 UNIT DESCRIPTIONS AT40UT1 ATTENUATOR 4 OUTPUT 1 CH4 R4013:04 D4201:07 AT4PROBE PROBE DETECTION SIGNAL CH4 X4002:04 R4096:05 AT4PROT 50L2 PROTECTION CH4 R4011:04 N1101:05 AT4.50E 50Q INPUT IMPEDANCE SELECTION CH4 D9002:11 K4001:04 AT4/001 /1 ATTENUATOR SELECTION CH4 K4003:04 D9002:11 AT4/010 /10 ATTENUATOR SELECTION CH4 D9002:11...
Page 72 UNIT DESCRIPTIONS 5.1 - 17 FNC1OUT0 CHANNEL 1 OUTPUT SIGNAL 0 D1301:08 R1313:09 FNC10UT1 CHANNEL 1 OUTPUT SIGNAL 1 D1301:08 R1314:09 FNCYOPO Y-OUT OPTION SIGNAL 0 D1301:08 Y-option FNCYOP1 Y-OUT OPTION SIGNAL 1 D1301:08 Y-option FNC2DTR0 DTB TRIGGER ON CH2 OUTPUT SIGNAL 0 D2301:08 R7524:14 FNC2DTR1...
Page 73 5.1 -18 UNIT DESCRIPTIONS PA1OFFSET OFFSET INPUT CIRCUIT CH1 N9001:11 R1203:06 PAIOFFSTRG OFFSET LEVEL SHIFTER CH1 N9001:11 R1229:06 PA1OUT0 OUTPUT SIGNAL 0 CH1 V1202:06 R1301:08 PA10UT1 OUTPUT SIGNAL 1 CH1 V1201:06 R1302:08 PA1X1 GAIN X1 CONTROL CH1 D9003:11 D1201:06 PA 1X5 GAIN X5 CONTROL CH1 D9003:11 D1201:06...
Page 74 5.1 - 19 UNIT DESCRIPTIONS SERIAL CLOCK X9001:18 D9009:10 D9001:1t D9002:11 D9003:11 D9004:11 D9006:16 D9007:17 D9008:15 D9011:12 D9012:14 N8005:15 N9001:11 N9002:11 N9003:11 R8403:16 SERIAL DATA X9001:18 D9009-.10 D9001:11 D9002:11 D9003:11 D9004:11 D9006:16 D9011:12 N8005:15 N9001:11 N9002:11 N9003:11 R8404:16 STRCALD-HT RESET FLIPFLOP AUTOPOS Y-CURSOR X9001:18 V8065:15 V8007:15...
Page 75 5.1 -20 UNIT DESCRIPTIONS TBSEL TIME BASE MTB/DTB SELECTION R5501:10 R6018:16 R7028:17 R8072:15 TBSTD-LX TIME BASE START OF DTB D6011:16 D8004:15 TBSSG-HT TIME BASE END OF SINGLE SWEEP D8004:15 D7005:17 C7054:17 TBSMART TIME BASE TEST SIGNALS X9001:18 TBXDEFL-LD X DEFLECTION CONTROL SIGNAL D9012:14 V8015:15 R7772:...
Page 76 UNIT DESCRIPTIONS 5.1 -21 5.1.3 Unit lay-outs TOX1501 ON U PROCESSOR A3 TO X1001 ON CONNECTOR BOARD A10 £ Lay-out 1 - Large component side of signal unit A1...
Page 77: Unit Lay-Outs
UNIT DESCRIPTIONS 5.1.3 Unit lay-outs TOX1501 ON U PROCESSOR A3 TO X1001 ON CONNECTOR BOARD A10 jx f x ; f i u , C1656 C1661 C7912 C7962 X I302 X1301 C1906 »"@ S) (@ C6902 C6942 X3302 X3301 (©) (©) C16S3 ' O O - ' Q “...
Page 78 5.1 -21 001 ON CONNECTOR BOARD A10 36 33 81 29 27 25 28 21 19 17 15 13 11 9 7 5 3 1 o a o a o o o o o a o o a a a o a o o o o o o o a a o o o o o o o o o a 89 84 82 80 29 26 24 22 20 16 16 14 12 10 6 Lay-out 1 Large component side of signal unit A1...
Page 79 5.1 -22 UNIT DESCRIPTIONS Lay-out 2 - Small component side of signal unit A1...
Page 80 “n | R 2 0 0 1 | 4001 | moo»| C J I Ctt| 3002 | moog| IS IS PPhsteg IS S I IlflWiEsa MM33 N > nnsolmissllsl l u f f l 2106 fi fltoer 02103 R 2102 2101 R2112 »61...
Page 81 UNIT DESCRIPTIONS 5.1 - 22 a |c w ii|tt» n |c « o ii] |a a < o » |c M d ^ pa04gtC904t1 R7043 |C7021 EE3__ G 5 7 1 R 2 1 U v' u''|n n 4 4 |ftro 4 a | | R 7Q 41 0 0 1 i l l...
Page 82: Location List Signal Unit A
UNIT DESCRIPTIONS 5.1 -23 5.1.4 Location list Signal Unit A1 ’-L’ means that the component is located on the side with the large components. Otherwise the component is located on the side with small components (SMD’s: surface mounted devices) C1001 F15-L C1102G10 C2018 D13 C2304 D8...
Page 83 5.1 -24 UNIT DESCRIPTIONS C3088C12 C4071 A15 C6005 B2 C6581 B5 C3101 A10 C4076 B15 C6007C1 C6583 C5 C3102 A10 C4077 A15 C6008 A2 C6617B5 C3201 C10 C4085 B12-L C6008 B1 C6623 A5 C3204D11 C4086 B13 C6009 C2 C6624 A5 C3205C11 C4087 A12-L C6011 B2-L...
Page 84 UNIT DESCRIPTIONS 5.1 -25 C7036 G4 C8034 G4 D7004 E2 N4204 B10 C7054 G4 C8035 D4 D7005 F3 N5001 E7 C7055 G3 C8036 F4 D7541 F6-L N5002 E6 C7060 G7 C8060 E4 D8003 D3 N6006 B1 C7091 F2-L C8062 F4 D8006 C4 N6007 B2 C7092 E2...
Page 85 5.1 - 26 UNIT DESCRIPTIONS R1048G12 R1201 F11 R1652 A8 R2038 D13 R1052 F13 R1201 G11 R1653F8 R2039 D12 R1053 F13 R1202 F11 R1654 A8 R2041 D12 R1054 F13 R1203 F11 R1656 F8 R2042 D12 R1056 F12 R1204 H10 R1657 A8 R2043 D13 R1057G12 R1204 F11...
Page 86 UNIT DESCRIPTIONS 5.1 -27 R2209D11 R3035C13 R3205C11 R4031 B13-L R2210 D11 R3036C12 R3206C11 R4032 A13 R2211 E11 R3037C12 R3207C11 R4033 A13 R2212 E11 R3038 C13 R3208C11 R4034 B13 R2213 E11 R3039 B12 R3209 C11 R4036 B12 R2214E11 R3041 B12 R3210 C11 R4037 B12 R2215 D11 R3042C12...
Page 87 5.1 -28 UNIT DESCRIPTIONS R4204 A11 R5031 D6 R5534 B8 R6032 B3 R4205 A11 R5032 D7 R5536 E8 R6033 B3 R4206 A11 R5035 D6 R5537 C8 R6034 B3 R4207 A11 R5036 C6 R5538 D8 R6035 C3 R4208A11 R5037 D6 R5539 B8 R6036 A3 R4209A11 R5041 C6...
Page 88 UNIT DESCRIPTIONS 5.1 -29 R6556 B6 R7002G1-L R7091 E2-L R7579 F5 R6558 C6 R7003G1-L R7092 F2-L R7584 F5 R6578 B5 R7004G1-L R7093 E2-L R7586 F5 R6579 B5 R7005G1-L R7094 E2-L R7681 E5 R6584 C5 R7006 F1-L R7095 E2-L R7688 E6 R6586 C5 R7007 F1-L R7096 E2-L...
Page 89 5.1 - 30 UNIT DESCRIPTIONS R8027 E3 R8089 E4 V1308 F8 V4005 B13 R8028 D4 R8090 D3 V1313 F8 V4006 B13 R8029 C4 R8091 D3 V2001 D12 V4009 B12 R8030 F4 R8092 C4 V2002 D13 V4012 B12 R8031 C4 R8093C4 V2003 E12 V4013B12 R8033 C3...
Page 90 UNIT DESCRIPTIONS 5.1 -31 V6019 B2 V6761 A6 V7507 F6 V8014C3 V6022 C2 V6763 A6 V7532 F6 V8015 E2 V6041 B3 V6764 A4 V7553 G6 V8018 B4 V6042 B3 V6768 A6 V7573 F5 V8019 B4 V6044 C4 V6784 A5 V7574 F5 V8023 D4 V6062 D2 V7001 F2...
Page 91 UNIT DESCRIPTIONS 5.1 - 33 5.1.5 Circuit diagrams 9 0 0 1 0 9 0 0 1 / 2 0 0 0 0 1 /1 00001/0 00001/12 01201/3 D1201£ C1066 C1067 C1066 C1068 IBOu A1; Diagram 1 - Attenuator CH 1 (PM3094/PM3092)
Page 92: Circuit Diagrams
UNIT DESCRIPTIONS 5.1.5 Circuit diagrams 0 0 0 0 1 /1 0 0 0 0 1 /0 0 0 0 0 1 /1 2 D9001* 09001/2 C10M C1072 I s o n I | AC/DC | HIGH IMPEDANCE ATTENUATOR R 1 0 0 2 +12AT1 •12AT1 C1066...
Page 93 5.1 - 33 09001/2 01201/3 01201/5 C 1 O 6 0 A1; Diagram 1 - Attenuator CH 1 (PM3094/PM3092)
Page 94 5.1 -34 UNIT DESCRIPTIONS 00001/10 00001/18 09001/13 00001/10 D0001/17 A1; Diagram 2 - Attenuator CH 2 (PM3094/PM3092)
Page 95 1 5 0 0 I | AC/DC | HIGH IMPEDANCE ATTENUATOR R20Q2 +12AT2 •12AT2 C2005 C2O06 C2068 180u 1 0 n...
Page 96 UNIT DESCRIPTIONS 5.1 -34 09001/17 A1; Diagram 2 - Attenuator CH 2 (PM3094/PM3092)
Page 97 UNIT DESCRIPTIONS 5.1 -35 D0001* 090010 09001/1? 09001 012010 01201/5 970420 A1; Diagram 2a - Attenuator CH 1 (PM3094/PM3092)
Page 98 UNIT DESCRIPTIONS C1071 C1072 | AC/D C | HIGH IMPEDANCE LF IMPED. CONVER ATTENUATOR N1101/11 R1012 ♦12AT1 -12AT1...
Page 99 5.1 -35 “ X STB241 970420 A1; Diagram 2a - Attenuator CH 1 (PM3094/PM3092)
Page 100 UNIT DESCRIPTIONS 5.1 -36 +12AT3 -12AT3 STQ24S 970420 Diagram 3 - Attenuator CH 3 (PM3094)
Page 101 N1101£ J a C3077 T ,# AT350C ♦ !2AT3 -12AT3...
Page 102 UNIT DESCRIPTIONS 5.1 -36 -12AT3 STB242 970420 Diagram 3 - Attenuator CH 3 (PM3094)
Page 103 UNIT DESCRIPTIONS :{“K B4012 x jr \ w o n ™ C406S C4067 ™ 1 M u ™ 0 4 0 8 6 -L 1 8 0 u K4001 i "...
Page 104 5.1 - 37 +12AT4 D4201/3 D4201/5 ST8243 97D420 Diagram 4 - Attenuator CH 4 (PM3094)
Page 105 UNIT DESCRIPTIONS C4071 C4072 | A C/DC f HIGH IMPEDANCE LF IM PE ATTENUATOR CO NVE R40Q2...
Page 106 5.1 37 /100 C4071 +12AT4 04201/3 04201/5 STB243 C4068 970420 " l O n Diagram 4 - Attenuator CH 4 (PM3094)
Page 107 +12AT* -12AT4 C4067 C4068 160u K4002...
Page 108 5.1 -38 UNIT DESCRIPTIONS + 12AT4 INPUT SENS REF NR TYPE +-12AT4 •12AT4 Q N D N«001 AO-646 ST8244 970430 Diagram 4a - Attenuator CH 3 (PM3092/PM3082)
Page 109 04097 • 1 0 O u “ " " 10n...
Page 110 5.1 -38 UNIT DESCRIPTIONS 06002/17 ¥ AT4/100 .L< . C4071 + 12AT4 04201/3 042015 INPUT / 1 0 2 £ SENS <1004 REF NR TYPE +12AT4 •12AT4 N4Q01 AO-648 STB244 670420 Diagram 4a - Attenuator CH 3 (PM3092/PM3082)
Page 111 UNIT DESCRIPTIONS P R O B E CALIB RATO R G N D R EF IOVREF ¥ C ,1 5 ° C 1 1 5 7 ■ ■ ■ 180u 100n 2 5 V 2 5 V G N D R E F G N D R EF...
Page 112 5.1 39 LO O P G AIN A M P L IT U D E C A U B R A T O R C A LIB R A TIO N ♦ 1 0 V R E F N 1 1 0 3 N 3 1 0 3 N 31 03 + 10PA...
Page 113 UNIT DESCRIPTIONS P R O B E CALIB RATO R G N O R 6F ► 1CVREF C 11S0 , C 1 1 5 7 180u ' 10 0n 25 V G N D R E F GN D R EF...
Page 114 5.1 - 39 LO O P G AIN A M P L IT U D E C A L IB R A TIO N C A U B R A T O R N 1 1 0 3 N 3 1 0 3 + 10PA R1141 C 1 1 5 8...
Page 115 5.1 - 40 UNIT DESCRIPTIONS Diagram 6 - Preamplifier CH 1 and CH 2...
Page 116 PAOREF N32Q2/12...
Page 117 UNIT DESCRIPTIONS 5.1 -40 Diagram 6 - Preamplifier CH 1 and CH 2...
Page 118 UNIT DESCRIPTIONS 5.1 -41 l GAIN CONTROLVAR X1 /2 X5 | Diagram 7 - Preamplifier CH 3 and CH 4...
Page 119 UNIT DESCRIPTIONS...
Page 120 5.1 -41 PMVAR ft4220 Diagram 7 - Preamplifier CH 3 and CH 4...
Page 121 UNIT DESCRIPTIONS 5.1 -42 Diagram 8 - Y-functions...
Page 122 + 12FNC12 +I2R4C12 +12FNC34 +12FNC34 R1S13 1K47...
Page 123 UNIT DESCRIPTIONS 5.1 -42 +12FNC12 FM 2M V 00003/7 + 12FNC12 H2FNC12 Diagram 8 - Y-functions...
Page 124 UNIT DESCRIPTIONS ♦ 10P* +120LD REF VOLTAGE | DG001 HEF40M...
Page 125 5.1 -43 CLAMP CIRCUIT ] | DELAY LINE DRt/ER | ! AC:35mV | CORRECTION VOLTAGE | N5001 | SUPPLY VOLTAGE | •12V +120 LD REF NR Type +120LD 05001 HEF4oaa N5001 LM3S8 STB240 N5002 CA3046 970428 Diagram 9 - Delay line driver (PM3094/PM3092)
Page 126 UNIT DESCRIPTIONS ♦ 10PA AC :35mV • DC: 5V REF VOLTAGE CORR DLDDCLEVB.1 DLDDCLEVELO R5050 51 IK DS001 D5001 HEF40M HEF4066...
Page 127 5.1 -43 D5001 HEF4096 CORRECTION VOLTAGE~~| *C001 [ ' " s u p p l y v o l t a g e +12DLD ± REF NR TYPE + 12DLD PS001 HEF4068 NSOQ1 LM3S8 STB24C N5002 CA3046 979428 Diagram 9 - Delay line driver (PM3094/PM3092)
Page 128 REF VOLTAGE CORRECTION VOLTAGE | SUPPLY VOLTAGE N5001 >12010 D5001 D9001 HEF4099 HEF4O08 ± REF NR TYPE *12010 R t d — I F HEF4Q88 14_____ 06001 STB2S0 NS001 LM3S8 8_________4 070428 N6002 CA3046 Diagram 9a - Delay line driver (PM3084/PM3082)
Page 129 | REF VOLTAGE j [~~C0RHECT10N VOLT/ N5001 D5001 DS001 HEF4009 HEF40M...
Page 130 | DELAY LINE DRIVER | CORRECTION VOLTAGE**) | SUPPLY VOLTAGE | N5001 ♦ 12V ♦ 120 ID C5008 t0 n ± •120 ID REF NR TYPE 06001 HEF4Q88 STB25C LM3S6 NS001 B7D420 CA3046 NEO02 Diagram 9a - Delay line driver (PM3084/PM3082)
Page 131 UNIT DESCRIPTIONS D5501 HEF4053 04301/20 D2301/20 D3301/20 01301/20 04301/24 02301/24 03301/24 D1301/24 02301/23 | DTB TRIGGER SOURCE CONTROL ] ± REF NR TYPE +60ML + 120ML 05501 HEF4053 D5502 HEF4053 D5503 HEF4061 ST8251 09009 000200 970426 Diagram 10 - Display and trigger control...
Page 132 UNIT DESCRIPTIONS + 12D M L V8018 ♦ 12CNT ALTCLK POWER UP RESET DML V5503 BC848 C5505 B20p U N E C N T R552O D9000 000200 DISPLAY MODE R5527 06514 + 12D M L C5504 +6DML 100K 100n LOGIC P U O M L f 12CNT RS511...
Page 133 5.1 - 45 D5501 HEF4053 STB251 970428 Diagram 10 - Display and trigger control...
Page 134 5.1 - 46i UNIT DESCRIPTIONS 09003 NB001 HEF4094 3444 O C T 6 B D A C ATCAL2 + 12PA 0 11 5 2 0 CMC? + 10PA VUAX S R G8 ATCAL1 • 01152/10 - o - ► C1 / - 4 A7CAU0 01152/11 s <...
Page 135 5.1 - 4 6 ii UNIT DESCRIPTIONS 09001 TEA 1017 X9001/20 ^ > I C 2 / « J1001 X9001/11 XB001/12 AT1/100 <1006/1 K 1 0 0 1 / 1 AT1-50E AT2AC/DC K20Q2/1 AT2/1M K2006/1 AT2J0E K2001/1 AT12REP <1001/16 AT1/2-5 V1017 AT2AXH 10003/16...
Page 136 UNIT DESCRIPTIONS 5.1 - 47 MTOTVSELtO UTRSLDPE TRGGB4S ON M +VE SLOPE SLOPE ♦VE VDEO SO •VE VDBO SG AC^OOmV R0678 DC:l50nrV 4K22 MTBK31 TO OOQ227 BSSW R6S7B Li LH 2mA/DIV 2 X 5mA : NOTUSE ir r a e o Diagram 12 - MTB trigger...
Page 137 UNIT DESCRIPTIONS +0.8V ♦ 12MTR " t iOOuVcfv 2 X 2mA 00011 R9603 HEF4004 + 18MTR STBOBE1-HT V9606 00006/1 ♦5TB BFT82 S R G 6 y w 4 X0001/11 M7BTVOFF-HD D6781/5, V8764 >© 001/12 MTRTVLSW-K) 00781/11 M612 R6613 MTBLF-HD 750E 7SOE MTRTVSEL-HD MTBTVPPSW+P...
Page 138 5.1 - 47 Diagram 12 - MTB trigger...
Page 139 | TV CLAM H7801 R0BO1 * , f V * ----------------- H --------i — i----------------------- — 08802 caeo3 C8804 ■ I ” ] " 10n R0811 B7811 C»12 T s s v T ' ° " R0Q21 R7S21 — ^ ------------------I 4 P ---------------------- 1 1 1 1 1 C«Q22...
Page 140 UNIT DESCRIPTIONS 5.1 -48 | TV UNE/FRAME SELECTION TV SYNC. SEPARATOR ~~l Diagram 13 - TV/line trigger...
Page 141 | TV SYNC. SEPARATOR | TV CLAMP m t r h d t 09012 TV STANDARD MTRTVMOOE ♦7.7V RALMTSC hOTV(JAP) +5J3V HCTV (EUREKA) ♦ 2 2 V a C8804 a C8903 " " " l O n C7912 | 47(i Tssv T ,on R7921...
Page 142 5.1 -48 UNIT DESCRIPTIONS | TV SYNC. SEPABATOtT~| TV U N E/FR AM E SEUECTKDN Diagram 13 - TV/line trigger...
Page 143 5.1 -49 UNIT DESCRIPTIONS +160 TR Diagram 14 - DTB trigger...
Page 144 UNIT DESCRIPTIONS +180 TP X80C2/11 ^ LEVPTB 1 . 4V D.ISWrtv XDEFL OUTPUT CIRCUfT R7753 DTHXDEF1 V7032 |2 fl1 E J t N 0 2 rrA J 6 r* i C7751 2 X 3 n * 1 lOOp R77S4 DTRXD6F0 ^9iE V7031 AC :300m V...
Page 145 5.1 -49 TRIGGERS ON „ DTHTVSEL+D +VE SLOPE •VE SLOPE TV UNE AC^OOmV OCMSOmV r ...... > r a * h i e s C7581 07583 ■ , o n T 2mA**v ■ N O J L S E _ _ 2 X 5mA -12DTR +5.8V...
Page 146 5.1 -50 UNIT DESCRIPTIONS Diagram 15 - Time base logic...
Page 147 " ¥ • B A W * + * l 0 -1 0 v "l R8C70 5K11 R8001 R80G2 MTRSEN 363£ 363E irm sA L R6700 KTTOTVMOOE R6772 , C8000 J6001 R6071 R7S54 ' tOOn I 8K2S DSOCALM R8015 ~ j 1 K B 2 t DSOCALD \»C1S OTBVAft...
Page 148 5.1 - 50 UNIT DESCRIPTIONS V 6 0 0 4 Diagram 15 - Time base logic...
Page 149 UNIT DESCRIPTIONS 5.1 -51 Diagram 16 - Main time base...
Page 150 UNIT DESCRIPTIONS R6001...
Page 151 5.1 51...
Page 152 5.1 - 52 UNIT DESCRIPTIONS 06007 HEF4004 DTBO+C 06006/1 DTBM-HC 06006/2 OTBB-HC 06006/12 S R G B OTRS10P6 R7347 DTR7VSEL-H0 07711/10 06011/15 06011/23 OTRLF-HD 07006 74HCT14 VAR/CAL CURRENT SOURCE R700Q ! 48K4 DVAR 1 1 R7011 1 1 R7012 74HCT14 M ,w 07006 74HCT14...
Page 154 UNIT DESCRIPTIONS 5.1 -52 R716Y C7181 ONLY IN PM30Q2 PM3004 Diagram 17 - Delayed time base...
Page 155 5.1 53 UNIT DESCRIPTIONS X9001 I--------------- 1 D 0 O O 8 /1 Diagram 18 - Connectors...
Page 156: Parts List
5.1 - 55 UNIT DESCRIPTIONS Item Description Ordering code Parts list MECHANICAL BOARD,PRINTED SIGNAL UNIT 94 5322 214 90724 5322 214 91027 BOARD,PRINTED SIGNAL UNIT 92 BOARD,PRINTED SIGNAL UNIT 82 5322 214 90896 BOARD,PRINTED SIGNAL UNIT 84 5322 214 90898 0002 SPECIAL NVT FOR BNC...
Page 157 5.1 -56 UNIT DESCRIPTIONS Item Description Ordering code C1051 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 C1054 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 C1055 CAP.CHIP AP 63V 0.25PF 2P7 5322 122 31873 C1056 CAP.CERAMIC AP 63V 5% 10PF 5322 122 32448 C1057 CAP.CHIP...
Page 158 UNIT DESCRIPTIONS 5.1 - 57 Item Description Ordering code C1611 CAP.CHIP AP 63V 10% 100NF 4822 122 33496 25V 20% 47UF 5322 121 10472 C1651 CAP.ELECTROLYT. C1652 CAP.CHIP AP 63V 10% 100NF 4822 122 33496 CAP.ELECTROLYT. 25V 20% 47UF 5322 121 10472 C1653 C1654 CAP.CHIP...
Page 159 5.1 -58 UNIT DESCRIPTIONS Item Description Ordering code C2057 CAP.CHIP AP 63V 0.25PF 2.2PF 5322 122 33063 C2058 CAP.CHIP AP 63V 0.25PF 2.2PF 5322 122 33063 C2059 CAP.CHIP AP 63V 5% 100PF 5322 122 32531 C2060 CAP.CHIP AP 63V 5% 100PF 5322 122 32531 C2061 CAP.CHIP...
Page 160 UNIT DESCRIPTIONS 5.1 -59 Item Description Ordering code C3023 CAP.CHIP AP 63V 5% 470PF 5322 122 32268 C3025 CAP.CHIP AP 63V 10% 100NF 4822 122 33496 C3027 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 AP 63V 10% 10NF C3031 CAP.CHIP 5322 122 34098 C3041...
Page 161 5.1 - 60 UNIT DESCRIPTIONS Item Description Ordering code C4001 CAP.FOIL 400V 10% 22NF 5322 121 70399 C4002 CAP.CHIP AP 63V 10% 100NF 4822 122 33496 C4003 CAP.CERAMIC 500V 0.25PF 3.3PF 4822 122 31188 C4004 CAP.CERAMIC 500V 0.25PF 3.3PF 4822 122 31188 C4006 CAP.CERAMIC 500V 0.25PF 3.3PF...
Page 162 UNIT DESCRIPTIONS 5.1 -61 Item Description Ordering code C4101 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 C4102 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 C4201 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 C4204 CAP.CHIP AP 63V 10% 100NF 4822 122 33496 C4205 CAP.CHIP...
Page 163 5.1 - 62 UNIT DESCRIPTIONS Item Description Ordering code C6004 CAP.CHIP AP 63V 5% 330PF 5322 122 31863 C6005 CAP.CHIP AP 63V 10% 220NF 4822 122 32916 C6006 CAP.CHIP AP 63V 10% 220NF 4822 122 32916 C6007 CAP.CHIP AP 63V 10% 100NF 4822 122 33496 C6008 CAP.CHIP...
Page 164 UNIT DESCRIPTIONS 5.1 - 63 Item Description Ordering code C6549 CAP.CHIP AP 63V 10% 22NF 5322 122 32654 C6551 CAP.CHIP AP 63V 10% 22NF 5322 122 32654 C6557 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 AP 63V 10% 22NF C6559 CAP.CHIP 5322 122 32654...
Page 165 5.1 - 64 UNIT DESCRIPTIONS Item Description Ordering code C7010 C AP.CH IP AP 63V 5% 100PF 5322 122 32531 C7011 CAP. FOIL 630V 1% 82PF 5322 121 70498 C7012 CAP. FOIL 63V 5% 10NF 5322 121 70116 C7013 CAP.ELECTROLYT. 25V 20% 47UF 5322 121 10472 C7014...
Page 166 UNIT DESCRIPTIONS 5.1 - 65 Ordering code Item Description C8002 CAP.CHIP AP 63V 10% 1.5NF 5322 122 31865 AP 63V 10% 10NF C8003 CAP.CHIP 5322 122 34098 C8004 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 C8005 CAP.CHIP AP 63V 10% 100NF 4822 122 33496 C8006 CAP.CHIP...
Page 167 5.1 - 66 UNIT DESCRIPTIONS Item Description Ordering code DIGITAL INTEGRATED CIRCUITS D1151 INTEGR.CIRCUIT CD4053BCM NSC 5322 209 33502 D1152 INTEGR.CIRCUIT HEF4051BT PEL 5322 209 11446 D1201 INTEGR.CIRCUIT OQ0224 INPUT CIRCUIT 5322 209 12457 D1301 INTEGR.CIRCUIT OQ0225 OUTPUT CIRC. 5322 209 12458 D2201 INTEGR.CIRCUIT OQ0224 INPUT CIRCUIT...
Page 168 UNIT DESCRIPTIONS 5.1 - 67 Item Description Ordering code RELAIS K1001 RELAY DPDT RELAIS RAL3W-K 5322 280 80745 K1002 RELAY DPDT RELAIS RAL3W-K 5322 280 80745 K1003 RELAY DPDT RELAIS RAL3W-K 5322 280 80745 K1004 RELAY DPDT RELAIS RAL3W-K 5322 280 80745 K1006 RELAY DPDT RELAIS RAL3W-K...
Page 169 5.1 - 68 UNIT DESCRIPTIONS Item Description Ordering code N5001 INTEGR. CIRCUIT LM358M NSC 4822 209 60175 N5002 INTEGR.CIRCUIT LM3046M NSC 5322 209 30229 N6006 I.C. ANALOGUE OP-77GSR PMI 5322 130 62791 N6007 INTEGR.CIRCUIT LM358M NSC 4822 209 60175 N6008 INTEGR.CIRCUIT LM358M NSC 4822 209 60175...
Page 170 5.1 - 69 UNIT DESCRIPTIONS Item Description Ordering code HIP RC-02H 1% 21K5 5322 117 10542 R1039 RES.METAL FILM HIP RC-02H 1% 1K R1041 RES.CHIP 4822 051 10102 R1042 RES.CHIP HIP RC-02H 1% 51K1 4822 051 55113 R1043 RES.CHIP HIP RC-02H 1% 5K11 5322 117 10487 R1044 RES.CHIP...
Page 171 5.1 - 70 UNIT DESCRIPTIONS Item Description Ordering code R1141 RES.CHIP RMC1/8 1% 10E 4822 111 91885 R1151 RES.METAL FILM HIP RC-02H 1% 61K9 5322 117 10578 R1152 RES.CHIP HIP RC-02H 1% 51K1 4822 051 55113 R1153 RES.CHIP HIP RC-02H 1% 1M 4822 051 10105 R1154 RES.METAL FILM...
Page 172 UNIT DESCRIPTIONS 5.1 -71 Item Description Ordering code R1258 RES.CHIP HIP RC-02H 1% 1K 4822 051 10102 RES.METAL FILM R1259 HIP RC-02H 1% 1K47 5322 117 10527 R1260 RES.METAL FILM HIP RC-02H 1% 3K48 5322 117 10557 R1262 RES.CHIP HIP RC-01 5% 1E 4822 051 10108 R1266 RES.CHIP...
Page 173 5.1 - 72 UNIT DESCRIPTIONS Item Description Ordering code R2006 RES.METAL FILM ST MRS25 1% 100E 4822 050 21001 R2007 RES.METAL FILM STMRS25 1% 100E 4822 050 21001 R2008 RES.METAL FILM PR24 1/4W 0.1% 9K4 5322 116 83712 R2009 RES.METAL FILM PR24 1/4W 0.1% 300E 5322 116 51814 R2010...
Page 174 5.1 -73 UNIT DESCRIPTIONS Ordering code Item Description R2073 RES.CHIP HIP RC-02H 1% 100E 4822 051 10101 4822 111 91937 R2074 RES.CHIP RMC1/8 1% 75E R2076 RES.CHIP HIP RC-02H 1% 10K 4822 051 10103 R2077 HIP RC-02H 1 % 10K 4822 051 10103 RES.CHIP HIP RC-02H 1% 1M...
Page 175 5.1 - 74 UNIT DESCRIPTIONS Item Description Ordering code R2227 RES.CHIP RMC1/8 1% 61E9 5322 111 92016 R2228 RES.METAL FILM HIP RC-02H 1% 2K61 5322 117 10547 R2229 RES.METAL FILM HIP RC-02H 1% 215K 5322 117 10543 R2231 RES.METAL FILM HIP RC-02H 1% 178E 5322 117 10534 R2301...
Page 176 5.1 - 75 UNIT DESCRIPTIONS Item Description Ordering code HIP RC-02H 1% 5K11 5322 117 10487 R3045 RES.CHIP HIP RC-02H 1% 261E R3046 RES.CHIP 4822 051 52611 R3047 RES.METAL FILM HIP RC-02H 1% 511E 5322 117 10569 R3048 RES.METAL FILM HIP RC-02H 1 % 237E 5322 117 10544 R3049...
Page 177 5.1 - 76 UNIT DESCRIPTIONS Item Description Ordering code R3207 RES.CHIP HIP RC-02H 1% 215E 5322 117 10484 R3208 RES.METAL FILM HIP RC-02H 1% 147E 5322 117 10526 R3209 RES.CHIP HIP RC-02H 1% 5K11 5322 117 10487 R3210 RES.METAL FILM HIP RC-02H 1% 31K6 5322 117 10554 R3211...
Page 178 5.1 - 77 UNIT DESCRIPTIONS Item Ordering code Description R4027 RES.METAL FILM PR24 1/4W 0.1% 111K 5322 116 83099 HIP RC-02H 1% 10K 4822 051 10103 R4028 RES.CHIP R4029 RES.CHIP HIP RC-02H 1% 10K 4822 051 10103 5322 111 92014 R4030 RES.CHIP RMC1/8 1% 21E5...
Page 179 UNIT DESCRIPTIONS 5.1 -78 Item Description Ordering code R4096 RES.CHIP HIP RC-02H 1% 1K 4822 051 10102 R4101 RES.CHIP HIP RC-02H 1 % 46K4 5322 117 10486 R4102 RES.METAL FILM HIP RC-02H 1% 13K3 5322 117 10525 R4103 RES.METAL FILM HIP RC-02H 1% 14K7 5322 117 10528 R4104...
Page 180 5.1 - 79 UNIT DESCRIPTIONS Ordering code Item Description HIP RC-02H 1% 100E 4822 051 10101 R5003 RES.CHIP HIP RC-02H 1% 14K7 5322 117 10528 R5004 RES.METAL FILM RES.METAL FILM HIP RC-02H 1% 14K7 5322 117 10528 R5006 R5007 RES.METAL FILM HIP RC-02H 1% 348E 5322 117 10556 HIP RC-02H 1% 348E...
Page 181 5.1 -80 UNIT DESCRIPTIONS Item Description Ordering code R5066 RES.METAL FILM HIP RC-02H 1% 511K 5322 117 10571 R5068 RES.CHIP HIP RC-01 5% 4E7 4822 051 10478 R5069 RES.METAL FILM HIP RC-02H 1% 2K61 5322 117 10547 R5070 RES.METAL FILM HIP RC-02H 1% 2K61 5322 117 10547 R5071...
Page 182 5.1 - 81 UNIT DESCRIPTIONS Item Ordering code Description R5559 RES.CHIP HIP RC-02H 1% 10K 4822 051 10103 R5561 RES.CHIP HIP RC-02H 1% 5K11 5322 117 10487 R5562 RES.METAL FILM HIP RC-02H 1% 12K1 5322 117 10522 R5601 RES.MET.GLAZED RMC1/8 1% 31E6 5322 116 82895 R5602 RES.CHIP...
Page 183 5.1 - 82 UNIT DESCRIPTIONS Item Description Ordering code R6046 RES.CHIP RMC1/8 1% 10E 4822 111 91885 R6047 RES.METAL FILM HIP RC-02H 1% 196E 5322 117 10538 R6048 HIP RC-02H 1% 750E RES.METAL FILM 5322 117 10582 R6049 RES.CHIP HIP RC-02H 1% 1K 4822 051 10102 R6050 RES.CHIP...
Page 184 5.1 -83 UNIT DESCRIPTIONS Ordering code Item Description R6577 HIP RC-02H 1% 100E 4822 051 10101 RES.CHIP R6578 RES.METAL FILM HIP RC-02H 1 % 4K22 5322 117 10565 5322 117 10565 R6579 RES.METAL FILM HIP RC-02H 1 % 4K22 HIP RC-02H 1% 1K33 5322 117 10524 R6584 RES.METAL FILM...
Page 185 5.1 - 84 UNIT DESCRIPTIONS Item Description Ordering code R6782 RES.CHIP HIP RC-02H 1% 100K 4822 051 10104 R6783 RES.CHIP HIP RC-02H 1% 100K 4822 051 10104 R6788 RES.CHIP HIP RC-02H 1% 11K 4822 051 10113 R6901 RES.CHIP HIP RC-01 5% 1E 4822 051 10108 R6911 RES.CHIP...
Page 186 5.1 - 85 UNIT DESCRIPTIONS Description Ordering code Item R7049 RES.CHIP HIP RC-01 5% 4E7 4822 051 10478 R7050 RES.CHIP HIP RC-01 5% 4E7 4822 051 10478 R7051 RES.CHIP HIP RC-02H 1% 1K 4822 051 10102 R7052 RES.METAL FILM HIP RC-02H 1 % 21K5 5322 117 10542 R7054 RES.METAL FILM...
Page 187 UNIT DESCRIPTIONS 5.1 - 86 Ordering code Item Description RMC1/8 1% 51E1 5322 111 91893 R7524 RES.CHIP 5322 111 91893 RMC1/8 1% 51E1 R7526 RES.CHIP R7527 RES.CHIP RMC1/8 1% 51E1 5322 111 91893 5322 111 91893 R7528 RES.CHIP RMC1/8 1% 51E1 RMC1/8 1% 51E1 5322 111 91893 R7529...
Page 188 UNIT DESCRIPTIONS 5.1 - 87 Item Description Ordering code R7958 RES.CHIP HIP RC-02H 1% 10K 4822 051 10103 R7961 RES.CHIP HIP RC-01 5% 4E7 4822 051 10478 R8001 RES.METAL FILM HIP RC-02H 1% 383E 5322 117 10559 R8002 RES.METAL FILM HIP RC-02H 1 % 383E 5322 117 10559 R8003...
Page 189 5.1 -88 UNIT DESCRIPTIONS Item Description Ordering code R8051 RES.CHIP RMC1/8 1 % 21E5 5322 111 92014 R8052 RES.METAL FILM HIP RC-02H 1% 6K19 5322 117 10577 R8053 RES.CHIP HIP RC-01 5% 1E 4822 051 10108 R8054 RES.CHIP HIP RC-01 5% 1E 4822 051 10108 R8055 RES.METAL FILM...
Page 190 UNIT DESCRIPTIONS 5.1 - 89 Item Description Ordering code R8101 RES.CHIP HIP RC-02H 1% 10K 4822 051 10103 R8102 RES.METAL FILM HIP RC-02H 1% 12K1 5322 117 10522 R8103 RES.CHIP HIP RC-02H 1% 100K 4822 051 10104 R8104 RES.METAL FILM HIP RC-02H 1% 14K7 5322 117 10528 R8105...
Page 191 UNIT DESCRIPTIONS 5.1 - 90 Ordering code Item Description V1307 DIODE,REFERENCE BZX84-C3V0 PEL 5322 130 32739 V1308 BAS28PEL 5322 130 80214 DIODE,CHIP 5322 130 80214 V1313 DIODE,CHIP BAS28PEL V2001 TRANSISTOR,CHIP BSS83PEL 5322 130 60502 V2002 DIODE BBY62 PEL 5322 130 82685 DIODE,REFERENCE V2003 BZX84-C6V8 PEL...
Page 192 UNIT DESCRIPTIONS 5.1 -91 Item Description Ordering code V3209 TRANSISTOR,CHIP BC858C PEL 4822 130 42513 V3301 DIODE,REFERENCE BZX84-C6V8 PEL 5322 130 80406 V3302 DIODE,REFERENCE BZX84-C7V5 PEL 5322 130 33763 V3303 DIODE,CHIP BAS28PEL 5322 130 80214 V3304 DIODE,REFERENCE BZX84-C4V7 PEL 5322 130 31937 V3306 DIODE,REFERENCE BZX84-C2V4 PEL...
Page 193 5.1 -92 Item Description V5502 TRANSISTOR,CHIP BFS20 PEL 5322 130 42718 V5503 TRANSISTOR,CHIP BC848C PEL 5322 130 42136 V5504 DIODE,CHIP BAV99 PEL 5322 130 34337 V5506 TRANSISTOR,CHIP BC848C PEL 5322 130 42136 V5601 DIODE,REFERENCE BZX84-C6V2 PEL 5322 130 33671 V6001 TRANSISTOR,CHIP BC848C PEL 5322 130 42136...
Page 194 UNIT DESCRIPTIONS 5.1 -93 Item Description Ordering code V6768 TRANSISTOR,CHIP BC848C PEL 5322 130 42136 V7001 TRANSISTOR,CHIP BC848C PEL 5322 130 42136 V7003 TRANSISTOR,CHIP BC858C PEL 4822 130 42513 V7004 TRANSISTOR,CHIP BC858C PEL 4822 130 42513 V7005 TRANSISTOR,CHIP BC858C PEL 4822 130 42513 V7006 TRANSISTOR,CHIP...
Page 195 5.1 -94 UNIT DESCRIPTIONS Item Description Ordering code V8012 TRANSISTOR,CHIP BFT92 PEL 5322 130 44711 V8013 TRANSISTOR,CHIP BFT92 PEL 5322 130 44711 V8014 TRANSISTOR,CHIP BFT92 PEL 5322 130 44711 V8015 DIODE,REFERENCE BZX84-C2V4 PEL 4822 130 33703 V8018 TRANSISTOR,CHIP BC848C PEL 5322 130 42136 V8019 TRANSISTOR,CHIP...
Page 196 UNIT DESCRIPTIONS 5.1 - 95 Item Description Ordering code X6591 CONTACTPIN HOLD,OBJECTIVE 5322 268 14141 X6591 SOCKET,MALE 50 OHM BUS 5322 265 10266 X6592 HOLD,OBJECTIVE CONTACTPIN 5322 268 14141 X6592 SOCKET,MALE 50 OHM BUS 5322 265 10266 X6794 HOLD,OBJECTIVE CONTACTPIN 5322 268 14141 X6794 SOCKET,MALE...
Page 197: Final Xyz Amplifier A2
UNIT DESCRIPTIONS 5.2-1 FINAL XYZ AMPLIFIER A2 5.2.1 Description A2-200 MHz version 5.2.1.1 Final Y am plifier Diagram 1 The output signal from the delay line is applied to the input pins 6 and 9 of amplifier IC D1001. This IC and surrounding components comprise the MF and HF square wave compensations.
Page 198 5 .2 -2 UNIT DESCRIPTIONS The other plate is driven by push-pull stage V1107/V1112. The driver transistors are V1101 and V1104. The input signal is YPREOUTO. The output voltage applied to the CRT deflection plates is control led by the feedback networks R1101/R1141/R1143/C1101N 1113/R1140/C1121 and R1102/R1142/R1144/C1102/V1113/R1145/C1122.
Page 199 UNIT DESCRIPTIONS 5.2- 3 The final X amplifier half that drives the left deflection plate is explained now. Its function is identical to that of the other amplifier half. The balanced input signals XDRIL1 and XDRILO are applied to input stage V2101.
Page 200 5 .2 - 4 UNIT DESCRIPTIONS The intensity is influenced by the output signal INTEN-AA of the Z- amplifier and the signal INTEN- DA. INTEN-AA is determined via the front-panel TRACE INTENSITY, TEXT INTENSITY, MTBI and chopper blanking control signals. The HF component in the INTEN-AA signal is applied to G1 of the CRT via C4037.
Page 201: Signal Name List A2-200 Mhz Version
UNIT DESCRIPTIONS 5.2 - 5 5.2.2 Signal name list A2-200 MHz version Note: In the signal name list you find the itemnumber of the component that is source or destination. Behind this itemnumber (separated by you find the number of the diagram where the source/destination can be found.
Page 202 5.2-6 UNIT DESCRIPTIONS XSCL SERIAL CLOCK X SECTION J2002:06 N2002:03 XSDA SERIAL DATA X SECTION J2001:06 N2002:03 XSWO X SWITCH SIGNAL 0 TRACE/TEXT V1204:01 D2001:03 XSW1 X SWITCH SIGNAL 1 TRACE/TEXT V1203:01 D2001:03 XYSWO X/Y SWITCH SIGNAL 0 TRACE/TEXT X2501:06 R1204:01 XYSW1 X/Y SWITCH SIGNAL 1 TRACE/TEXT...
Page 203: Unit Lay-Outs A2-200 Mhz Version
UNIT DESCRIPTIONS 5.2.3 Unit lay-outs A2-200 MHz version X2401 X2301 ± ± □ 12 -58VA2 -58VA2 11 □ +58VA2 □ 10 +58VA2 INTEN-DA 9 □ INTEN-DA □ 8 INTEN-RET INTEN-AA INTEN-AA 7 □ ± FOCUS-RET □ s FOCUS-AA 5 □ FOCUS-AA GND-E □...
Page 204 5. 2-7 Y-DEFLECT10N § i % z: a § 5 > > oo o < < - i O + + - H H £ >H 8 2 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 □...
Page 205 UNIT DESCRIPTIONS 5.2.3 Unit lay-outs A2-200 MHz version X2301 - | R4007 R4O02 R4003 <0 > > - R4004 R4006 - | R4051 |- V2134 V2234 V3134 V3234 X2402 D2001 D3001 9 10 TOX1001 ON SUPPLY A6 ID > 2i § § i ~ i BFQ232 n i i 11...
Page 206 5. 2- 7 X-DEFLECT10N Y-DEFLECTION > > V2134 V2234 D2001 X2101 X2501 ST8260 970428 TO X1002 ONCONNECTOR BOARD A10 C\J LU a i s > < c > oo o < < —i o + + - H H 8 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50...
Page 207 UNIT DESCRIPTIONS 5. 2- 8 BFT92 . W1p Lay-out 2 - Small component side of XYZ amplifier unit A2-200 MHz...
Page 208 d iM 26id€ d id d iN eSttfG r - i Orfidfi 1 ° --- °1 o e j »28d€ d M l 128JS d A l d m 0S848 s e s ifl 09S60S o w r a...
Page 209 5 . 2- 8 UNIT DESCRIPTIONS n__ a BAS21 ST8261 BCP53 BZXS4-C8V2 8AV99 970428 8CP56 BZX04-C1B Y«P BZXB4-B24 al.sS Lay-out 2 - Small component side of XYZ amplifier unit A2-200 MHz...
Page 210: Location List A2-200 Mhz Version
UNIT DESCRIPTIONS 5.2-9 5.2.4 Location list A2-200 MHz version ’-L’ means that the component is located on the side with the large components. Otherwise the component is located on the side with small components. C1001 C11 C2012B7 C3009 B5 C5002 D11-L C1002C11 C2013 B7 C3011 B5...
Page 211 5.2-10 UNIT DESCRIPTIONS N2002 A6 R1073C10 R1153 D9 R2014 A7 N2003 D8 R1074C10 R1154 D9 R2015 B7 N5131 A11 R1076B11 R1155 B9 R2016 A7 R1001 C11 R1077C10 R1156C10 R2017 A7 R1002 C11 R1078 C10 R1157 D8 R2018 B7 R1003C11 R1079B10 R1158 A9 R2020 B7 R1004C11...
Page 212 UNIT DESCRIPTIONS 5.2 - 11 R2276 B7 R3134 C5 R4036 D2 V1018C10 R2277 B7 R3136 C5 R4037 D3 V1019 C10 R3137 C5 R2301 D7 R4038 D2 V1021 C10 R2302 D7 R3138 C5 R4039 D2 V1022 B10 R2303 D8 R3151 C5 R4040 D3 V1023 B10 R2304 D8...
Page 213 5.2-12 UNIT DESCRIPTIONS V3061 A5 V3202 C6 V3311 D5 V4040 D3 V3062 A5 V3203 C6 V3312D5 V4041 D3 V3101 B4 V3204 B5 V3418 D5 V4042 D3 V3102 C4 V3211 C6 V4001 D2 V4043 C3 V3103 C4 V3212 D5 V4002 D2 V4044 C3 V3104B4 V3213 C5-L...
Page 214 UNIT DESCRIPTIONS 5.2- 13 5.2.5 Circuit diagrams A2-200 MHz version...
Page 215: Circuit Diagrams A2-200 Mhz Version
UNIT DESCRIPTIONS 5.2.5 Circuit diagrams A2-200 MHz version 0501/22...
Page 216 5.2- 13...
Page 217 5.2- 14 UNIT DESCRIPTIONS A2 (200 MHz) - Diagram 2 ; Final Y output stage...
Page 219 5.2 - 14 UNIT DESCRIPTIONS STB263 970428 A2 (200 MHz) - Diagram 2 ; Final Y output stage...
Page 220 UNIT DESCRIPTIONS 5.2-15 | DC LEVEL SHIFT X-TEXT | LOCAL SUPPLY FILTERING -50 XN -36XR A2 (200 MHz) - Diagram 3 ; Final X preamplifier and control...
Page 221 UNIT DESCRIPTIONS FINAL X-AMPL DRIVER XZPREAM P VCV F CA LL OUTV OUTIN A H L Ol/TAP oum* BUOF | DC LEVEL SHIFT X-TE N20Q2 TDAB444 OCT6B DAC XCRTOFH +12XND +10XREF XSDA XCRTOR J2001 XCRTGCH XSCL J2002 XCRTGCL XTRAGC XHFADJ DARK C2O01 ■...
Page 222 5.2-15 +12XND +1CXND +10OTEF +5XN0 C2177 C217S R2172 R2171 MRS25 C2277 C2278 ■+12XND + 1BXND A2 (200 MHz) - Diagram 3 ; Final X preamplifier and control...
Page 223 UNIT DESCRIPTIONS 5.2-16 AC20mV DC:-10V AC:80mV OCMOV A2 (200 MHz) - Diagram 4 ; Final Z amplifier...
Page 224 AC:60mV DC:-1CV R3311 511E R3313 AST03 M20Q2/11 1 2 KB 7 V3311...
Page 225 UNIT DESCRIPTIONS 5 .2-16 FINAL Z-AMPUFIER C3132 ■ 1 1 R3136 R3132 1 V3133 ENDSTAGE FOCUS “ lOOn 5K11 1 1 I 1K7B n o t u s e R3CB6 \4 K B 4 +102REF +SZNO R3134 V3101 +102BEF V3131 !4K7 BFB24 BAVQO...
Page 226 UNIT DESCRIPTIONS 5.2 -1 7 A2 (200 MHz) - Diagram 5 ; Modulator/demodulator and focus control...
Page 227 UNIT DESCRIPTIONS FO C U S X2401...
Page 228 5.2 -1 7 A2 (200 MHz) - Diagram 5 ; Modulator/demodulator and focus control...
Page 229 R5001 R51C1 R50Q2 R5106 R5004 R5116 X2501 XTXT1 ZTXTO XTRA1 ZSWO Z7RA1 . -12VA2 . +12VA2 XYSWO YTXT1 > -5VA2 » +5VA2 XCAL YCAL XSDA FOCUS-DA...
Page 230 UNIT DESCRIPTIONS 5.2-18 RS007 R5121 +50VA2 + 12A2 4 12YND -58X N D + -2XND •5 8Z N O R5008 RS126 + 10YXZREF SUPPLY SCREW CONNECTIO N TO SHIELDWG-PLATE R5131 R5151 GRPIN FOCUS-OA < 2RIPPLE < ASTIG < < FOCUS-AA <...
Page 231 & 8 § HI—I HI—I Hl-H HI—I...
Page 232 if j ■ r r g I % H r l r H 8 8 S 3 > 5 ^ 3 r l r l H ■ n ®...
Page 233 5.2-18 UNIT DESCRIPTIONS R5007 R5121 58VA2 ■ — + t2A2 — _______________ + 12YND CS111 58XND -‘-.■avKin CS211 •582ND -‘-iQ T u n CS311 CS411 io n R5008 R5126 . i w i j r -58VA2 -58VA2 C5116 ■ ^ - i a x N o -58XND C5216 58ZNO...
Page 234: Parts List A2-200 Mhz Version
5.2-19 UNIT DESCRIPTIONS Item Description Ordering code 5.2.6 Parts list A2-200 MHz version MECHANICAL ASSY CABLE CRT 0001 CABLE,CONNECT. 5322 321 62202 0003 CABLE,CONNECT. ASSY CABLE CRT 5322 321 62198 0004 CABLE,CONNECT. ASSY CABLE CRT 5322 321 62199 A202 BOARD,PRINTED FINAL X-Y-Z UNIT A2 5322 216 04244 CAPACITORS...
Page 235 5.2 - 20 UNIT DESCRIPTIONS Item Description Ordering code C1302 CAP.CHIP AP 63V 5% 220PF 4822 122 33575 C2001 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 C2002 CAP.CHIP AP 63V 10% 220NF 4822 122 32916 C2003 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 C2004 CAP.CERAMIC...
Page 236 UNIT DESCRIPTIONS 5.2 - 21 Item Description Ordering code C2406 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 C2407 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 C2418 CAP.CHIP AP 63V 10% 100NF 4822 122 33496 C3001 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 C3002 CAP.CHIP...
Page 237 5.2 - 22 UNIT DESCRIPTIONS Item Description Ordering code C4031 CAP.CHIP AP 63V 10% 4.7NF 5322 126 10223 C4032 CAP.CHIP AP 63V 10% 100NF 4822 122 33496 C4033 CAP.CHIP AP 63V 10% 100NF 4822 122 33496 C4034 CAP.CHIP AP 63V 10% 10NF 5322 122 34098 C4036 CAP.
Page 238 5.2 - 23 UNIT DESCRIPTIONS Item Description Ordering code INTEGRATED CIRCUITS D1001 INTEGR.CIRCUIT OQ0230 FINAL Y AM PL 5322 209 12467 5322 209 12459 D2001 INTEGR.CIRCUIT OQ0229 FINAL X-Z AMP D3001 INTEGR.CIRCUIT OQ0229 FINAL X-Z AMP 5322 209 12459 5322 209 30233 N1001 INTEGR.CIRCUIT TDA8444AT/N2 PEL...
Page 239 5.2 - 24 UNIT DESCRIPTIONS Item Description Ordering code R1027 RES.METAL FILM HIP RC-02H 1% 121E 5322 117 10519 R1028 RES.METAL FILM HIP RC-02H 1% 121E 5322 117 10519 R1029 RES.METAL FILM HIP RC-02H 1% 178E 5322 117 10534 R1031 RES.METAL FILM HIP RC-02H 1% 178E 5322 117 10534...
Page 240 5.2 - 25 UNIT DESCRIPTIONS Description Ordering code Item R1112 5322 11712555 RES.CHIP HIP RC-01 5% 14E7 R1113 RES.METAL FILM HIP RC-02H 1% 121E 5322 117 10519 5322 117 10519 R1114 RES.METAL FILM HIP RC-02H 1% 121E 4822 051 52871 R1116 RES.CHIP HIP RC-02H 1% 287E...
Page 241 5.2 - 26 UNIT DESCRIPTIONS Item Description Ordering code R1171 RES.METAL FILM HIP RC-02H 1% 215K 5322 117 10543 R1172 RES.METAL FILM HIP RC-02H 1% 215K 5322 117 10543 R1173 RES.METAL FILM HIP RC-02H 1% 215K 5322 117 10543 R1174 RES.METAL FILM HIP RC-02H 1% 215K 5322 117 10543...
Page 242 5.2 - 27 UNIT DESCRIPTIONS Description Ordering code Item HIP RC-02H 1% 100E 4822 051 10101 R2063 RES.CHIP HIP RC-02H 1 % 100E 4822 051 10101 R2064 RES.CHIP RES.METAL FILM HIP RC-02H 1% 2K87 5322 117 10549 R2065 RES.METAL FILM HIP RC-02H 1% 2K87 5322 117 10549 R2066...
Page 243 5.2 - 28 UNIT DESCRIPTIONS Item Description Ordering code R2301 RES.METAL FILM HIP RC-02H 1% 215K 5322 11710543 R2302 RES.METAL FILM HIP RC-02H 1% 215K 5322 117 10543 R2303 RES.METAL FILM HIP RC-02H 1% 61K9 5322 11710578 R2304 RES.METAL FILM HIP RC-02H 1% 61K9 5322 11710578 R2306...
Page 244 UNIT DESCRIPTIONS 5.2 - 29 Item Description Ordering code R3113 RES.CHIP RMC1/8 1% 10E 4822 111 91885 R3131 RES.CHIP RMC1/8 1% 21E5 5322 111 92014 R3132 RES.CHIP HIP RC-02H 1 % 5K11 5322 117 10487 R3133 RES.METAL FILM HIP RC-02H 1% 14K7 5322 117 10528 R3134 RES.METAL FILM...
Page 245 5.2 - 30 UNIT DESCRIPTIONS Item Description Ordering code R4003 RES.HI-TENSION RST VR25 5% 3M3 4822 053 20335 R4004 RES.HI-TENSION RST VR25 5% 3M3 4822 053 20335 R4006 RES.HI-TENSION RST VR25 5% 6M8 4822 053 20685 R4007 RES.HI-TENSION RST VR25 5% 6M8 4822 053 20685 R4008 RES.METAL FILM...
Page 246 UNIT DESCRIPTIONS 5.2-31 Item Description Ordering code R5306 RES.CHIP HIP RC-01 5% 3E3 4822 051 10338 R5311 RES.CHIP HIP RC-01 5% 3E3 4822 051 10338 R5316 RES.CHIP HIP RC-01 5% 3E3 4822 051 10338 R5321 RES.CHIP HIP RC-01 5% 4E7 4822 051 10478 R5326 RES.CHIP...
Page 247 5.2 - 32 UNIT DESCRIPTIONS Item Description Ordering code V2111 TRANSISTOR,CHIP BF840 PEL 4822 130 60887 V2113 TRANSISTOR BFQ232A PEL 4822 130 62751 V2131 DIODE,CHIP BAV99 PEL 5322 130 34337 V2132 TRANSISTOR,CHIP BF824 PEL 4822 130 60383 V2133 TRANSISTOR,CHIP BF840 PEL 4822 130 60887 V2134 TRANSISTOR...
Page 248 UNIT DESCRIPTIONS 5.2 - 33 Item Description Ordering code V3237 DIODE,CHIP BAS21 PEL 4822 130 33702 V3281 DIODE,CHIP BAV99 PEL 5322 130 34337 V3282 TRANSISTOR,CHIP BF821 PEL 4822 130 61923 V3301 TRANSISTOR,CHIP BF820 PEL 5322 130 62802 V3311 TRANSISTOR,CHIP BC858C PEL 4822 130 42513 V3312 DIODE,CHIP...
Page 249: Description Of A2-100 Mhz Version
5.2 - 35 UNIT DESCRIPTIONS 5.2.7 Description of A2-100 MHz version. 5.2.7.1 Final Y amplifier. Diagram 1. The output signal from the delay line is applied to the input pins 6 and 9 of amplifier IC D1001. This IC and surrounding components comprise the MF and HF square wave compensations. Also the vertical CRT text signal is applied to D1001 (pin 15 and 16).
Page 250 5.2 - 36 UNIT DESCRIPTIONS Diagram 2. This diagram shows the Y-output amplifier. The amplifier is located at the small printed circuit board at the CRT socket. The input signal is a current and is applied to V4101 and V4102. The output signal is voltage and is applied to the vertical deflection plates of the CRT.
Page 251 UNIT DESCRIPTIONS 5.2 - 37 Diagram 4. This diagram shows the final intensity (Z) and focusing amplifiers. These amplifiers drive the intensity electrode G1 and the focusing electrode G3 of the CRT. The input circuit is formed by IC D3001. Input pin 5 and 6 of D3001 receive the Z-pulses ZLTRAO and ZLTRA1 that determine the intensity during signal display.
Page 252 5.2 - 38 UNIT DESCRIPTIONS The signal FOCUS-DA is then mixed with the LF component of FOCUS-AA before its level is adapted to the nominal G3 voltage via transistors V4002A/4003/V4004. Diagram 6. This diagram shows the RC-branches and regulators N5131 that give the supply voltages for the various circuits.
Page 253: Signal Name List A2-100 Mhz Version
UNIT DESCRIPTIONS 5.2 - 39 5.2.8 Signal name list A2-100 MHz version Note: In the signal name list you find the itemnumberofthe component that is source or destination. Behind this itemnumber (separated by you find the number of the diagram where the source/destination can be found NAME MEANING...
Page 254 5.2 - 40 UNIT DESCRIPTIONS NAME MEANING SOURCE DESTINATION XOUT1 X OUTPUT 1 V2234:03 R2271:03 V2213:03 R2301:03 XPLATEO X OUTPUT 0 TO CRT LEFT PLATE R2161:03 X2411:02 XPLATE1 X OUTPUT 1 TO CRT RIGHT PLATE R2261:03 X2411:02 XPLATECO X OUTPUT 0 TO CRT LEFT PLATE R4261:02 X2403:02 XPLATEC1...
Page 255: Unit Lay-Outs A2-100 Mhz Version
UNIT DESCRIPTIONS 5.2.9 Unit lay-outs A2-100 MHz version 111 H 5 § § ! a S 5 S 8 S i g s 1 1 1 lU tr o c '-< £ ‘s £ n o x x u + V < ------ - H u l 2 + *9 >•...
Page 256 5.2-41 _ oc < < ^ UJ o <? -> -i 2 to 0 . 2 2 3 < UJ UJ CL 111 U l O S t t O o < O C O C — 1 0 12 14 16 18 20 22 24 26 D O D o a n o a n a o D D □...
Page 257 X2401 YPREOUT-RET XPREOUTO YPREOUT1 S o YPREOUT-RET YFSHF R§D □ “ +18VA2 -18VA2 -12VA2 ACALFBO ® ACALFB1 □ XPLATE1 o> 0 in > XPLATE-RET XPLATEO □ □ □ FOCUS-DA XPLATE-RET — ASTIQ □ FOCUS-AA ® D Q FOCUS-RET □ □ INTEN-AA INTEN-RET INTEN-DA »...
Page 258 X2501 □ □ ro ± X T X T O u D C U □ □ C T > Z T X T 1 -g O D o > ± X T R A O to D Do Z S W 1 -0 O S ±...
Page 259 C5236 V2113 ' T ' V2213 C5231 ■Vl X2301 -58VA2 - □ ZRIPPLE +58VA2 C O □ □ A INTEN-DA INTEN-RET C J I □ □ O ) INTEN-AA FOCUS-RET 'J □ Q FOCUS-AA « □ ASTIQ ± E ^ □ 0 ro XPLATE-RET FOCUS-DA c o 0 XPLATEO...
Page 260 5.2 - 42 UNIT DESCRIPTIONS BC846C . U p BC8S8C BR5ee . o*> «2 A--- Q BFB20 IV p 8AS21 , 0 ______□ . l°----°| ST8269 BPB21 : 1Wp BR36S BCP53 BZXB4C8V2 :Z7p 88Y36 B8YB2 l A7p BAV90 970428 BFB24 BFQ36 t j—...
Page 261 8C848C : 1U> BC8S8C 3U» BF5B9 L*> •1 BF82C 1 Vp BFB21 ; 1Wp BFQ65 BCPS3 I B0Y38 S3p " l B8Y82 • A7p 8AV99 BCPS6 BFB24 : FBp BFG35 —— nr 1 ------ □ ------- BFB40 L J 1 c1.c2 BFR53 •...
Page 262 5.2 - 42 UNIT DESCRIPTIONS — I l R 4 ,s g I I ■*« I R4132 JU133 CRT SOCKET RC.B. BAS21 ST8269 62XB4C8V2 BZXB4018 970428 BZX&4-B24 Lay-out 2 - Small component side of XYZ amplifier unit A2-100MHz...
Page 263: Location List A2-100 Mhz Version
UNIT DESCRIPTIONS 5.2 - 43 5.2.10 Location List A2-100 MHz version ’-L’ means that the component is located on the side with the large components. Otherwise the component is located on the side with small components. C1001 C11 C2131 B6 C3131 C5 C4124C1 C1002C11...
Page 264 5.2 - 44 UNIT DESCRIPTIONS D2001 B7-L R1052 A9 R2018 B7 R2303 C8 D3001 B5-L R1053 A10 R2020 B7 R2304 C8 L4101 B2 R1059 B10 R2021 B7 R2306 C8 L4102 B2 R1061 B10 R2023 B6 R2307 C8 L4103 B2 R1063B10 R2024 B6 R2308 C8 N1001 A11...
Page 265 UNIT DESCRIPTIONS 5.2 - 45 R3161 C5 R4043 C3 R4182 D1 V1026 B9 R3171 B5-L R4044 C2 R4201 D1 V1027 C9 R3176 B5 R4045 B3 R4202 D2 V1028 A9 R3201 B5 R4051 C3-L R4203 D1 V1201 B9 R3202 B5 R4104 C2 R4261 D2 V1202 A9 R3203 B5...
Page 266 5.2 - 46 UNIT DESCRIPTIONS V3236 C5 V4031 D3 V4044 B3 V4113D1 V3237 D5 V4032 D2 V4084 C3 V4114B2 V3301 B8 V4033 D3 V4101 D1 V5001 D6 V3311 B8 V4034 C3 V4102 D1 V5002 D5 V3312B8 V4036 D3 V4103C1 X2101 B11-L V3413C5 V4037 D3 V4104C1...
Page 267 5.2 - 47 UNIT DESCRIPTIONS 5.2.11 Circuit diagrams A2-100 MHz version REF NR TYPE + 18YNO + 12YN0 PLUS V +5YND -7YND •1BYND + 12CND ■2CNO -12YNO D1001 000230 TDA6444 N1001 N10Q2 LM366 • N10G3 LM324 N1004 OP77 V I204 8C85S A2 (100 MHz) - Diagram 1a ;...
Page 268: Circuit Diagrams A2-100 Mhz Version
UNIT DESCRIPTIONS 5.2.11 Circuit diagrams A2-100 MHz version...
Page 269 5.2 - 47...
Page 270 UNIT DESCRIPTIONS 5.2 - 48 TO CflT...
Page 272 UNIT DESCRIPTIONS 5.2 - 48 TO CRT D14-364GH/123 R4191 VFSHF1 YFSHF YFSHF2 A2 (100 MHz) - Diagram 2a ; Final Y output stage...
Page 273 UNIT DESCRIPTIONS 5.2 - 49 DC LEVEL SHIFT XTEXT XZ-CONTROL LOCAL SUPPLY FILTERING CALIBRATE X • SOXN +31XR A2 (100 MHz) - Diagram 3a ; Final X amplifier and control...
Page 274 UNIT DESCRIPTIONS -12XNO DC LEVEL SHIFT XTEXT XZ-CONTROL N2002 TOA 8444 LOCAL SUPPLY FILTERING -5®a -58XN0 -saxR...
Page 275 5.2 - 49 +10)R €F -»5XM0 M l 77 C2178 ■ ■ AC:4SVtt 0OVB *10 DC: 0V C2173 C2171 R2176 " " ^ ^ ~ | 316K XCX/TO ___ I 26K7 XHFADJ ♦ 5XN0 CffTQFH grroR . XZ-CONTROL N2002 TOA 6444 CAUBRATE X R2303...
Page 276 5.2 - 50 UNIT DESCRIPTIONS ♦50ZN +50ZN +50ZN -12ZNO FINAL Z-AMPURER ENDSTAGE FOCUS V9113 BFQ2S2A Max Intana: -30V + V N Mki. Intana. ZOUTF R3191 FOCUS-AA X2301/8 C3131 C3134 ♦a.azNO R3102 H l£ 5 ZDftlFO ZDRF1 -S8ZF +50ZN +50ZN -50ZN R N AL Z-AMPURER ENDSTAGE INTENS R3207...
Page 277 -12ZNO | DC LEVEL SHIFT Z-TRACS Z-RIPPLE SUPPRESS | LOCAL SUPPLY FILTERING R3411 SfiZF •58ZN0 -saa N20<...
Page 278 5.2 - 50 UNIT DESCRIPTIONS +50ZN +50ZN -50ZN +18ZND ■+50ZN C3412 100n REF NR TYPE +12ZND N3001_________ OQQ229 N3002 TDA8444 , C3416 1 lOrt +31 a , C3410 C3419 ST8273 970420 1 10« A2 (100 MHz) - Diagram 4a ; Final Z amplifier...
Page 279 UNIT DESCRIPTIONS 5.2 - 51 FOCUS LEVELSHIFTER A2 (100 MHz) - Diagram 5a ; Modulator/demodulator and focus control...
Page 280 UNIT DESCRIPTIONS X2411...
Page 281 5.2 - 51 FOCUS LEVELSHIFTER A2 (100 MHz) - Diagram 5a ; Modulator/demodulator and focus control...
Page 282 > 1 XTXTO ZTXT1 > 1 XTRAO ZSW1 CTRAO . -12VA2 X2301/19 » +12VA2 XYSWO XYSW1 YTXTO -18VA2 X2301/20 + 10VA2 X2301/21 +10VREF J1001 J1002 YSDA J2001 XSPA 1 SDA _ l ____ X2301/11...
Page 283 UNIT DESCRIPTIONS 5.2 - 52 RS007 R6121 ♦50VA2 •58VA2 ♦12YN D X2301/3 +12XN0 +58XND + 12ZND +58ZND +12CND TO A2-SUB. X2411 X 2 X 1 I-----------------1 | +10YXZREF SUPPLY -68VA2 R5131 R5151 ZRIPPLg +58VA2 INTEN-OA tNTEN-AA FOCUS’ AA ASTK3 FOCUS-OA XPLATEO XPLATEl ACALFB1...
Page 285 a 5 a & £ 3 H r I H H H...
Page 286 UNIT DESCRIPTIONS 5.2 - 52 RS007 RS121 jfcsii io n ^ JL CS2' J 1 0 n to n ^ C 5 4 -12YNO C$118 -12XND CS219 -122NO CS316 -12CNO CS416 TO A2-SU8. X2411 X2301 “ I [ +1QYXZREF SUPPLY " | ZRIPPLE IMTEN-DA —...
Page 287: Parts List A2-100 Mhz Version
UNIT DESCRIPTIONS 5.2 - 53 Item Description Ordering code 5.2.12 Parts list A2-100 MHz version CAPACITORS C 1001 CAP.CHIP 10% 10NF 5322 122 34098 C 1002 CAP.CHIP 10% 10NF 5322 122 34098 C 1003 CAP.CHIP 63V 0.25PF 2.2PF 5322 122 33063 C 1005 CAP.CHIP 5% 22PF...
Page 288 5.2 - 54 UNIT DESCRIPTIONS Item Description Ordering code C 2133 CAP.CHIP 10% 100NF 4822 122 33496 C 2134 CAP.CHIP 10% 22NF 5322 122 32654 C 2151 CAP.CHIP 5322 126 10511 C 2171 CAP.CHIP 63V 0.25PF: 1PF 5322 122 32447 C 2172 CAP.CHIP 5% 56PF...
Page 289 UNIT DESCRIPTIONS 5.2 - 55 Item Description Ordering code C 3133 CAP.CHIP 10% 100NF 4822 122 33496 C 3134 CAP.CHIP 10% 22NF 5322 122 32654 C 3151 CAP.CHIP 5322 126 10511 C 3171 CAP.CHIP 63V 0.25PF 1PF 5322 122 32447 C 3172 CAP.CHIP 5% 470PF...
Page 290 5.2 - 56 UNIT DESCRIPTIONS Item Description Ordering code C 4126 CAP.CHIP 5% 68PF 4822 122 33514 C 4163 CAP.CHIP 5% 56PF 5322 122 32661 C 4201 CAP.ELECTROLYT. 20% 180UF 5322 124 42228 C 4202 CAP.CHIP 10% 10NF 5322 122 34098 C 4203 CAP.CHIP 10% 10NF...
Page 291 UNIT DESCRIPTIONS 5.2 - 57 Item Description Ordering code COILS L 4101 COIL 0.082UH 5% 5322 157 63382 L 4102 COIL 0.082UH 5% 5322 157 63382 L 41032 COIL 5322 157 63648 INTEGRATED CIRCUITS D 1001 INTEGR.CIRCUIT OQ0230 FINAL Y 5322 209 12467 D 2001 INTEGR.CIRCUIT...
Page 292 5.2 - 58 UNIT DESCRIPTIONS Item Description Ordering code R 1037 RES.CHIP RC-02H 1% 750E 5322 117 10582 R 1038 RES.CHIP RC-02H 1% 750E 5322 117 10582 R 1039 RES.CHIP RC-02H 1% 147E 4822 051 51471 R 1041 RES.CHIP RC-02H 1% 19K6 4822 051 51963 R 1042 RES.CHIP...
Page 293 UNIT DESCRIPTIONS 5.2 - 59 Item Description Ordering code R 1312 RES.CHIP RC-02H 1% 215K 4822 051 52154 R 1313 RES.CHIP RC-02H 1% 4822 051 57502 R 2001 RES.CHIP RC-02H 1% 16K5 5322 117 10532 R 2002 RES.CHIP RC-02H 1% 12K1 4822 051 51213 R 2003 RES.CHIP...
Page 294 5.2 - 60 UNIT DESCRIPTIONS Item Description Ordering code R 2201 RES.CHIP RMC1/8 1% 51E1 5322 111 91893 R 2202 RES.CHIP RMC1/8 1% 21E5 5322 111 92014 R 2203 RES.CHIP RMC1/8 1% 51E1 5322 111 91893 R 2204 RES.CHIP RC-02H 1% 12K1 5322 117 10522 R 2207 RES.CHIP...
Page 295 5.2 - 61 UNIT DESCRIPTIONS Description Ordering code Item R 3013 RC-02H 1% 5K62 4822 051 55622 RES.CHIP R 3014 RES.CHIP RC-02H 1% 21K5 4822 051 52153 RES.CHIP RC-02H 1% 28K7 4822 051 52873 R 3015 RC-02H 1% 19K6 R 3018 RES.CHIP 4822 051 51963 RES.CHIP...
Page 296 5.2 - 62 UNIT DESCRIPTIONS Item Description Ordering code R 3276 RES.CHIP RC-02H 1% 51K1 4822 051 55113 R 3301 RES.CHIP RC-02H 1% 61K9 4822 051 56193 R 3302 RES.CHIP RC-02H 1% 12K1 4822 051 51213 R 3311 RES.CHIP RC-02H 1% 511E 4822 051 55111 R 3312 RES.CHIP...
Page 297 5.2 - 63 UNIT DESCRIPTIONS Ordering code Item Description RC-02H 1% 422E 4822 051 54221 R 4124 RES.CHIP 4822 051 55111 RES.CHIP RC-02H 1% 511E R 4126 R 4127 RES.CHIP RC-02H 1% 511E 4822 051 55111 RES.CHIP RC-02H 1% 4822 051 51002 R 4128 4822 051 51002 RES.CHIP...
Page 298 5. 2-64 UNIT DESCRIPTIONS Item Description Ordering code R 4182 RES.CHIP RC-02H 1% 215K 4822 051 52154 R 4201 RES.CHIP RC-01 5% 4822 051 10478 R 4202 RES.CHIP RC-01 5% 4822 051 10338 R 4203 RES.CHIP RC-01 5% 4822 051 10478 R 4261 RES.CHIP RMC1/8 1% 42E2...
Page 299 5.2 - 65 UNIT DESCRIPTIONS Ordering code Item Description SEMI CONDUCTORS BBY39 5322 130 82199 V 1009 DIODE,CHIP 5322 130 82199 V 1011 DIODE.CHIP BBY39 TRANSISTOR,CHIP BC858C 4822 130 42513 V 1014 4822 130 42513 V 1016 TRANSISTOR,CHIP BC858C V 1018 TRANSISTOR,CHIP BC858C 4822 130 42513...
Page 300 5.2 - 66 UNIT DESCRIPTIONS Item Description Ordering code V 3002 TRANSISTOR,CHIP BC858C 4822 130 42513 V 3061 TRANSISTOR.CHIP BF824 4822 130 60383 V 3062 TRANSISTOR,CHIP BF824 4822 130 60383 V 3101 TRANSISTOR.CHIP BF840 4822 130 60887 V 3102 DIODE,CHIP BZX84-B12 PEL 4822 130 83566 V 3103...
Page 301 5.2 - 67 UNIT DESCRIPTIONS Item Description Ordering code 4822 130 60383 TRANSISTOR,CHIP BF824 V 4101 V 4102 TRANSISTOR,CHIP BF824 4822 130 60383 V 4103 TRANSISTOR,CHIP BF840 4822 130 60887 TRANSISTOR,CHIP BF840 4822 130 60887 V 4104 V 4106 TRANSISTOR,CHIP BF824 4822 130 60383 TRANSISTOR,CHIP...
Page 302: Microprocessor A3
5.3-1 UNIT DESCRIPTIONS MICROPROCESSOR A3 5.3.1 Description A3 Introduction The unit can be seen as the heart of the oscilloscope. It controls all oscilloscope functions and receives input signals from the following sources: the rotary and push button knobs present at front unit A4 and CRT controls unit A5. commands from an external computer that are applied to the RS232 interface that is part of microprocessor D1001.
Page 303 5.3-2 UNITS DESCRIPTION Diagram 2 The resistance value of the indication ring in the probe at channels 1,2, 3 and 4 is present between ground and pin 13, 14, 15 and 12 of multiplexer D1008 respectively. The analog probe resistance value results in a certain DC voltage that is switched to ADC input PTEST-XA of the processor D1001.
Page 304: Signal Name List A3
5.3-3 UNITS DESCRIPTION The signal ZINFO-LT that comes from pin 80 of D1401 determines the intensity of the text and cursors. This happens via the output current signals ZTXTO and ZTXT1 that are in opposite phase. They originate from the circuit with V1448, V1449, V1443, V1444 and V1446. Intensity is also controlled by the front panel INTENS TEXT rotary that influences the DAC output signal INTRDO.
Page 305 5 . 3 - 4 UNITS DESCRIPTION 'w ' TBHOTXT HOLD OFF INDICATION FOR TEXT IC X1101:05 R1411:04 TRASEP TRACE SEPARATION CONTROL SIGNAL R1127:03 X1501:05 UFODAVLT FRONT WRITES TO MICROPROCESSOR X1101:05 D1001:01 UFOWR-LT MICROPROCESSOR WRITES TO FRONT D1016:01 X1101:05 VAR1 CH1 VARIABLE GAIN CONTROL SIGNAL R1135:03 X1501:05...
Page 306 G > □ *< +6VBAT - DK)1 0*06 oioe 0*03 0*07 0104 0*00 NRFO Q - - O oS S « NOAC ° S 8 D O S B D HOLDOFF HTBVAR LEVDTB POS4 P083 POS2 POS1 C31 c 631 o XCAL -12V C90 e...
Page 307 HOLDOFF HTBVAA LEVDTB POS4 P083 POS2 POS1 X1101 X1101 C32 o B 3 2n A32 o C31 a B91 a A9i a XCAL YCAL S i- •12V C30 o ♦ 12V B 3 0 A30 o...
Page 309 X1101 X1101 CS2 g A32 g BS 2g C31 g B31 g AS1 o XCAL YCAL ■ 12V BSOg AS0 g C30 o ♦ 12V 020 g ♦ 12V POWEFHT C20 o A 2 0 FOCUS-OA +SVD B28 g A2S g C26 g ♦...
Page 310 R1102 R1104 | - R1101 R1679 R1672 R1071 B1674 ~[- D1402 'N j HI 406 H i402 >...
Page 311 bc646c U p BC866C : 3Lp...
Page 312 UNIT DESCRIPTIONS 5 . 3 -6 ST8277 970428 Lay-out 15 - Micro-miniature component side of microprocessor unit A3...
Page 314 UNIT DESCRIPTIONS 5. 3- 6 S T 8 2 7 7 9 7 0 4 2 8 Lay-out 15 - Micro-miniature component side of microprocessor unit A3...
Page 315: Location List Microprocessor Unit A
5.3- 7 UNIT DESCRIPTIONS 5.3.4 Location list Microprocessor unit A3 ’-L’ means that the component is located on the printed circuit board side with the large components. Otherwise the component is located on the side with small components (SMD’s: surface mounted devices).
Page 316 5 .3 -8 UNIT DESCRIPTIONS R1433 D8 R1802A11 R1882 C2 V1438 D8 R1434D7 R1803A11 R1883 C2 V1441 C8 R1435C7 R1805 A11 R1884 C2 V1442 D8 R1436 D7 R1807A11 R1901 A5 V1443 D8 R1437 D8 R1842C8 V1006 C9 V1444 D8 R1438 D8 R1843 D6 V1446 D8 V1011 B9...
Page 317 5 .3 -9 UNIT DESCRIPTIONS 5.3.5 Circuit diagrams Diagram 1 - Central processor unit...
Page 318: Circuit Diagrams
UNIT DESCRIPTIONS 5.3.5 Circuit diagrams...
Page 319 5 .3 -9 Diagram 1 - Central processor unit...
Page 320 UNIT DESCRIPTIONS 5. 3-10 | RS232-C INTERFACE | | PROBE INDICATION INPUTS | X1101/C28 X1101/C2S X1101/B2S X1101/B28 01301 <488 01001*1 01001/84 01001/31 + 12VE BUZZER CIRCUIT 01302 1486 01012 T T L / xxxxx 01302 1488 T T L / XXXXX C1306 01302 1488...
Page 321 | PROBE IN D IC A T IO N IN P U T S | X1101/C26 BUZZE R C IR C U IT 01102 01301 74LS74 1400 / T T L x x x x x T T L / » £T &...
Page 322 UNIT DESCRIPTIONS 5. 3-10 | R S 232-C INTERFACE ] 01301 R1026 1006 V1018 8ZX84 C4V3 _ _ _ _ _ _ _ _ _ _ _ _ _ _ BUZZER a R C U IT 01301 T T L / xxxxx T ^ r i “...
Page 323 5.3-11 UNIT DESCRIPTIONS D1112 000244 DAC-POT CPAD04 CPAD05 CREDOS CPW X7 ----------- oA C P w n-a » . — ; » « « « « ♦2.SVRCF C l 123 MCI* MCI* ™ MCI* MC«« X c ,,0 > X C1M 2 r r r r r r r r i C l 101...
Page 324 UNIT DESCRIPTIONS...
Page 325 5.3-11 C l 968 C1963 T 1 0 0 n I80u Diagram 3 - Potentiometer DAC and lEEE-option...
Page 326 5.3-12 UNIT DESCRIPTIONS | TEXT/CURSOR CONTBOL~~| G4«oi 12MG Diagram 4 - Text and cursor circuit...
Page 327 04401 12MG I TEXT/CURSOR MEMORY~| *12V NTRDO X1101«23 REF NR TYPE 01401 8264 D1402 PCF-3036 N1401 PACK? N'402 DAC10...
Page 328 5.3-12 UNIT DESCRIPTIONS TEXT/CURSOR CONTROL G4401 12MG Diagram 4 - Text and cursor circuit...
Page 329 UNIT DESCRIPTIONS CPADDRESS D1013 CPDATABUS D1012 X1101 X1101 CPAD01 CPADOO CPAD03 cp m xc CPADOO CPAD06 CPA09 CPAoe CPA11 CPA12 RE8QPT4.T R1016 ^ CPRO-LT C PW B-LT D1001/50 ^ 01001/3 ALE-KT 0PT1WHT D1103/11 D1001/40 ^ RQSORLT D1016/10 BAT1NTHT 01001/26 D1004/11 s e t R1064 DLENO-HT...
Page 330 5 .3 -13 R 1 1 2 2 ^ H O LD O FF INTTRA R1123 MTBVAR R1124 ^ LEVM TB R1125 LEVDTB R1126 T R A S E P R1127 PO S4 R112B 01007/10 VAR1 R1135 01010/2 PO S3 R1134 ^ 01000/17 VAR2...
Page 331 UNIT DESCRIPTIONS CPDATABUS R1016 D1001/50 01103/11 D1001/40 01016/10 R1063 R1066 V1431 D1001/30 D 1004/6 V1434 B 2 0 01001/41 D1016/15 R1452 R1444 R1121 R1461 V1013 ♦10VR EF I V1014 +SVD | FOCUS-OA + 12V •12V YCAL •PM33XX on ly O1010 7 «...
Page 332 5.3 -13 R1122 R1123 R1124 R112S R1126 R1127 R1128 R1135 01010/2 R1134 01000/17 R1133 R1132 R1131 C l 2 R1120 R1130 “ — c 8 1 5 C IS C1904 R14S3 R1464 TRASEP C1906 V1012 POST VAB4 V1011 C l 90S C1906 0 2 8 POS2...
Page 333 5.3-15 UNIT DESCRIPTIONS Item Description Ordering code 5.3.6 Parts list CAPACITORS 5322 122 32966 CAP.CERAMIC 63V 5% 39pF C 1002 63V 5% 39pF 5322 122 32966 CAP.CERAMIC C 1003 63V 10% 100nF 4822 122 33496 C 1004 CAP.CHIP 4822 122 33496 63V 10% 100nF C 1006 CAP.CHIP...
Page 334 5.3-16 UNIT DESCRIPTIONS Item Description Ordering code C 1811 CAP.CHIP 63V 10% 10nF 5322 122 34098 C 1812 CAP.CHIP 63V 10% 10nF 5322 122 34098 C 1814 CAP.CHIP 63V 10% 10nF 5322 122 34098 C 1815 CAP.CHIP 63V 10% 10nF 5322 122 34098 C 1816 CAP.CHIP...
Page 335 5. 3- 17 UNIT DESCRIPTIONS Item Description Ordering code INTEGR.CIRCUIT N74LS74AD PEL 5322 209 60993 D 1102 5322 209 81264 D 1104 GPIB P8291A D 1112 INTEGR.CIRCUIT OQ0244 5322 209 12468 D 1301 INTEGR.CIRCUIT MC1489ADR2 5322 209 30232 5322 209 30269 D 1302 INTEGR.CIRCUIT MC1488D MOT...
Page 336 5.3-18 UNIT DESCRIPTIONS Item Description Ordering code R 1057 RES.CHIP RMC1/8 1% 51E1 5322 111 91893 R 1058 RES.CHIP RMC1/8 1% 51E1 5322 111 91893 R 1059 RES.CHIP RMC1/8 1% 100E 4822 051 51001 R 1061 RES.CHIP RMC1/8 1% 51E1 5322 111 91893 R 1062 RES.CHIP...
Page 337 5.3- 19 UNIT DESCRIPTIONS Item Description Ordering code 5322 116 81794 R 1429 RC-02H 1 % 2k15 5322 116 80427 R 1430 RC-02H 1% 1k R 1431 RC-02H 1 % 2k15 5322 116 81794 R 1432 RC-02H 1% 1k47 5322 111 91902 R 1433 RC-02H 1% 1k 5322 116 80427...
Page 338 5.3 - 20 UNIT DESCRIPTIONS Item Description Ordering code V 1016 DIODE.CHIP BZX84-C4V3 PEL 5322 130 80256 V 1401 BC848C 5322 130 42136 V 1421 BC858C 4822 130 42513 V 1431 BC858C 4822 130 42513 V 1432 BAV99 5322 1 30 34337 V 1433 BAV99 5322 130 34337...
Page 339: Front Unit A4
5.4-1 UNIT DESCRIPTIONS FRONT UNIT A4 5.4.1 Description Diagram 1 The front unit incorporates several keys and a number of rotary knobs that are read by a microcomputer D5001. This microcomputer can communicate with the instrument’s main microprocessor on unit A3 via connector X5002. The communication from front unit A4 to unit A3 occurs via buffer D5003.
Page 340 UNIT DESCRIPTIONS 5.4.3 Key switches Digital oscilloscopes: PM3394A, PM3392A, PM3384A , PM3382A and PM3380A Analog oscilloscopes: PM3094, PM3092, PM3084 and PM3082 Test code is obtained via the UTIL MAINTENANCE menu. Refer to section 8.11.4.2 for detailed information. SWITCH DIGITAL OSC.
Page 341 UNIT DESCRIPTIONS 5.4- 3 S5051 ON CH4 ON CH4 S5052 500 CH4 500 CH4 S5053 TRIG CH3 TRIG CH3 S5054 TRIG CH2 TRIG CH2 S5056 TRIG CH1 TRIG CH1 S5057 ON CH1 ON CH1 S5058 AMPL V CH1 AMPLVCH1 S5059 TEXT OFF TEXT OFF S5061...
Page 342: Unit Lay-Outs
UNIT DESCRIPTIONS 5.4.4 Unit lay-outs T O X5201 O N CRT C O NTRO L A5 I O C O | | —I D C G C —I —|...
Page 343 5 .4 -5 TO X 1004 O N C O N N E C TO R - BO ARD A10 X5002 ± 1 □ □ CPADOO ± 3 □ □ 4 CPAD01 ± 5 □ □ CPAD02 ± 7 □ □...
Page 344 UNIT DESCRIPTIONS 5.4.4 Unit lay-outs TO X5201 O N CRT CO N TR O L A5 H cc c c - IH...
Page 345 5 . 4 - 5 TO X1004 O N C O N N E C TO R - BO ARD A10 X 5002 ± □ □ CPADOO ± 3 □ □ 4 CPAD01 ± 5 □ □ CPAD02 ± 7 □ □...
Page 346 UNIT DESCRIPTIONS 5. 4- 6 "c B ” J _ 3 R5121 R5164 R5165 t il « 3 S 2 3 R5166 R5102 R5168 V5008 V5009 R5169 £ > R5170 R5124 R5128 R5123 ■ w R5172 « c <3 > 3 R5173 C5173 R5171 C5171 C5155...
Page 347 R5121 R5164 R5165 R5166 R5102 R5168 . n n n n n n n n.n n R5156 R5169 D5002 R5170 U U U U ' D ' U U U U U R5172 n n n n n n n D5004 - r ~ u u u u u u u...
Page 348 UNIT DESCRIPTIONS 5. 4- 6 « 3 o> V5008 V5009 5> R5128 R5123 |C5155 R5107 R5106 C5156 R5126 1 C □ ST8284 870428 X I______C l n _______n BASIS BC848C ---□ --- ---□ --- Lay-out 15 - Small component side of front unit A4...
Page 349: Circuit Diagrams
5 . 4 -7 UNIT DESCRIPTIONS 5.4.5 Circuit diagrams CS801 10On «02 C5603 cseo. < io n A4 - Diagram 1 ; Front processor...
Page 350 UNIT DESCRIPTIONS 5.4.5 Circuit diagrams +5VD D5004 74LS74 UFODAVHT CPUWB-U UfOQAVLT UFOftD-LT UFORP4J +5V0 05004 741S74 CPDAV-LT CPUftCHT _________ 13 UFOWR-LT...
Page 351 5 . 4 -7 05002 >5006 11S374 fc>C1 UFOADO a s is a UF0AD2 ~| 31 Eg UFQAD* RS164 I 31E6 UFOADO UF0AD7 « r s i R5196 ~ ^ T RS1B7 1 31E6 RS168 csaoi 1 31E6 100n ftsiao I31E6 ^ 0 5 6 0 2 CS0O3...
Page 352 5. 4-8 UNIT DESCRIPTIONS STB286 REF NR. TYPE -5VD 970428 74HC5A1 CS0Q2 A4 - Diagram 2 ; Key matrix...
Page 353 35001 V6021 BASIS V5022 BASIS VS023 Q ^ _ BASIS V5024 BASIS V5026 Q ^ _ BASIS 1b \ V5027 BASIS *T b \ V5G26 BASIS Q ^ _ V6029 V5001 BASIS BASIS V5031 BASIS RBI 21 V5032 SSK2 BASIS V5033 BASIS ROTARY MATRIX...
Page 354 UNIT DESCRIPTIONS 5 .4- 8 ± STB2M REF NR TYPE -5VO 070428 74HC841 csace 05002 A4 - Diagram 2 ; Key matrix...
Page 355: Parts List
5 .4- 9 UNIT DESCRIPTIONS Item Description Ordering code 5.4.6 Parts list CAPACITORS C 5001 CAP.CERAMIC 63V 5% 39pF 5322 122 32966 C 5002 CAP.CERAMIC 63V 5% 39pF 5322 122 32966 C 5150 CAP.CHIP 63V 5% 100pF 5322 122 32531 C 5151 CAP.CHIP 63V 5% 100pF...
Page 356 5.4-10 UNIT DESCRIPTIONS Item Description Ordering code R 5007 SWITCH, ROTARY 15-SL.PHILICODER 5322 105 90036 R 5008 SWITCH,ROTARY 15-SL.PHILICODER 5322 105 90036 R 5009 SWITCH,ROTARY 15-SL.PHILICODER 5322 105 90036 R 5011 SWITCH, ROTARY 15-SL.PHILICODER 5322 105 90036 R 5012 SWITCH, ROTARY 15-SL.PHILICODER 5322 105 90036 R 5013...
Page 357 5.4 - 11 UNIT DESCRIPTIONS Item Description Ordering code SEMICONDUCTORS BAS 16 PEL 5322 130 31928 V 5001 DIODE.CHIP V 5002 DIODE,CHIP BAS 16 PEL 5322 130 31928 5322 130 31928 V 5003 DIODE.CHIP BAS16 PEL V 5004 DIODE.CHIP BAS16 PEL 5322 130 31928 V 5006 BAS16 PEL...
Page 358: Crt Controls Unit A5
UNIT DESCRIPTIONS 5.5-1 CRT CONTROLS UNIT A5 5.5.1 Description Each rotary can occupy 4 different states. A rotary incorporates a rotor contact that can make contact with one of the two stator contacts. It is also possible that the rotor makes no contact. The last possibility is that the rotor makes contact with both stator contacts.
Page 359 5.5-2 UNIT DESCRIPTIONS 5.5.2 Unit Lay-outs c l a 2 fA7?l BAV99 a1, c2 F R O M X 5 0 0 1 O N F R O N T A 4 X 5 2 0 1 1 2 11 1 0 A §...
Page 360: Circiuit Diagram
5 .5- 3 UNIT DESCRIPTIONS 5.5.3 Circiuit diagram X5201 A5 - Diagraml; CRT controls unit...
Page 361: Parts List
5 . 5 -4 UNIT DESCRIPTIONS Item Description Ordering code 5.5.4 Parts list SEMICONDUCTORS V 5201 DIODE,CHIP BAV99 PEL 5322 130 34337 V 5202 DIODE,CHIP BAV99 PEL 5322 130 34337 V 5203 DIODE,CHIP BAV99 PEL 5322 130 34337 V 5204 DIODE,CHIP BAV99 PEL 5322 130 34337...
Page 362 5.6-1 UNIT DESCRIPTIONS POWER SUPPLY A6 5.6.1 Description A6 Diagram 1 Diagram 1 comprises the following circuit parts: input circuit converter circuit line trigger circuit Input circuit Input to the circuit is the mains voltage. The following voltages are allowed: AC voltage between 90 and 250 V Theoretically a DC voltage between 100 and 380 V can be applied.
Page 363 5.6-2 UNIT DESCRIPTIONS To reduce the switching losses in V1019, a dV/dt limiter, often called “snubber", is used. C1021 decreases the dV/dt of the collector voltage of V1019 during switching off, as the current to the transistor can pass during a certain time through C1021. This slowing down of the collector voltage will reduce the switching losses during switching off.
Page 364 5. 6- 3 UNIT DESCRIPTIONS Illumination control The illumination of the graticule must be variable. For this reason the illumination voltage can be varied between about 2 and 28 V. Control of the illumination amplifier V1148 takes place by means of the signal DAC2, level about 1.7 to 4 V.
Page 365 5 .6-4 UNIT DESCRIPTIONS Secondary output circuitry The secondary output circuits consist of rectifier diodes and buffer capacitors, followed by chokes and capacitors for ripple suppression. The output circuits are protected against overload by the under voltage protection. Over and under-voltage protection To protect the oscilloscope circuitry against over-voltage and the supply circuits against overload, the power supply is provided with a protection circuit.
Page 366 UNIT DESCRIPTIONS 5. 6-5 5.6.3 Unit lay-outs TO X2401 ON FINAL X-Y-ZA2 TO FAN TO BATT X1001 X1004 X10Q6 ST8290 970420 □ □ □ □ □ T T T T T T □ T T T T T T T T T T □...
Page 367 UNIT DESCRIPTIONS 5.6.3 Unit lay-outs TO X2401 ON...
Page 368 X1003 C1006 TO MAINS INPUT X1003 ST8290 970420 Lay-out 8 - Wire component side of power supply unit A6...
Page 370 5 . 6- 6 UNIT DESCRIPTIONS ST8291 770426 Lay-out 9 - Micro miniature component side of power supply unit A6...
Page 372 > o>...
Page 373 5 .6- 6 UNIT DESCRIPTIONS BASIS : A6p BAS31 B2C84-C5V1 22p 8CS48C:1Lp 8C8S«C 3Lp BFB20 1 V B FB S1 tWp Lay-out 9 - Micro miniature component side of power supply unit A6...
Page 374 UNIT DESRIPTIONS 5.6-7 5.6.4 Location list Power Supply unit A3 ’-L’ means that the component is located on the printed circuit board side with the large components. Otherwise the component is located on the side with small components (SMD’s: surface mounted devices).
Page 375 5. 6-8 UNIT DESRIPTIONS V1103 C4 V1149 A1-L V 1214B 8-L V1279 B8 V1104 D4 V1201 B8-L V1216 B6-L V1280 B8 V1106 C4 V1203 D8-L V 1226B 4 V1281 B9 V 1107C 4 V 1204C 8-L V1241 C9 V1283 B9 V1108 B5-L V1206 C8-L V1242 D9...
Page 376 UNIT DESCRIPTIONS 5. 6 - 9 5.6.5 Circuit diagrams VOLTAGE SWITCH CONVERTER dv/dt STABILIZER CONTROLLER SWITCH LIMITER L1001 | 100V—375V I taopH Diagram 1 - Converter circuit...
Page 377 UNIT DESCRIPTIONS 5.6.5 Circuit diagrams LI 001 fKfcjH...
Page 378 5 . 6 - 9 VOLTAGE SWITCH CONVERTER d v/dt STABILIZER CONTROLLER SWITCH LIMITER L1001 | 1Q O V — 37SV I tacipH Diagram 1 - Converter circuit...
Page 379 5. 6-10...
Page 380 UNIT DESCRIPTIONS X1006 TO TUBE REAR PANEL A2-2 CONNEC8A10 X1001 I-------------1 X1002 AUXILIARY DRIVERS EHT converter and auxiliary circuits...
Page 381 | EHT CONVERT...
Page 382 5. 6-10 UNIT DESCRIPTIONS X10O6 TO TUBE REAR MMEL A 2 * | EHT CONVERTER | CONNEC8A10 L1101 X1001 I-------------1 R1118 51 El Ct 1121 100p R1119 • l 51E1 citoe r u m C1109 2K37 R1112 464E , C l 107 V1103 V1104 1 100n...
Page 383 UNIT DESCRIPTIONS | OUTPUT CIRCUIT V1271 BYV29 T1001 T1001 T1001 T1001 T1001...
Page 384 5.6-11 ♦12V | 10V REFERENCE | ♦ 18V REFNfi TYPE ♦14RJ •12V ♦ 12V N1251________ LM368_______________ N1236 LM339 +10VREF STB294 970428 Diagram 3 - Output circuit and protection circuits...
Page 385 UNIT DESCRIPTIONS | OUTPUT CIRCUIT V1271 BYV20 T1001 T1001 T1001 T1001 T1001 T1001 TI001 T1001...
Page 386 5.6-11 + 12V | 10V REFERENCE | ♦ 18V REF. NR TYPE ♦14R) ♦ 12V N12S1________ LM368 ______ N1236 LM330 ST8294 970428 Diagram 3 - Output circuit and protection circuits...
Page 387: Parts List
UNIT DESCRIPTIONS 5.6-13 Item Description Ordering code 5.6.6 Parts list CAPACITORS C 1001 CAP. FOIL 250V 20% 220nF 5322 121 44372 C 1002 CAP.FOIL -20+20% 1nF 5322 121 43656 C 1003 CAP.CHIP 63 V 10% 100nF 4822 122 33496 C 1004 CAP.CHIP 63V 10% 100nF 4822 122 33496...
Page 388 5.6 - 14 UNIT DESCRIPTIONS Item Description Ordering code C 1208 CAP.ELECTROLYT. 25V 20% 2200pF 5322 124 42229 C 1209 CAP. 25V -20+20% 1OOOpF 5322 124 23276 C 1211 CAP. 25V -20+20% 1000pF 5322 124 23276 C 1212 CAP. FOIL 25V 20% 470(iF 5322 121 43885 C 1213...
Page 389 UNIT DESCRIPTIONS 5.6-15 Item Description Ordering code COILS 1001 COIL ECH30 180UH TDK 5322 157 63378 1004 COIL 5.6UH 4822 157 52259 1006 COIL RM6-S 5322 157 70858 1101 COIL 82UH 4822 158 10563 1131 COIL 0.015H TDK 5322 157 63383 1146 COIL 0.015H TDK...
Page 390 5.6-16 UNIT DESCRIPTIONS Item Description Ordering code R 1049 RES.CHIP RC-02H 1% 100E 4822 051 51001 R 1051 RES.CHIP RC-02H 1% 6K19 4822 051 56192 R 1052 RES.CHIP RC-02H 1% 7K5 4822 051 57502 R 1054 RES.CHIP RC-02H 1% 100E 4822 051 51001 R 1056 RES.CHIP...
Page 391 UNIT DESCRIPTIONS 5.6-17 Item Description Ordering code R 1234 RES.CHIP RC-02H 1 % 4K22 4822 051 54222 R 1235 RES.CHIP RC-02H 1% 1K 4822 051 51002 R 1236 RES.CHIP RC-02H 1% 215E 4822 051 52151 R 1238 RES.CHIP RC-02H 1% 5K11 4822 051 55112 R 1239 RES.CHIP...
Page 392 5.6-18 UNIT DESCRIPTIONS Item Description Ordering code V 1046 DIODE,CHIP BZX84-C5V1 PEL 5322 130 32835 V 1100 DIODE BZX84-C11 4822 130 81338 V 1105 DIODE BZX84-C11 4822 130 81338 V 1101 TRANSISTOR,CHIP BC848C PEL 5322 130 42136 V 1102 TRANSISTOR,CHIP BC858C PEL 4822 130 42513 V 1103...
Page 393 UNIT DESCRIPTIONS 5.6-19 Item Description Ordering code CONNECTORS X 1001 CONNECTOR 3-P SNG RT.ANG 5322 265 30433 X 1002 CONNECTOR 64-P PIN 2.54MM 5322 290 61087 X 1003 CONNECTOR 5-P SNG STRGHT 5322 265 30436 X 1004 CONNECTOR 2-P SNG RT.ANG 5322 265 20525 X 1006 CONNECTOR...
Page 394 UNIT DESCRIPTIONS 5.7-1 RESERVED FOR FUTURE EXTENSIONS...
Page 395 UNIT DESCRIPTIONS 5.8-1 RESERVED FOR FUTURE EXTENSIONS...
Page 396 UNIT DESCRIPTIONS 5.9-1 RESERVED FOR FUTURE EXTENSIONS...
Page 397 UNIT DESCRIPTIONS 5.10 CONNECTOR BOARD A10 5.10.1 Unit lay-out...
Page 398 5.10-1 f= U d = j 49 50 -------G= = 3 -------- A B C ST8295 970420 Lay-out 8 - lay-out of connector board A10...
Page 399 UNIT DESCRIPTIONS 5.10 CONNECTOR BOARD A10 5.10.1 Unit lay-out...
Page 400 5.10-1 c= J ] 49 50 - - - - - - - G = --------- A B C ST8295 970420 Lay-out 8 - lay-out of connector board A10...
Page 401 5.10.2 Circuit Diagrams X 1 0 0 3 °X" " V XCAL ' 2 V » -f 12V » °x C28 _ r *X" PROBE4 PROBE1 P908E2 PR06E3 * ■ " V s X ~ WTRDO YTXTO ZTXTO " V m e n "...
Page 402 UNIT DESCRIPTIONS 5.10-2 ------------------- — ------1 — X 1 0 0 3 X 1 0 0 8 X 1 0 0 8 X 1 0 0 3 ° B31 _ £ YCAL A31 i +5VD " V " V " V CA L X "...
Page 403 5.10.2 Circuit Diagrams X 1 0 0 3 X 1 0 0 3 " V ° X ° x ~ XCAL " V “ V ° X " " S " V " PROBE4 PROBE1 PA06E3 P906E2 “ Vi s X ~ WTROO YTXT1 ZTXTO...
Page 404 UNIT DESCRIPTIONS 5.10-2 A8 -----------------1 A3 — X 1 00 8 X 1 0 0 8 X 1 0 0 3 ° r ° r XCAL __ YCAL +5VD BO O "V POWER-WT FOCUS-QA PROBE1 PROBE2 REF ^ XTXTO ° x INTRDO XTXT1 "...
Page 405 UNIT DESCRIPTIONS X1009 X1009 + 5 V D + 5 V D + 5 V D + 5 V D D J 7 -5 V D -5V D / • -5 V D -5V A -5 V A -5 V A + 5 V A + 5 V A -1 8 V...
Page 406 5.10-3 X1004 X1004 “ I U F O R E S +12V U F O W R -L T C P D A V -H T ► + S V D ^ U F O R D - L T U F O D A V -L T C P A D 0 7 C P A D 0 6...
Page 407 UNIT DESCRIPTIONS X1009 X1009 + 5 V D + 5 V D + 5 V D + 5 V D -5 V D -5V D -5V D -5V A -5V A -5V A + 5 V A + 5 V A - 1 8 V - 1 2 V -1 2 V...
Page 408 5.10- 3 X1004 X1004 X1009 U F O R E S < U F O W R -L T < C P D A V -H T < < U F O R D - L T < U F O D A V -L T <...
Page 409 5.10-4 UNIT DESCRIPTIONS Item Description Ordering code 5.10.3 Parts list CONNECTORS X 1001 50-P DBL STRGHT 5322 265 61242 X 1002 50-P DBL STRGHT 5322 265 61242 X 1003 96-P 2.54MM 5322 267 51108 X 1004 P 1.25MMSTR 5322 267 60311 X 1006 64-P 2.54MM 5322 267 70308...
Page 410 UNIT DESCRIPTIONS 5.11 - 1 5.11 FACTORY INSTALLED OPTIONS 5.11.1 IEEE-OPTION This option enables the oscilloscope to be controlled by an lEEE-system using the SCPI protocol (SCPI = Standard Commands for Programmable Instruments). The IEEE connector is located at the rear panel of the oscilloscope.
Page 411 5.11 -2 UNIT DESCRIPTIONS Item Description Service ord code R 1001 12k1/ 1% 4822 051 51213 R 1002 1k1/ 1% 4822 051 51102 R 1003 1 k/1 % 4822 051 51002 R 1004 51E1/1 % 5322 111 91893 R 1006 5k11/1% 4822 051 55112 R 1007...
Page 412 UNIT DESCRIPTIONS 5.11-3 Fig. 1. Location of options Y-out and external trigger...
Page 413 UNIT DESCRIPTIONS...
Page 414 5.11- 3 Fig. 1. Location of options Y-out and external trigger...
Page 415 5. 11-4 UNIT DESCRIPTIONS Fig. 2. Printed circuit board lay-out of Y-out unit...
Page 416 UNIT DESCRIPTIONS 5.11 - +12V + 12V + 12V + 12V + 12V +12V +12V + 12V + 12V R1001 YOR-HX X1003 11 2 K 1 r + 12V X1009 ST8300 970428 X1010 Fig. 3. Circuit diagram of Y-out unit...
Page 417 UNIT DESCRIPTIONS + 12V +12V +12V +12V R1001 YOP-HX I 1 2 K 1 X1003 X 1009 X1010...
Page 418 5.11 -5 + 12V + 12V +12V +12V +12V +12V + 12V R1001 YOR-HX + 12V 1 12K1 1 SDA ST8300 970428 Fig. 3. Circuit diagram of Y-out unit...
Page 419 UNIT DESCRIPTIONS 5.11-7 Introduction toexternal trigger option The External Trigger Input option provides an extra input at the rear of the oscilloscope. This input can be used as the trigger source for the Main Time Base (MTB). The option is factory-installable only. The external trigger requires a small printed circuit board, a rear panel BNC socket and a coaxial interconnection cable.
Page 420 5.11-8 UNIT DESCRIPTIONS CHARACTERISTICS SPECIFICATION ADDITIONAL INFORMATION INPUT VOLTAGE LIMITS See note 1 (d.c. + a.c. peak) ±400 V See note 2 Note 1: Apparatus should be properly grounded through the protective ground conductor of the power cord. Note 2: Up to 10 kHz;...
Page 421 UNIT DESCRIPTIONS 5.11 -9 Item Description Service ord code D 2031 HEF4053BT 5322 209 14481 R 1001 5322 116 53588 750k/0.25% R 2001 511 k/1 % 4822 051 55114 R 2002 511 k/1 % 4822 051 55114 R 2013 10M/5% 4822 051 10106 R 2014 10M/5%...
Page 422 5.11 -10 UNIT DESCRIPTIONS 01002 MTREXTSW-HD CNT4MT-HT Fig. 4. Printed circuit board lay-out of external trigger unit...
Page 423 UNIT DESCRIPTIONS C10Q2 | DC LIMITER*] C 20 03 + 1.SEXT lOOn V2002 BAS26 + /-1.8 V X2001 SOmV/dh EXTSKa V2002 C 2004 BAS28 100n C201 T !0 n -1.5EXT V2012 BAS28 | AC LIMITER*"] | SUPPLY VOLTAGES | X2011 + 1 2 V R2Q81 I 4E 7...
Page 424 5.11-11 AMPLIFIER AND LEVEL SHIFT C2Q23 X2018 REF NO +5EXT TYPE + 12EXT -9EXT -12EXT N2021 LF357 D2031 HEF*053 Fig. 5. Circuit diagram of external trigger unit...
Page 425 UNIT DESCRIPTIONS C1002 DC LIMITER "| | SUPPLY VOLTAGES"| X2011 R2061 + 12V f~ 4 E 7 ~ C2061 C 2062 S 47" " !0 0 n X2012...
Page 426 5.11-11 | AMPLIFIER AND LEVEL SHIFT | C2Q23 | AC LIMITER REF NO TYPE + 12EXT +SEXT -9EXT -12EXT N2021 LF357 D2031 HEF4053 Fig. 5. Circuit diagram of external trigger unit...
Page 427: General Information
PERFORMANCE TEST 6 -1 PERFORMANCE TEST GENERAL INFORMATION WARNING: Before turning on the instrument, ensure that it has been installed in accordance with the Installation Instructions, outlined in Section 2 of the Operation Guide. This procedure is intended to: Check the instrument’s specification. Be used for incoming inspection to determine the acceptability of newly purchased instruments and/or recently recalibrated instruments.
Page 428: Recommended Test Equipment
Note: The digital multimeter and oscilloscope are not required for this test. Note: The FLUKE 5500A Multiproduct Calibrator is always used in SCOPE mode. The output signal must be taken from the BNC output ’Scope’. Type of instrument Required specification...
Page 429: Test Procedure
PERFORMANCE TEST 6 - 3 TEST PROCEDURE 6.3.1 Preliminary settings Test equipment: None Settings/procedure and requirements: If not present install 2 penlight (LR6) back up batteries in the holder at the rear panel of the oscilloscope. Turn on the oscilloscope under test. Press the STATUS and TEXT OFF keys simultaneously.
Page 430 Probe Adjust signal is distortion-free and has equal intensity. 6.3.3 Auto set This test checks the correct working of the AUTOSET function. Test equipment: Fluke 5500A mode: levsine (Alternative: constant amplitude sine wave generator SG 503) Test set-up: 5500A OSCILLOSCOPE UNDER TEST 5QQ CABLE Settings/procedure: Apply a 10 MHz sine wave signal of 600 mV (pp into 50£2) to input CH1;.
Page 431 PERFORMANCE TEST 6 - 5 Test set up: 5500A OSCILLOSCOPE UNDER TEST 500 CABLE Settings/procedure: Press the CAL key for a few seconds to start the autocal procedure. This takes approximately one minute. When ready, the oscilloscope is fine tuned to optimal accuracy. Apply a 50 Hz sine wave signal of 8 V(pp) to input CH1;...
Page 432 Verify that the deviation from the ideal straight line does not exceed 0.03 divisions in the center of screen and 0.1 divisions elsewhere. Test equipment: Fluke 5500A mode: wavegen, wave sine (Alternative: function generator PM5136) Test set-up: 5500A OSCILLOSCOPE UNDER TEST...
Page 433 Vertical deflection; deflection coefficients The vertical deflection coefficients of channels CH1, CH2, CH3, and CH4 are checked by means of a calibrated signal. Test equipment: Fluke 5500A mode: volt (Alternative: square-wave calibration generator PG 506) Test set up: 5500A OSCILLOSCOPE UNDER TEST...
Page 434 DC coupled mode. Repeat the settings and procedure for CH2, CH3, and CH4. In the PM3092 and PM3082, the test of the GND function is skipped for CH3 and CH4.
Page 435 Set CH1 to 0.1 V/div. Adjust the input signal to an amplitude of exactly 6 divisions. Slowly increase the frequency to 200 MHz (PM3092, PM3094) or 100 MHz (PM3082, PM3084) and verify that the displayed amplitude does not drop below 4.2 divisions.
Page 436 The oscilloscope must be capable of displaying signal amplitudes that are larger than the screen. In practice, a low frequency signal with an amplitude equivalent to 24 divisions must be displayed with no distortion. Test equipment: Fluke 5500A mode: levsine (Alternative: constant amplitude sine wave generator SG 503) Test set up: OSCILLOSCOPE UNDER TEST 5500A...
Page 437 PERFORMANCE TEST 6- 11 Settings/procedure: Apply a 50 MHz (PM3092/94) or 25 MHz (PM3082/84) sine wave signal of 2.4 V(pp into 50Q) to input CH1 and press the AUTOSET key. Use a 50Q termination. Use the internal termination when avaialble.
Page 438 OSCILLOSCOPE UNDER TEST 50£i CABLE Settings/procedure: Apply a 200 MHz (PM3092, PM3094) or 100 MHz (PM3082, PM3084) sine-wave signal of 0.8V (pp into 500) to input CH1. Press the AUTOSET key. Use a 50Q termination. Use the internal termination when available.
Page 439 The common mode rejection ratio (CMRR) is a measure of susceptibility to common mode signals. This susceptibility is verified in this test. Test equipment: Fluke 5500A mode: levsine (Alternative: constant amplitude sine wave generator SG 503) Power splitter Test set up:...
Page 440 The linearity of the vertical amplifier is checked by moving a signal with a fixed amplitude vertically over the entire screen area. Test equipment Fluke 5500A mode: wavegen, wave square (Alternative: function generator PM5136) Test set up: 5500A OSCILLOSCOPE UNDER TEST...
Page 441 This delay is verified in the following test. Test equipment Fluke 5500A mode: edge (Alternative: square-wave calibration generator PG 506) Test set-up: 5500A OSCILLOSCOPE UNDER TEST...
Page 442 CH1; the CH4 settings are equal to CH2. For the PM3092 and PM3082 the following steps are required to check CH3 and CH4: Press the ON keys of CH3 and CH2; CH3 is now on and CH2 is off.
Page 443 Verify that the delay difference between the two displayed signals is less than 0.25 ns. This equals 0.13 divisions in PM3092 and PM3094 or 0.05 divisions in PM3082 and PM3084. Repeat the above settings and procedure for CH3 and CH4.
Page 444 3 - Use 500 terminations. 4 - Set CH1 and CH3 to 0.1 V/div and input coupling to DC. 5 - Press 10x MAGN key and set MTB to 2 ns (PM3092) or to 5ns (PM3082). Press menukey TRIGGER MTB.
Page 445 MAIN TB display can be shifted so that they do not cover each other. 6.3.23 Horizontal deflection; X deflection The correct working of the X Y mode (X-DEFL ’on’) is tested. test equipment: Fluke 5500A mode: wavegen, wave sine (Alternative: function generator, PM5136) test set-up: 5500A OSCILLOSCOPE UNDER TEST...
Page 446 6.3.24 Horizontal deflection; main time-base deflection coefficients The deflection coefficients of the main timebase generator (MTB) are verified by means of a calibration signal. test equipment: Fluke 5500A mode: marker (Alternative: time marker generator TG 501) test set-up: 5500A OSCILLOSCOPE UNDER TEST...
Page 447 The horizontal MTB deflection coefficients can be varied in steps such as done in 6.3.24. A range of much finer steps can also be selected. Here, the accuracy of this range is checked. test equipment: Fluke 5500A mode: marker (Alternative: time marker generator TG 501) test set-up. 5500A...
Page 448 6.3.27 Horizontal deflection; delayed time-base deflection coefficients The deflection coefficients of the delayed timebase generator (DTB) are verified by means of a calibration signal. test equipment: Fluke 5500A mode: (Alternative: time marker generator TG 501) test set-up: 5500A OSCILLOSCOPE UNDER TEST...
Page 449 PERFORMANCE TEST 6 - 2 3 settings/procedure: Apply a 0.5 ms time marker signal to input CH1. Press the AUTOSET key. Use a 500 termination. For instruments with switchable 500 input impedance it is recommended to make use of this feature. Put CH1 in 0.2V/div. Select in the TRIGGER MTB menu level-pp ’off and ’dc’...
Page 450: Horizontal Deflection; Delayed Timebase Jitte R
There is a certain instability in the starting point, the so called jitter, of the DTB. The maximum allowed jitter is checked in this test. test equipment: Fluke 5500A mode: levsine (Alternative: function generator PM5136) test set-up: 5500A OSCILLOSCOPE UNDER TEST...
Page 451 Verify that the jitter of the DTB is not more than 0.4 divisions. (1 part per 25000) 6.3.30 Horizontal deflection; X deflection coefficient via CH1 The amplification of the horizontal amplifier via the vertical input amplifier is checked. test equipment: Fluke 5500A mode: volt (Alternative: square-wave calibration generator PG 506) test set-up: 5500A OSCILLOSCOPE UNDER TEST...
Page 452: Horizontal Deflection; X Deflection Coefficient Via 'Line'
Verify that a horizontal line of 4.3 to 7.7 divisions is displayed when the line voltage is 220 V (rms). 6.3.32 Horizontal deflection; high frequency response In this test, the bandwidth of the horizontal amplifier is checked. test equipment: Fluke 5500A mode: levsine (Alternative: constant amplitude sine wave generator SG 503). test set-up: 5500A OSCILLOSCOPE UNDER TEST...
Page 453: Maximum Phase Shift Between Horizontal And Vertical Deflection
6.3.33 Maximum phase shift between horizontal and vertical deflection There will be a certain phase shift between the horizontal and vertical amplifier. The value of this shift is measured here. test equipment: Fluke 5500A mode: wavegen, wave sine (Alternative: function generator, PM5136) test set-up: 5500A OSCILLOSCOPE UNDER TEST...
Page 454 The trigger sensitivity depends on the amplitude and frequency of the trigger signal. In this test the main timebase trigger sensitivity via the CH1, CH2, CH3 and CH4 inputs is checked. test equipment: Fluke 5500A mode: levsine (Alternative: constant amplitude sine wave generators (SG 503 + SG 504) test set-up:...
Page 455 PERFORMANCE TEST 6 - 2 9 6.3.35 MTB triggering PM3082/3084; trigger sensitivity via CH1, CH2, CH3 and CH4 The trigger sensitivity depends on the amplitude and frequency of the trigger signal. In this test the main timebase trigger sensitivity via the CH1, CH2, CH3 and CH4 inputs is checked.
Page 456 6 - 3 0 PERFORMANCE TEST 6.3.36 MTB/DTB triggering; trigger sensitivity TVL-TVF This test chocks the trigger sensitivity for television line- and field synchronization pulses. test equipment: TV pattern generator with video output (PM5418) test set-up: PM5418 OSCILLOSCOPE UNDER TEST 750 CABLE settings/procedure: Apply a video signal to input CH1 with an amplitude of about 1V synchronization pulse...
Page 457: Dtb Triggering Pm3092/3094; Trigger Sensitivity Via Ch1, Ch2, Ch3 And Ch4
The trigger sensitivity depends on the amplitude and frequency of the trigger signal. In this test the main timebase trigger sensitivity via the CH1, CH2, CH3 and CH4 inputs is checked. test equipment: Fluke 5500A mode: levsine (Alternative: constant amplitude sine wave generators (SG 503 + SG 504) test set-up:...
Page 458: Dtb Triggering Pm3082/3084; Trigger Sensitivity Via Ch1, Ch2, Ch3 And Ch4
6 - 3 2 PERFORMANCE TEST 6.3.38 DTB triggering PM3082/3084; trigger sensitivity via CH1, CH2, CH3 and CH4 The trigger sensitivity depends on the amplitude and frequency of the trigger signal. In this test the main timebase trigger sensitivity via the CH1, CH2, CH3 and CH4 inputs is checked.
Page 459: Z-Mod Sensitivity.............................................t- ■
PERFORMANCE TEST 6 - 3 3 6.3.39 Z-MOD sensitivity This test checks the sensitivity of the Z modulation facility. test equipment: Fluke 5500A mode: wavegen, wave square (Alternative: function generator PM5136) T-piece test set-up: 5500A OSCILLOSCOPE UNDER TEST settings/procedure and requirements: Apply a 1 kHz square-wave signal, duty cycle 50%, amplitude between 0 to +2.5V, to input...
Page 460: Probe Adjust Signal; Frequency And Output Voltage
6 - 3 4 PERFORMANCE TEST 6.3.40 Probe Adjust signal; frequency and output voltage The Probe Adjust (CAL) signal is a calibration signal with fixed frequency and voltage. In this test, the values of frequency and voltage are checked. test equipment: None test set-up: OSCILLOSCOPE UNDER TEST...
Page 461: Calibration Adjustment Procedure
CALIBRATION ADJUSTMENT PROCEDURE 7 -1 CALIBRATION ADJUSTMENT PROCEDURE INTRODUCTION The calibration adjustment procedure can be split up in two: Manual adjustment Automatic calibration (AUTOCAL). All calibration is done with the oscilloscope’s cabinet closed. This eliminates calibration inaccuracies due to temperature changes. Manual calibration data are protected by a keyword and a seal and must be changed by qualified personnel only.
Page 462: Horizontal (X) Gain And Offset
7 - 2 CALIBRATION ADJUSTMENT PROCEDURE HORIZONTAL (X) GAIN AND OFFSET Press softkey SCREEN CALIBR. Select ’x-gain’ with the softkeys. Adjust the TRACK (gain) and A (offset) rotary so that the two vertical lines coincide exactly with the 3rd and 9th graticule line. ST6293 Figure 7.11 Position of lines for horizontal (X) and vertical (Y) gain and offset calibration TEXT STABILITY AND X-OFFSET...
Page 463: Autocal Procedure
CALIBRATION ADJUSTMENT PROCEDURE 7 - 3 AUTOCAL PROCEDURE Press the CAL key during 2 seconds. Within 2 minutes the instrument automatically does its main calibrations. Watch the CRT and check that no errors are reported. If errors are mentioned, the oscilloscope will need corrective maintenance.
Page 464: Lf Square-Wave Response Ch2
Select ’If ch3’ with the TRACK rotary. Select ’Ifxl 00' with the softkeys: the A sign is displayed behind ’Ifxl 00’. This is not necessary in PM3082/PM3092: for these instruments only the step 'Ifxl 0’ has to be adjusted. Switch CH3 to ON and CH2 off.
Page 465: Hf Square-Wave Response Final Y Amplifier
CALIBRATION ADJUSTMENT PROCEDURE 7 - 5 7.13 HF SQUARE-WAVE RESPONSE FINAL Y AMPLIFIER Select ’hf y’ with the TRACK rotary. Apply a 1V/1 MHz square-wave signal with a rise-time faster than 1 nsec to CH1. This signal is delivered in the ’edge’ mode of the calibrator. As alternative you may use the fast-rise output of the square-wave calibration generator.
Page 466: Saving The Calibration Data
7 - 6 CALIBRATION ADJUSTMENT PROCEDURE Increase the frequency of the sinewave up to 100 MHz (for 100 MHz instruments) or 200 MHz (for 200 MHz instruments) and check that the amplitude on the screen does not become smaller then 4,2 div.
Page 467: Corrective Maintenance Procedures
CORRECTIVE MAINTENANCE PROCEDURES 8 -1 CORRECTIVE MAINTENANCE PROCEDURES DISMANTLING THE INSTRUMENT 8.1.1 General information This section contains the dismantling procedures required for the removal and testing of components during repair. All circuit boards removed from the instrument must be adequately protected against damage, and all normal precautions regarding the use of tools must be observed.
Page 468: Standard Parts
8.2.1 Standard parts Electrical and mechanical replacement parts can be obtained through your local FLUKE organization or representative. However, many of the standard electronic components can be obtained from other local suppliers. Before purchasing or ordering replacement parts, check the parts list for value, tolerance, rating and description.
Page 469: Soldering Techniques
CORRECTIVE MAINTENANCE PROCEDURES 8 - 3 SOLDERING TECHNIQUES 8.4.1 General soldering techniques Working method: Carefully unsolder the soldering tags of a semi-conductor one after the other. Remove all superfluous soldering material. Use desolder braided wire; ordering code: 4822 321 40042. Check that the leads of the replacement part are clean and pre-tinned on the soldering places.
Page 470: Removing The Units, Mechanical Parts And Crt
8 - 4 CORRECTIVE MAINTENANCE PROCEDURES REMOVING THE UNITS, MECHANICAL PARTS AND CRT NOTE: For installation, reverse the sequence. 8.5.1 Removing the rotary knobs Rotary knobs can be removed by simply pulling them off. The knobs have an integrated shaft and fixing device.
Page 471: Removal Of The Power Supply Unit A 6
CORRECTIVE MAINTENANCE PROCEDURES 8 - 5 Removal of CRT controls unit A5: Remove the rotary knobs. Pull the two self-locking white plastic clamps. Take the unit out of the front frame. 8.5.4 Removal of the Power supply unit A6 WARNING: On the power supply unit there are many parts that carry dangerous high voltages.
Page 472: Removal Of Final Xyz Amplifier Unit A 2
8 - 6 CORRECTIVE MAINTENANCE PROCEDURES 8.5.6 Removal of Final XYZ amplifier unit A2 ATTENTION: On the XYZ unit there are parts that carry high voltages. If working on the unit under live condition cannot be avoided, it must be done by a qualified technician who is aware of the dangers involved.
Page 473: Removal Of Unit At Socket Of C R T
CORRECTIVE MAINTENANCE PROCEDURES 8 - 7 8.5.7 Removal of unit at socket of CRT WARNING: On this unit there are parts that carry dangerous high voltages (-2.2 kV). Some of these voltages remain some time after disconnecting the instrument from the mains.
Page 474: Removal Of Cathode Ray Tube (Crt)
8 - 8 CORRECTIVE MAINTENANCE PROCEDURES 8.5.9 Removal of Cathode Ray Tube (CRT) IMPORTANT: Handle the CRT and its side connections carefully. Rough handling or scratching can cause the CRT to implode. When installing the CRT, first remove its protective cover. Then take care that its screen is pressed tight to the front side of the chassis.
Page 475: Troubleshooting The Power Supply
CORRECTIVE MAINTENANCE PROCEDURES 8 - 9 TROUBLESHOOTING THE POWER SUPPLY WARNING: On the power supply there are many parts that carry dangerous high voltages. Some of these voltages remain some time after disconnecting the unit from the mains. Therefore, it is recommended to wait at least five minutes after having disconnected the unit from the mains, before removing the unit.
Page 476: Special To Ols
The Flash-ROM D1013 as listed in the parts lists is empty. After exchange it must be filled with operating software and calibration data. Also for this the oscilloscope must be sent to the nearest Fluke Service Center. 8.10 RECALIBRATION AFTER REPAIR After any electrical component has been renewed the calibration of its associated circuit should be checked, as well as the calibration of other closely-related circuits.
Page 477: Trouble Shooting To O Ls
CORRECTIVE MAINTENANCE PROCEDURES 8- 11 8.11 TROUBLE SHOOTING TOOLS This family of analog oscilloscopes offers a number of possibilities to trace a fault. The tests 1 ... 4 can be done quickly and easily; however they require that parts of the oscilloscope function correctly. The display part and power supply must be OK.
Page 478: Introduction To Diagnostic Te S Ts
8 - 1 2 CORRECTIVE MAINTENANCE PROCEDURES 8.12.2 Introduction to diagnostic tests The tests are accessible via the softkey menu’s. A good knowledge of the circuitry of the oscilloscope is necessary to take advantage of these tests. Refer to chapter 5 ’Unit descriptions’ for additional information and circuit diagrams.
Page 479 CORRECTIVE MAINTENANCE PROCEDURES 8 - 1 3 C-8US H ff-B U S 12C-BUS STB302 970426 Figure 8.5. Configuration of mmicroprocessor control part...
Page 480 CORRECTIVE MAINTENANCE PROCEDURES /^-MICROPROCESSOR A4-FRONT UNIT A5-CRT CONTROLS 6 ANALOG INPUTS READ ONLY MEMORY / ------------------- ---------------------------------------- N o □ □ □ □ D1001 C EN TR A L P RO C ESS O R RANOOM ACCESS MEMORY ANALOG DAC POT VOLTAGES D1112 0..10V...
Page 481 8 - 1 3 C-8US HB^BUS 12C-BUS A2-FINAL XYZ AMPLIFIER A6-P0WER SUPPLY STB302 970426 Figure 8.5. Configuration of mmicroprocessor control part...
Page 482: Repairtools
AC DC GND CH4 ON CH4 AMPL mV CH4 AMPL V CH4 Note: the table with keys is based upon PM3094. In other oscilloscope versions (PM3082, PM3084, PM3092) some of the keys are not present or have a different function.
Page 483 8 - 1 6 CORRECTIVE MAINTENANCE PROCEDURES 8.12.4.3 Repair tools / I2cbus This test displays the data (SDA) that is send by the microprocessor to a number of addressable devices. Synchronization is achieved via SCL. Each data block sent by the microprocessor is preceeded by an address on which the device can respond.
Page 484 CORRECTIVE MAINTENANCE PROCEDURES 8 - 1 7 The configuration of group 0 and 1 is shown in the table: Group Enable signal Buffers Name of circuit diagram STROBEO-HT D9003 Control circuits D9004 Control circuits STROBE1-HT D9011 MTB trigger D9008 Time base logic D9007 Delayed time base D9012...
Page 485 8 - 1 8 CORRECTIVE MAINTENANCE PROCEDURES 8.12.4.7 Repair tools /D AC Thoughout the oscilloscope there are several digital-to-analog converters (DAC’s) that are controlled by the microprocessor. The ’REPAIR TOOLS’ menu enables to select a certain DAC output (via TRACK) and to determine the output voltage (via A) at this output. After having opened the instrument, the voltage can be measured with a voltmeter or oscilloscope.
Page 486: The Autocal Procedure
CORRECTIVE MAINTENANCE PROCEDURES 8 - 1 9 For D1112 (unit A3) refer to the table below: Y-value Pin number Pin name POS CH1 POS CH2 POS CH3 POS CH4 VAR CH1 VAR CH2 VAR CH3 VAR CH4 X.12 VAR MTB X.11 LEVEL MTB X.10...
Page 487: Fault Location Via Error Codes
8 - 2 0 CORRECTIVE MAINTENANCE PROCEDURES The figure shows this. If a calibration step is not completed succesfully, this is indicated at the end of the autocal procedure. This is displayed on the CRT with a message: ’ERROR DURING AUTOCALIBRATION’ Via key sequence UTILITY> MAINTENANCE, you can reach a screen where an error code YXX is displayed in the bottom text line.
Page 488 CORRECTIVE MAINTENANCE PROCEDURES 8-21 The number of the circuit diagram is given for the 200 MHz version. For the 100 MHz version the corresponding circuit diagram should be used. IMPORTANT: The error code lists are a usefull help in faultfinding; in many cases a displayed error code will point to the defective circuit part.
Page 489 8 - 2 2 CORRECTIVE MAINTENANCE PROCEDURES Autocalibration of horizontal gain and offset As input signals are used signals generated by generator circuit (D7004, N7014, N7015) on the DTB circuit diagram (unit A1). The accurate output signals are MCLOOP (MTB) and DCLOOP (DTB). The output signals are measured on the X-deflection plates of the CRT.
Page 490 CORRECTIVE MAINTENANCE PROCEDURES 8 - 2 3 VAR gain jump ATCAL applies 0 V to the attenuator. VAR4 is varied between min and max in various sensitivity positions. The microprocessor adjusts PA40FFSET to minimal trace jump (YCAL). Error Calibration step Input Control signal Output...
Page 491 8 - 2 4 CORRECTIVE MAINTENANCE PROCEDURES Error Calibration step Input Control signal Output code Channel 2: POS midscreen CH2 10mV/div idem, 5mV/div ATCAL POS2 YCAL idem, 5mV/div ' (A1/2/R2008) (A1/8/R2308) (A2/2/R1309) idem, 10mV/div idem, 20mV/div DC loopgain CH2 ATCAL AT2LOOPCOR YCAL LF square-wave...
Page 492 CORRECTIVE MAINTENANCE PROCEDURES 8 - 2 5 Autocalibration of trigger offset The correctness of these adjustments is checked for MTB (DTB) via signal MTBCALTST (DTBCALTST). Trigger offset MTB Adjustment of the signal path between D6541 (final stage), D8004, V8013, V8014, D6011 is done here.
Page 493 8 - 2 6 CORRECTIVE MAINTENANCE PROCEDURES Autocal of normal/invert position and gain adjustment Normal invert position ATCAL applies 0 V (GND) to the CH4 attenuator. YCAL is adjusted to mid screen via POS4 in normal and in inverted mode. Then CH3 (normal mode only), CH2 and CH1 (normal mode only) are adjusted. •...
Page 494 CORRECTIVE MAINTENANCE PROCEDURES 8 - 2 7 Error Calibration step Input Control signal Output code Channel 2 Offset normal 1 ATCAL ' ’ ' POS2 YCAL Offset invert I " (A1/2/R2008) (A1/8/R2308) (A2/2/R1309) Gain position >- Gain x1, 2mV/div Gain /2.5, 2mV/div Gain x1, 5mV/div "t ;...
Page 495 8 - 2 8 CORRECTIVE MAINTENANCE PROCEDURES Autocal of trigger gain MTB/DTB Via ATCAL a signal giving vertical deflection is applied. Coupling is dc and LEVMTB is varied such that the upper and lower level of the trigger gap are passed. The gain is adjusted via MTRSEN.
Page 496: Safety Inspection And Tests After Repair And Maintenance In The Primary Circuit
SAFETY INSPECTION AND TESTS 9- 1 SAFETY INSPECTION AND TESTS AFTER REPAIR AND MAINTENANCE IN THE PRIMARY CIRCUIT GENERAL DIRECTIONS Take care that the creepage distances and clearances have not been reduced. Before soldering, bend the wires through the holes of the solder leads, or wrap the wires around the leads in the form of an open U, or, maintain wiring ridigity by cable clamps or cable lacing.

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Fluke PM3082 Service Manual

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8 Corrective Maintenance Procedures

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