Page 1 LeCroy Color Digital Oscilloscopes WaveRunner 6000 Series Service Manual Version B- August 2004 WAVERUNNER-SM-E ECO B...
Page 2 © 2003 by LeCroy Corporation. All rights reserved. LeCroy, ActiveDSO, ProBus, SMART Trigger, WavePro, and Waverunner are registered trademarks of LeCroy Corporation. JitterTrack, WaveMaster, and X-Stream are trademarks of LeCroy Corporation. Information in this publication supersedes all earlier versions. Specifications subject to change without notice.
Page 3: Table Of Contents
Read this first Warranty Warranty and Product Support Product Assistance Maintenance Agreements Staying Up to Date Service and Repair How to return a Product What Comes with Your Scope General Information Product Assistance Installation for Safe and Efficient Operation Operating Environment Safety Symbols Power Requirements Cleaning and Maintenance...
Page 4 Theory of Operation System Block Diagram Computer 4.2.1 Operating System 4.2.2 Memory 4.2.3 Interfaces 4.2.4 Storage Devices 4.2.5 CMOS Settings PCI Card USB Hub Display and Touch Screen 4.5.1 Color LCD Module 4.5.2 Inverter 4.5.3 Touch Screen Acquisition System 4.6.1 Main Card 4.6.1.1 JTAG Chains...
Page 5 4.6.3.1 Input Coupling 4-13 4.6.3.2 50Ω Path 4-13 4.6.3.3 1MΩ Path 4-14 4.6.3.4 HFE653 4-14 4.6.3.5 Amplifier Signal Path 4-15 4.6.3.5.1 Power Off State 4-15 4.6.3.5.2 50Ω /1 Path 4-16 4.6.3.5.3 50Ω /10 Path 4-16 4.6.3.5.4 1MΩ /1 Path DC Coupled 4-17 4.6.3.5.5 1MΩ...
Page 6 Performance Verification Introduction 5.1.1 List of Tested Characteristics 5.1.2 Calibration Cycle Test Equipment Required 5.2.1 Test Records Turn On Input Impedance 5.4.1 Channel Input Impedance 5.4.2 External Trigger Input Impedance Leakage Current 5.5.1 Channel Leakage Current 5.5.2 External Trigger Leakage Current 5-10 Peak-Peak Noise Level 5-12...
Page 7 Maintenance Maintenance Introduction 6.1.1 Safety Precautions 6.1.2 Anti-static Precautions Disassembly and Assembly Procedure 6.2.1 Disassembly Procedure Removal of the Upper Cover Assembly Opening of the Front Bezel Removal of the Acquisition System Assembly Removal of the PCI Board Removal of the AGP-DVO Interface Board Removal of the Processor Board Removal of the Hard Disk Drive Removal of the CD ROM Drive...
Page 8 6.6.3.2 Automatic Calibrations 6-29 Calibration Procedures 6-30 6.7.1 System Power Supply Calibration Procedure 6-30 6.7.2 Touch Screen Calibration Procedure 6-34 Troubleshooting and Flow Charts 6-37 6.8.1 Introduction 6-37 6.8.2 Repair Level 6-37 6.8.3 Initial Troubleshooting 6-38 6.8.4 Power Supply Problem 6-40 6.8.5 No Display (Internal or External) 6-43...
Page 9 Replaceable Parts 900888-00: WR6020 2 GHz, 5GS/s 4 Ch Acq Board 900890-00: PCI Interface 900894-00: Processor Assy 900896-00: 4 Channel Encoder Board 901949-00: AGP/DVO Interface 901593-00: 4 channel front frame 901594-00: 2 channel front frame 901697-00: CD R/W Assy 901740-00: 2 Channel Encoder Board 7.10 901754-00:...
Page 10 Mechanical Parts Figure 8-1: WaveRunner Top Cover Removal Figure 8-2 Cable Interconnections Figure 8-3 Cable Interconnections Figure 8-4 Bezel Open & Acquisition Board Installation Figure 8-5 Front Frame Installation Figure 8-6 Power Supply Installation Figure 8-7 Processor Assembly Installation Figure 8-8 Processor Tray Assembly Figure 8-9 CD ROM Drive Assembly Installation Figure 8-10 CD ROM Assembly 8-10...
Page 11: Read This First
LeCroy authorized service center. However, this will be done only if the product is determined after examination by LeCroy to be defective due to workmanship or materials, and not to have been caused by misuse, neglect or accident, or by abnormal conditions or operation.
Page 12: Staying Up To Date
How to return a Product Contact the nearest LeCroy Service Center or office to find out where to return the product. All returned products should be identified by model and serial number. You should describe the defect or failure, and provide your name and contact number.
Page 13: General Information
General Information Product Assistance Help on installation, calibration, and the use of LeCroy equipment is available from your local LeCroy office, or from LeCroy’s • Customer Care Center, 700 Chestnut Ridge Road, Chestnut Ridge, New York 10977–6499, U.S.A., tel. (845) 578–6020 •...
Page 14 WARNING WARNING manufacturer impair instrument’s safety protection. The oscilloscope has not been designed to make direct measurements on the human body. Users who connect a LeCroy oscilloscope directly to a person do so at their own risk. 2-2 General Information...
Page 15: Power Requirements
Cleaning And Maintenance Maintenance and repairs should be carried out exclusively by a LeCroy technician Cleaning should be limited to the exterior of the instrument only, using a damp, soft cloth. Do not use chemicals or abrasive elements. Under no circumstances should moisture be allowed to penetrate the oscilloscope.
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Page 17: Specifications
3. Specifications 3.1 Vertical System WaveRunner WaveRunner WaveRunner WaveRunner WaveRunner 6030(A) 6050(A) 6051(A) 6100(A) 6200(A) Nominal Analog Bandwidth @ 350 MHz 500 MHz 500 MHz 1 GHz 2 GHz 50 Ω (-3 dB) Rise Time (Typical) 1 ns 750 ps 750 ps 400 ps 225 ps...
Page 18: Acquisition System
Acquisition System WaveRunner WaveRunner WaveRunner WaveRunner WaveRunner 6030(A) 6050(A) 6051(A) 6100(A) 6200(A) Single-Shot Sample 2.5 GS/s 5 GS/s 5 GS/s 5 GS/s 5 GS/s Rate/Ch Interleaved Sample Rate 5 GS/s 10 GS/s 10 GS/s (2 Ch) Random Interleaved 200 GS/s Sampling (RIS) Trigger Rate 125,000 waveforms/second...
Page 19: Basic Triggers
WaveRunner WaveRunner WaveRunner WaveRunner WaveRunner 6030(A) 6050(A) 6051(A) 6100(A) 6200(A) Trig Sensitivity 2 div@350 MHz 2 div@500 MHz 2 div@500 MHz 2 div@1 GHz 2 div@2 GHz (Edge Trigger) CH 1-4 + ext 1 div@250 MHz 1 div@350 MHz 1 div@350 MHz 1 div@750 MHz 1 div@1.8 GHz Max Trig Freq...
Page 20: Color Waveform Display
Status connected peripheral device. 3.16 Interface Remote Control Via Windows Automation, or via LeCroy Remote Command Set GPIB Port (Optional) Supports IEEE - 488.2 Ethernet Port 10/100Base-T Ethernet interface (RJ-45 connector) 5 USB ports (one on front of instrument) supports Windows-compatible...
Page 21: Auxiliary Input
3.17 Auxiliary Input Signal Types Selected from External Trigger or External Clock input on front panel Coupling 50 Ω: DC, 1MΩ: AC, DC, GND Maximum Input Voltage 50 Ω: 5Vrms, 1MΩ: 250 Vmax (Peak AC; ≤ 10 Khz + DC) 3.18 Auxiliary Output Signal Types...
Page 22 This page intentionally left blank 3-6 Specifications...
Page 23: Theory Of Operation
Theory of Operation System Block Diagram Touch Screen Front Panel Optional Video Keypad / Graphics Encoder Printer Inverter Power Switch Acquisition System 1 to 4 USB Hub AGP - LVDS Card Intf. PC Motherboard Hard Disk Drive Drive Power Supply Figure 4-1 WaveRunner 6000 Block Diagram Theory of Operation 4-1...
Page 24: Computer
Storage Devices – The system has an internal hard drive of at least 40 GB in size. 5 GB is allocated for LeCroy use, the balance is in a user partition for the saving of panel setups, waveform memory, hard copies, application programs, user data, etc.
Page 25: Pci Card
PCI Card - The PCI card is the interface between the PCI bus on the processor card and the acquisition system. It has the following interfaces: – PCI card acts as a transaction repeater – LVDS link between PCI card and Acquisition system –...
Page 26: Display And Touch Screen
Display and Touch Screen 4.5.1 Color LCD Module – The display module is an NEC TFT (thin film transistor) active matrix color liquid crystal display (LCD) module comprising amorphous silicon TFT attached to each signal electrode, a driving circuit and a backlight. The 22cm diagonal display area contains 800x600 pixels (SVGA) and can display 262144 colors simultaneously.
Page 27: Acquisition System
Acquisition System – Power PCI FPGA Mainboard Analog Mux Micro Controller SRAM & Flash Voltage Monitors C, RS-232 10GHz 8b/10b 8b/10b LVDS LVDS adc data Ch 1 Front-End BW comp BW comp Ch 2 Front-End adc data 8b/10b Front-End Controller FPGA Ext Clk SDRAM Delay...
Page 28: Main Card
4.6.1 Main Card – Receives +12V, -12V, +3.3V, -3.3V, +5V, -5V, and “line sync” from Bulk AC power supply. Other I/O: – BNC Channel and External inputs – Probus – Trigger out/pass fail BNC (rear panel) – USB (pass thru) –...
Page 29: Jtag Chains
4.6.1.1 JTAG Chains Channel 1-2 8 bit IR 3 bit IR 3 bit IR 3 bit IR 18bit DR 21 bit DR 21 bit DR 21 bit DR 5(8) bit IR 18(15-145) bit DR MAM1 MAM2 MAM3 TRST TRST TRST TRST (MTT) TRST...
Page 30: Controller Fpga
4.6.1.3 Controller FPGA Handles Communication to PCI card thru LVDS Link uC Interface GPIO Interface Controller JTAG Interface Controller SPI Interface Controller Time Stamp SDRAM Controller 4.6.1.4 MicroController Handles programming of Xilinx FPGAs on Acquisition Board (to Spartan IIe devices) Provides Scanning ADC for Monitoring: Chip temperatures of ADC, MAMs, FE, HTB •...
Page 31: Timebase & Trigger
4.6.1.5 Timebase & Trigger Comprised of ATC FPGA, HTB645, MST429, SDRAM Trigger Threshold Generates many system clocks (125MHZ, 500MHz from 10GHz) Handles Starting and Stopping of ADCs and Memory Counters for pre and post trigger TDC for waveform trigger position Fanout for External Clock Smart Trigger Sequence Mode (Time stamp stored in SDRAM)
Page 32: Miscellaneous Clocks
4.6.1.5.1.3 TDC – The HTB645 has an internal TDC and the ability to drive an external TDC. The TDC resolution is ≈1.4ps. 4.6.1.5.1.4 Timebase – Provides control of starting and stopping individual acquisition segments. 4.6.1.5.1.5 Miscellaneous clocks – provides 125MHz clock for the NCO and the probe cal generator.
Page 33: Trigger Frequency
from 100ns to about 70s with 2ns resolution (clock reference at 500 MHz) 4.6.1.5.2.8 Trigger Frequency – Main trigger frequency up to 750 MHz, Qualifier frequency up to 500 ADC & Memory - The ADC function is performed by a two dual channel 5 4.6.2 GS/s, 8 Bit ADC hybrids (HAD639) with 24 Megabytes of DRAM.
Page 34: Control
4.6.2.1.4 Control – The operating mode of the ADC is controlled through JTAG, the control of each acquisition, start, stop etc is controlled by the HTB. 4.6.2.2 MAM439 - 8 Megabytes DRAM 4.6.2.2.1 Signal I/O – The MAM439 has two, nine bit differential inputs, each with two differential quadrature clock inputs.
Page 35 4.6.3 Front End – the front ends contain the attenuators, calibration signals and offset generation, and signal conditioning of the input signal. It outputs are differential analog signals used by the ADC’s and trigger circuitry. Var Gain 50 Ohm Offset + 5V 20 db ÷10...
Page 36: Front End
4.6.3.3 1MΩ Path – The Hi-Z path has a switchable 20db attenuator (RL8) which is used at input range settings of ≥ 102 mV/div. There are two adjustable capacitors C4 & C25 in this attenuator circuit, C25 is used to adjust the pulse shape when the 20db attenuator is switched in and C4 is used to adjust the input capacitance of the channel so that it is the same when the 20db attenuator is not switched in.
Page 37: Power Off State
Var Gain DC Loop Out Input from 50 Ohm path Buffer Full BW DC Loop In Differential Input from 1MOhm path Buffer Var gain 200 MHz outputs HF cal input Buffer 20 MHz Overload Digital Interface Figure 4-10: HFE653 Block Diagram 4.6.3.5 Amplifier Signal Path –...
Page 38: Path
4.6.3.5.2 50Ω /1 Path – Var Gain 50 Ohm Offset + 5V 20 db ÷10 3 db To ADC Thermal HFE653 - 5V To trigger Link Overload Thermal To ADC Hi-Z Reference buffer boost Channel Input Q2 & 50 Ohm / Hi-Z HF Cal Signal AC / DC Isolation Relay...
Page 39: 1Mω /1 Path Dc Coupled
4.6.3.5.4 1 MΩ /1 Path DC Coupled – Var Gain 50 Ohm Offset + 5V 20 db ÷10 3 db To ADC Thermal HFE653 Link - 5V To trigger Overload Thermal To ADC Reference Hi-Z buffer boost Channel Input Q2 & 50 Ohm / Hi-Z HF Cal Signal AC / DC...
Page 40: 1Mω /100 Path Dc Coupled
4.6.3.5.6 1 MΩ /100 Path DC Coupled – Var Gain 50 Ohm Offset + 5V 20 db ÷10 3 db To ADC Thermal HFE653 - 5V To trigger Link Overload Thermal To ADC Hi-Z Reference buffer boost Channel Input Q2 & 50 Ohm / Hi-Z HF Cal Signal Isolation Relay...
Page 41: Other Sub Systems
4.6.4 Other Sub Systems 4.6.4.1 Power Supply Filtered and Linear regulated supplies 4.6.4.2 NCO (Numerically Controlled Osc.) Provides calibration signal to FEs for ADC calibration and External clock calibration Output RF CAL CH1 Digital Direct From HTB645 On / Off Synthesizer Synchronous 125 MHz...
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Page 43: Performance Verification
They check all the characteristics listed in subsection 5.1.1. In the absence of the computer automated calibration system based on LeCroy Calibration Software (Calsoft), this manual performance verification procedure can be followed to establish a traceable calibration. It is the calibrating entities’...
Page 44: Test Equipment Required
50Ω, BNC T adapter Table 5-1 : Test Equipment 5.2.1 Test Records The last pages of this document contain WaveRunner 6000 series test records in the format tables. Keep them as masters and use a photocopy for each calibration. Turn On If you are not familiar with operating the WaveRunner 6K series, refer to the operator's manual.
Page 45: Input Impedance
Input Impedance Specifications DC 50Ω ±1.5 % EXT DC 50Ω ±1.5 % DC 1MΩ ±1.25% The impedance values for 50Ω coupling are measured with a high precision digital multimeter. The DMM is connected to the DSO in 4 wire configuration (input and sense), allowing for accurate measurements.
Page 46 Set the DMM with Ohms and Ohms sense to provide a 4 wire measurement. Connect it to Channel 1. Measure the input impedance, reverse the meter leads and measure the input impedance. Average these two numbers and record it in Table 2, and compare it to the limits. Repeat the above test for all input channels.
Page 47 Set the DMM with Ohms and Ohms sense to provide a 4 wire measurement. Connect it to Channel 1. Measure the input impedance, reverse the meter leads and measure the input impedance. Average these two numbers and record it in Table 2, and compare it to the limits. Repeat the above test for all input channels.
Page 48: External Trigger Input Impedance
5.4.2 External Trigger Input Impedance a. DC 50Ω Recall Input Impedance - 50 ohm ext x1.lss or configure the DSO : Select Setup trigger Trigger on DC 50Ω Impedance Connect the DMM to External, and measure the input impedance, reverse the meter leads and measure the input impedance.
Page 49: Leakage Current
Trigger on DC 1MΩ Impedance Connect the DMM to External, and measure the input impedance, reverse the meter leads and measure the input impedance. Average these two numbers and record the input impedance in Table 2, and compare the result to the limit in the test record. Leakage Current Specifications DC 50Ω, EXT DC 50Ω...
Page 50 Set the DMM to measure Volts, and connect it to Channel 1. Measure the voltage and enter it in Table 3. Compare it to the limits. Repeat the test for all input channels. Recall Leakage - 50 ohm x10.lss or set Input gain to 200 mV/div. on all 4 Channels Repeat the test for all input channels.
Page 51 Set the DMM to measure Volts, and connect it to Channel 1. Measure the voltage and enter it in Table 3. Compare it to the limits. Repeat the test for all input channels. Recall Leakage - 1 Mohm x10.lss or set Input gain to 200 mV/div. on all 4 Channels Repeat the test for all input channels.
Page 52: External Trigger Leakage Current
5.5.2 External Trigger Leakage Current a. DC 50Ω Recall Leakage - 50 ohm ext x1.lss or configure the DSO as shown in 5.5.1 and make the following changes: Select Setup trigger Set Trigger on DC 50Ω Impedance Connect the DMM to External. Measure the voltage and enter it in Table 3.
Page 53 b. DC 1MΩ Recall Leakage - 1 Mohm ext x1.lss or configure the DSO as shown in 5.5.1 and make the following changes: Select Setup trigger Set Trigger on DC 1MΩ Impedance Connect the DMM to External. Measure the voltage and enter it in Table 3. Compare it to the limits. Performance Verification 5-11 WR6K Rev.D...
Page 54: Peak-Peak Noise Level
Peak-Peak Noise Level Description Noise tests with open inputs are executed on all channels with 0 mV offset, at a gain setting of 10 mV/div. The scope parameters functions are used to measure the Peak to Peak amplitude of the noise. Specifications 7.5 mV Peak-Peak at 10 mV/div.
Page 55 Press Clear Sweeps. Measure for at least 50 sweeps, and then press Stop to halt the acquisition. Record the four max pk-pk parameter values in Table 4, and compare the test results to the limits in the test record. Repeat the test for Time base : 1 msec/div. Record the measurements (high pk-pk of 1,2,3,4) in Table 4, and compare the results to the limits in the test record.
Page 56: Gs/S Channel Mode (Wr6100 & Wr6200 Only)
5.6.2. 10 GS/s Channel Mode (WR6100 & WR6200 only) a) Channel 1 & Channel 3 Recall Noise 10GS Ch1 & Ch3.lss or configure the DSO as shown in 5.6.1 and make the following changes : DC 50Ω on all 4 Channels Input Coupling 10 mV/div.
Page 57 Check that the Sampling rate is 10 GS/s Press Clear Sweeps. Measure for at least 50 sweeps, then press Stop to halt the acquisition. Record the two max pkpk of Ch1 & Ch3 in Table 4, and compare the test results to the limits in the test record.
Page 58 Check that the Sampling rate is 10 GS/s Press Clear Sweeps. Measure for at least 50 sweeps, then press Stop to halt the acquisition. Record the two max pkpk of Ch2 & Ch4 in Table 4, and compare the test results to the limits in the test record.
Page 59: Dc Accuracy
DC Accuracy Specification ≤ ±2 % of full scale + 2mv, with 0 mV offset. Note: This limit applies to a single point measurement (absolute DC accuracy, as measured by this procedure), for measurements of gain accuracy (difference of two ≤...
Page 60 For the low sensitivities: 2 mV through 20 mV/div., connect the test equipment as shown in Figure 5-1. DC Power Supply Figure 5-1 : DC 50Ω Accuracy Equipment Setup for 2 mV - 20 mV/div For the sensitivities: 50 mV and 100 mV/div, connect the test equipment as shown in Figure 5-2.
Page 61 For each DSO Volts/div, set the output of the external DC voltage reference source as shown in Table 6, column PS output. 1) Connect the DMM and record the voltage reading in Table 5, column DMM. 2) Disconnect the DMM from the BNC T connector. 3) Press Clear Sweeps 4) After 100 sweeps, read off the DSO mean parameter, and record the measurement in Table 5, column Mean.
Page 62: Negative 50Ω Dc Accuracy
5.7.2 Negative 50Ω DC Accuracy Recall DC accuracy - 50 ohm 2mv.lss or configure the DSO as shown in 5.7.1. Connect the test equipment as shown in either Figure 5-1 or 5-2 or 5-3. For each DSO Volts/div, set the output of the external DC voltage reference source as shown in Table 6, column PS output.
Page 63: Positive 1Mω Dc Accuracy
5.7.1 Positive 1MΩ DC Accuracy Procedure Recall DC accuracy - 1 Mohm 2mv.lss or configure the DSO : Recall FROM DEFAULT SETUP Panel Setups Channel 1, Channel 2, Channel 3 & Channel 4 Channels Trace ON 1MΩ Input Coupling on all 4 Channels 0.0 mV on all 4 Channels Input offset from 2mV/div to 2 V/div.
Page 64 DC Power Supply Figure 5-5 : DC 1MΩ Accuracy Equipment Setup for 50 mV and 100 mV/div For the range 200 mV, - 2 V/div no attenuator is required, connect the test equipment as shown in Figure 5-6. DC Power Supply Figure 5-6 : DC 1MΩ...
Page 65: Negative 1Mω Dc Accuracy
For each DC voltage applied to the DSO input, repeat parts 1), 2), 3) and 4). Calculate the Difference ( ∆ ) by subtracting the DMM voltage reading from the DSO mean voltage reading. Record the test result in Table 7, and compare the Difference ( ∆...
Page 66 1) Connect the DMM and record the voltage reading in Table 8, column DMM. 2) Disconnect the DMM from the BNC T connector. 3) Press Clear Sweeps 4) After 100 sweeps, read off the DSO mean parameter, and record the measurement in Table 8, column Mean.
Page 67: Offset Accuracy
Offset Accuracy Specifications ±(1.5% of offset + .5% of FS + 1mv) Description The offset test is done at 50 mV/div, with a signal of ±0.750 Volt cancelled by an offset of the opposite polarity. 5.8.1 Positive 50Ω Offset Accuracy Procedure Recall Offset - 50 ohm Positive.lss or configure the DSO: Recall FROM DEFAULT SETUP...
Page 68 1) Verify that the displayed trace A : Average (1) is on the screen, near the center horizontal graticule line. If the trace is not visible, modify the DC voltage reference source output until the trace is within ± 2 divisions of center. 2) Connect the DMM and record the voltage reading in Table 9, column DMM.
Page 69: Negative 50Ω Offset Accuracy
5.8.2 Negative 50Ω Offset Accuracy Procedure Recall Offset - 50 ohm Negative.lss or configure the DSO as shown in 5.8.1 and for each channel make the following change : −0.750 Volt on all 4 Channels Input offset Connect the test equipment as shown in Figure 5-7. Set the output of the external DC voltage reference source until the DMM measures +0.750 Volt.
Page 70: Positive 1Mω Offset Accuracy
5.8.3 Positive 1MΩ Offset Accuracy Procedure Recall Offset - 1 Mohm Positive.lss or configure the DSO: Recall FROM DEFAULT SETUP Panel Setups Channel 1, Channel 2, Channel 3 & Channel 4 Channels Trace ON DC 1MΩ on all 4 Channels Input Coupling 50mV/div on all 4 Channels Input gain...
Page 71 Repeat the test for the other channels, substituting channel controls and input connector. Record the measurements in Table 11. Calculate the Difference ( ∆ ) by subtracting the DMM voltage reading from the DSO mean voltage reading. Record the test result in Table 11, and compare the Difference ( ∆ ) to the corresponding limit in the test record.
Page 72: Negative 1Mω Offset Accuracy
5.8.4 Negative 1MΩ Offset Accuracy Procedure Recall Offset - 1 Mohm Negative.lss or configure the DSO as shown in 5.8.1 and for each channel make the following change : −0.750 Volt on all 4 Channels Input offset Connect the test equipment as shown in Figure 5-7. Set the output of the external DC voltage reference source until the DMM measures +0.750 Volt.
Page 73: Bandwidth
Bandwidth 5.9.1 Description The purpose of this test is to ensure that the entire system has a bandwidth of at least 2 GHz for a WaveRunner 6200, 1 GHz for a WaveRunner 6100, 500 MHz for a WaveRunner 6050 or 6051 and 350 MHz for a WaveRunner 6030. An external source is used as the reference to provide a signal where amplitude and frequency are well controlled.
Page 74 Recall Bandwidth - CH1 10mv.lss or configure the DSO: Recall FROM DEFAULT SETUP Panel Setups Channel 1, Channel 2, Channel 3 & Channel 4 Channels Trace ON DC 50Ω on all 4 Channels Input Coupling 10 mV/div on all 4 Channels Input gain 0 mV on all 4 Channels Input offset...
Page 75 Repeat the above measurement for the apropiate scope model, 350.1 MHz, 500.1 MHz, 1000,1 & 2000.1 MHz. Record the generator output amplitude readout in the fourth column of Table 8. Disconnect the RF output of the HP8648B/C generator from the power sensor.
Page 76 Increase the frequency of the generator to the maximum input frequency for that model, adjusting the amplitude so that the power remains constant and measure the value of Sdev. Record in Table 13. Repeat the above 3 steps for Channel 2, (Bandwidth – CH2 10mv.lss) 3 (Bandwidth –...
Page 77 Calculate the ratio to 10 MHz for each channel, sdev / sdev (for 2000.1 WaveRunner 6200) sdev / sdev (for WaveRunner 6100) sdev /sdev 1000.1 500.1 (for WaveRunner 6050 or 6051) sdev / sdev (for WaveRunner 6030) and 350.1 compare the results to the limits in the test record. Repeat the above steps for V/div setting of 50 mV, 100 mV, and 500mV, using the appropriate Bandwidth - CHx yymv.lss (where x is channel and yy is V/div setting) panel setup and recording your results in Tables 14 through 16.
Page 78: Trigger Level
5.10 Trigger Level 5.10.1 Description The trigger capabilities are tested for several cases of the standard edge trigger: Channel (internal), and External Trigger sources Three DC levels: −2.5, 0, +2.5 major screen divisions Positive and negative slopes 5.10.2 Channel Trigger at 0 Division Threshold Recall Trigger - CH1 0 div neg slope.lss or configure the DSO: Recall FROM DEFAULT SETUP Panel Setups...
Page 79 Sine Wave Generator Figure 5-10 Channel Trigger Equipment Setup Cursors, Horizontal Abs Select Measure: Use the "cursor position" knob, to move the Time marker at 0.0 ηs Press Clear Sweeps, Acquire 10 sweeps and record in Table 15 the level readout displayed below 100 mV in the icon 1, at top left.
Page 80: Channel Trigger At +2.5 Divisions Threshold
Acquire 10 sweeps and record in Table 15 the level readout displayed below 100 mV in the icon 1, at top left. Set trigger to channels 2, 3 and 4 and for both POS and NEG slope, move input signal to appropriate channel and compare the test results to the corresponding limit in the test record.
Page 81 Set Trigger Slope 1 : Neg Acquire 10 sweeps and record in Table 15 the level readout displayed below 100 mV in the icon 1, at top left. Set trigger to channels 2, 3 and 4 and for both POS and NEG slope move input signal to appropriate channel and compare the test results to the corresponding limit in the test record.
Page 82 Compare the test results to the corresponding limit in the test record. Set Trigger Slope 1 : Neg Acquire 10 sweeps and record in Table 17 the level readout displayed below 100 mV in the icon 1, at top left. Set trigger to channels 2, 3 and 4 and for both POS and NEG slope move input signal to appropriate channel and compare the test results to the corresponding limit in the test record.
Page 83: Time Base Accuracy
5.11 Time Base Accuracy 5.11.1 Description An external sine wave generator of 10.0 MHz with frequency accuracy better than 1 PPM is used. Specifications 10 GHz clock : accuracy : ≤ ±0.0005 % or ≤ ±5 PPM 5.11.2 10 GHz Clock Verification Procedure Recall Timebase Accuracy.lss or configure the DSO Recall FROM DEFAULT SETUP Panel Setups...
Page 84 5-42 Performance Verification 5-42 Performance Verification WR6K Rev. D WR6K Rev. D...
Page 85 WaveRunner 6000 Test Record LeCroy Digital Storage Oscilloscope Performance Certificate WaveRunner 6K Manual Performance Test Procedure Version D – Feb. 2007 Model Serial Number Customer Software Version Inspection Date Next Due Temperature Humidity Tested By Report Number Place of Inspection...
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Page 87 WaveRunner 6000 Test Record Coupling Volts/div. Measured Measured Measured Measured Measured Lower Upper Channel 1 Channel 2 Channel 3 Channel 4 External Limit Limit Impedance Impedance Impedance Impedance Impedance Ω, MΩ Ω, MΩ Ω, MΩ Ω, MΩ Ω, MΩ Ω, MΩ Ω, MΩ...
Page 88 WaveRunner 6000 Test Record Coupling Time/Div. Measured Measured Measured Measured Limits Pkpk Channel Pkpk Channel Pkpk Channel Pkpk Channel pk-pk 1 µs DC 50Ω 1 ms DC 50Ω 0.5 µs DC 50Ω : 2 Channel Mode Table 4: Peak to Peak Noise Test Record Rev.
Page 89 WaveRunner 6000 Test Record Volts Attenuator Measured Channel 1 Measured Channel 2 Measured Channel 3 Measured Channel 4 Limits /div. Output V & mV V & mV V & mV V & mV Mean ∆ Mean ∆ Mean ∆ Mean ∆...
Page 90 WaveRunner 6000 Test Record Volts Attenuator Measured Channel 1 Measured Channel 2 Measured Channel 3 Measured Channel 4 Limits /div. Output V & mV V & mV V & mV V & mV Mean ∆ Mean ∆ Mean ∆ Mean ∆...
Page 91 WaveRunner 6000 Test Record Volt Coupling Measured Channel 1 Measured Channel 2 Measured Channel 3 Measured Channel 4 Limits /div. Offset Output V & mV V & mV V & mV V & mV ∆ ∆ 2 ∆ ∆ Mean Mean Mean Mean...
Page 92 WaveRunner 6000 Test Record Volt Couplin Measured Channel 1 Measured Channel 2 Measured Channel 3 Measured Channel 4 Limits /div. Offset Output V & mV V & mV V & mV V & mV ∆ ∆ ∆ ∆ Mean Mean Mean Mean Mean−...
Page 93 WaveRunner 6000 Test Record Frequency Measured Generator Measured Measured Measured Measured Lower Power Amplitude Channel 1 Channel 2 Channel 3 Channel 4 Limit Sdev(1) Ratio(1) Sdev(2) Ratio(2) Sdev(3) Ratio(3) Sdev(4) Ratio(4) to 10 to 10 to 10 to 10 0.22 350.1 0.22 0.707...
Page 94 WaveRunner 6000 Test Record Frequency Measured Generator Measured Measured Measured Measured Lower Power Amplitude Channel 1 Channel 2 Channel 3 Channel 4 Limit Sdev(1) Ratio(1) Sdev(2) Ratio(2) Sdev(3) Ratio(3) Sdev(4) Ratio(4) to 10 to 10 to 10 to 10 350.1 0.707 (WR 6030) 500.1...
Page 95 WaveRunner 6000 Test Record Frequency Measured Generator Measured Measured Measured Measured Lower Power Amplitude Channel 1 Channel 2 Channel 3 Channel 4 Limit Sdev(1) Ratio(1) Sdev(2) Ratio(2) Sdev(3) Ratio(3) Sdev(4) Ratio(4) to 10 to 10 to 10 to 10 22.0 350.1 22.0 0.707...
Page 96 WaveRunner 6000 Test Record Trigger Trigger Channel 1 Channel 2 Channel 3 Channel 4 Lower Upper Level Slope Limit Limit Measured Measured Measured Measured Trigger Trigger Trigger Trigger Level (1) Level (2) Level (3) Level (4) −44 −44 +250 +218 +282 +250 +218...
Page 97: Maintenance
Maintenance Introduction This section contains information necessary to disassemble, assemble, maintain, calibrate and troubleshoot the LeCroy WaveRunner6000. 6.1.1 Safety Precautions symbol used in this manual indicates dangers that could result in personal injury. symbol used in this manual identifies conditions or practices that could damage the instrument.
Page 98: Disassembly And Assembly Procedure
8. 6.2.1 Disassembly Procedure Please study the figures in section 8 before attempting disassembly. Before removing any parts from the LeCroy WaveRunner, be sure to read carefully the instructions referring to those parts, noting any precautions needed to avoid problems.
Page 99: Removal Of The Acquisition System Assembly
Procedure: • Remove four 6-32 x 5/16” screws underneath the plastic bezel. • Remove two 6-32 x ¼” screws (one on each side of the front frame near the bottom) • The Front Frame can now be pivoted up to allow access for further instrument disassembly.
Page 100: Removal Of The Pci Board
d. Removal of the PCI Board The PCI board removal procedure refers to the views of figure 8-5 and figure 8-9 Tools Needed: • Diagonal cutting pliers Procedure: • Remove the upper cover assembly (6.2.1.a) • Disconnect the two ribbon cables at J1 and J2 of the PCI card. •...
Page 101: Removal Of The Hard Disk Drive
• Remove six 6-32 x ¼” screws which secure the processor card to the processor tray. • Remove the processor board. g. Removal of the Hard Disk Drive The hard disk drive removal procedure refers to the view of figure 8-7 and 8-9. Tools Needed: •...
Page 102: Removal Of The Front Frame Assembly
The power supply fan removal procedure refers to the views of figure 8-6. Tools Needed: • T15 Torx driver Procedure: • Remove the upper cover assembly (6.2.1.a) • Disconnect the two power connectors to the processor board. • Disconnect the power connector at the Hub board. •...
Page 103: Removal Of The Front Panel Encoder Board
k. Removal of the Front Panel Encoder Board The front panel encoder board removal procedure refers to the views of figure 8-4 and figure 8-13. Tools Needed: • T10 Torx driver • T25 Torx driver • ½” nut driver Procedure: •...
Page 104: Removal Of The Display Inverter Board
m. Removal of the Display Inverter Board The display inverter removal procedure refers to the view of figure 8-4 & 8-16. Tools Needed: • T6 Torx driver • T10 Torx driver • T25 Torx driver Procedure: • Remove the upper cover assembly (6.2.1.a) •...
Page 105: Replacing The Battery
o. Replacing the Battery A coin-cell battery (CR2032) powers the real-time clock and CMOS memory. When the computer is not plugged into a wall socket, the battery has an estimated life of three years. When the computer is plugged in, the standby current from the power supply extends the life of the battery.
Page 106: Assembly Procedure
Assembly Procedure Reassemble the unit in the reverse order, check that all screws shown on the drawings in section 8 are used and have the proper torque. Verify that all cables are correctly connected. Assembly Note : • Bezel : The plastic bezel should not be in contact with the touch screen. •...
Page 107: Installing Hardware Options
6.2.2 Installing Hardware Options Software Update Procedure 6.3.1 Installing New X-Stream DSO Application Software In order to load new X-Stream DSO software the system must be capable of booting up to the Windows desktop. • If the Wavemaster application is running, exit it through the File, Exit menu option.
Page 108 Upgrades. If the Software Product is labeled as an “upgrade,” (or other similar designation) the License will not take effect, and you will have no right to use or access the Software Product unless you are properly licensed to use a product identified by LeCroy as being eligible for the upgrade (“Underlying Product”).
Page 109 Permitted Objective; (C) the information to be gained thereby has not already been made readily available to you or has not been provided by LeCroy within a reasonable time after a written request by you to LeCroy to provide such information;...
Page 110 LeCroy, its agents, or employees, but only by an instrument in writing signed by an authorized officer of LeCroy. No waiver by LeCroy of any breach or default of any provision of this EULA by you will be effective as to any other breach or...
Page 111 Assignment. This EULA and the rights and obligations hereunder, may not be assigned, in whole or in part by you, except to a successor to the whole of your business, without the prior written consent of LeCroy. In the case of any permitted assignment or transfer of or under this EULA, this EULA or the relevant provisions will be binding upon, and inure to the benefit of, the successors, executors, heirs, representatives, administrators and assigns of the parties hereto.
Page 112 • At the completion on the software installation you will receive a dialog box as shown below: • The check box should be checked to install the Windows device drivers and to upgrade the Microcode in the instrument. 6-16 Maintenance...
Page 113: Installing Device Drivers
6.3.3 Installing Device Drivers • Pressing finish will first install the device drivers. You will be prompted with a dialog box as shown below: • Press Install, several new windows will open like shown below, it will take approximately 30 seconds for the drivers to be installed. A Found New Hardware Dialog Box may appear.
Page 114: Upgrading Microcode
• After this is complete press close: 6.3.4 Upgrading Microcode • Next the Hardware Programmer Dialog box will appear: • If any update is required the update buttons will not be grayed out as shown above. Press one update button and wait for it to complete before pressing any other update buttons.
Page 115: Verifying Microcode
If the version of the programmed hardware needs to be checked to see if it is at the correct revision for the software which is installed, the WavemasterHardwareProgrammer may be manually invoked by pressing Start, Programs, LeCroy, XStream, Service, hwprogrammer.exe. Follow the instructions list in section 6.3.3 above. 6.3.6 Restoring the Operating System There may be circumstances where it is desired to completely wipe the C: partition of the hard drive and reinstall the operating system and Wavemaster software.
Page 116 previously installed will need to be reinstalled. The following steps must be followed: • Plug a keyboard into the instrument. • Insert the System Recovery CD into the CDROM drive. • Turn on power to the instrument, the system will boot from the CD (if it does not boot from the CD, the BIOS settings regarding boot order may have been changed, restart the computer while pressing F2 on the keyboard to get to the BIOS settings screen.
Page 117: Software Options
6.3.7 Software Options There are many software options available, new ones are being developed all of the time, refer to the LeCroy website for the latest selection of options available. 6.3.7.1 Changing Software Option Key a. Scope ID, Scope Serial Number The scope ID and scope s/n: are used to request a Software Option Key •...
Page 118: Board Exchange Procedure
6.4.1 Processor Board Exchange Procedure The WaveRunner 6000 system may be built with different processor configurations as the WaveRunner 6000 series uses an Intel motherboard. Currently the units are built with 1.8Ghz Celerons. Different hard disk images must be loaded based on the type of processor board installed.
Page 119: Equipment And Spare Parts Recommended For Service
Equipment and Spare Parts Recommended for Service 6.5.1 Test Equipment Required See Table 5-1 in section 5.2. 6.5.2 WaveRunner Spare Parts LeCroy P/N Assembly Adjustments Performance Tests 258000007 TFT DC-AC Inverter None None 901461-00 Rear Fan Assy None None 900893-00 Power Supply Assy 6.7.1...
Page 120: Service Menu
Service Menu 6.6.1 Accessing Service Menu The service menu is accessed by pressing Utilities, Utilities Setup. Press the service button in the lower right corner, you will be prompted with a password dialog box. Enter password 9472. You will be granted service center access.
Page 121: Mainframe Tests
6.6.2 Mainframe Tests 6.6.2.1 Front Panel Test From the service menu select Front Panel and select Production Test. Select On. A picture of the front panel will appear on the screen as shown below: Press each button in turn and turn each knob in both directions, they will change color as shown below: Maintenance 6-25...
Page 122 Continue until all buttons and knobs have been tested and the front panel turns green indicating completion. Select Production test and then off to turn off the test. The front panel LED’s will be left in an abnormal state. This will be corrected when either the functions are used or when the application is restarted.
Page 123: Critical File Backup
6.6.2.2 Critical File Backup The hard disk contains critical factory calibration constants which must be backed up and restored if the hard drive is to be replaced or erased. These files will fit on a single floppy disk drive or USB storage device. From the service menu select Critical Files Backup, you will be prompted with a screen as shown below.
Page 124: Acquisition System Tests
6.6.3 Acquisition System Tests 6.6.3.1 Critical Acquisition System Component Temperatures In the service menu under AladdinAcqBoard there is a screen as shown below where the temperatures of the critical components on the main card can be monitored. The MFE and MFEEXT is the front end amplifier, the MAD is the ADC hybrid and the MAM is the acquisition memory.
Page 125: Automatic Calibrations
6.6.3.2 Automatic Calibrations There is a screen entitled AutoCal in the service menu which will allow you do disable the calibrations performed by the software. There may be instances where the unit is stuck in a continuous calibration loop and until the calibrations are disabled, it can be very difficult to troubleshoot.
Page 126: Calibration Procedures
Calibration Procedures The following section includes the manual and software assisted adjustments that can be made in the Wavemaster system 6.7.1 System Power Supply Calibration Procedure • Measure the power supply voltages as shown in the table below. If any are found to be outside of their specifications proceed with the remainder of this procedure to adjust them.
Page 127 CPU Brd +12 V Power Connector (J2) Pin # Signal Wire Color Pin # Signal Wire Color Black +12VDC Yellow Black +12VDC Yellow Top Box Peripheral Connector (J3) Pin # Signal Wire Color Pin # Signal Wire Color +3.3VDC Orange Black +3.3VDC Orange Black...
Page 128 Acquisition Board Connector (J6) Pin # Signal Wire Color Pin # Signal Wire Color +12VDC Yellow Black +12VDC Yellow Black +12VDC Yellow Black -12VDC Blue Black -12VDC Blue Black -5VDC Blue/White Black -5VDC Blue/White Black +5VDC Black +5VDC +5VDC Hard-Drive Connector (J7) Pin # Signal Wire Color +12VDC...
Page 129 Figure 6-3: View of the power supply adjustment locations Maintenance 6-33...
Page 130: Touch Screen Calibration Procedure
6.7.2 Touch Screen Calibration Procedure The touch screen must be calibrated based on the users vantage point to the screen, the size of their finger and their visual alignment with the tip of their finger to the screen. The calibration procedure can be invoked through the Utilities menu, Utilities tab.
Page 131 Point 1 Point 2 Point 3 Point 4 Point 5 After the last point is pressed, a screen will be displayed indicating the error determined between the alignment of all the calibration points. If this error is too large, the calibration will be voided and the calibration sequence must be repeated. If the error is small then the calibration constants are applied.
Page 133: Troubleshooting And Flow Charts
6.8.2 Repair Level Most procedures in this section will allow troubleshooting down to the BOARD LEVEL. Defective circuit boards will be repaired or exchanged by the regional LeCroy service office or the local representative (see section 2.2). Maintenance 6-37...
Page 134: Initial Troubleshooting
6.8.3 Initial Troubleshooting RESS THE FRONT PANEL POWER SWITCH ERFORM THE POWER O YOU SUPPLY HEAR THE FANS TROUBELSHOOTING RUNNING PROCEDURE ONNECT AN EXTERNAL S THERE ERFORM THE THERE VIDEO ON MONITOR TO THE REAR VIDEO ON THE ROUBLESHOOTING THE EXTERNAL PANEL CONNECTOR AND DISPLAY ROCEDURE...
Page 135 Initial Troubleshooting (continued) THERE FOUR EPLACE THE TRACES DISPLAYED CQUISITION OARD ON THE SCREEN ERFORM THE ERFORMANCE VERIFICATION PROCEDURE ERFORM THE ID ALL TESTS ROUBLESHOOTING PASS ROCEDURE FOR THE AILED EFER TO INDIVIDUAL TROUBELSHOOTING CHARTS FOR PROBLEMS NOT LISTED ABOVE Maintenance 6-39...
Page 136: Power Supply Problem
6.8.4 Power Supply Problem RESS THE FRONT PANEL POWER SWITCH S THE S THE ISCONNECT FRONT OTHERBOARD RONT REAR PANEL FAN OWER UPPLY PANEL CONNECTOR ANEL EADER RUNNING FAN RUNNING FROM HD LED NFRARED ESET HORT FF PINS OF THE PROCESSOR FRONT ERIFY THE VOLTAGES PANEL CONNECTOR ON EACH OF THE...
Page 137 Power Supply Problem (continued) RESS THE FRONT PANEL POWER SWITCH RESS AND HOLD THE THE FANS TURN OFF FRONT PANEL POWER > 8 WITHIN SWITCH FOR SECONDS SECONDS OWER UPPLY IS NOT O THE EPLACE THE FRONT SUSPECTED CHECK THAT VIDEO FANS TURN OFF PANEL SWITCH IS WORKING PROPERLY...
Page 138 Power Supply Problem (continued) ERIFY THAT THE FAN IS PLUGGED INTO THE ACQUISITON BOARD AT EASURE THE VOLTAGE X OF THE ACQUISITION BOARD EASURE THE SUPPLY 12V? S IT VOLTAGES TO THE ACQUISITION BOARD EPLACE FAN RE THEY EPLACE POWER CORRECT SUPPLY EPLACE ACQUISITON...
Page 139: No Display (Internal Or External)
6.8.5 No Display (Internal or External) HIS PROCEDURE ASSUMES THAT VIDEO IS NOT PRESENT ON AN EXTERNAL MONITOR CONNECTED TO THE REAR PANEL AND THAT THE INTERNAL SCOPE COOLING FANS ARE OPERATIONAL *External monitor must be connected to rear panel connector before power is turned on to scope. *External video will not be present after Windows starts booting unless it is enabled from within Windows however it will be visible for ~30 seconds after power on..
Page 140: Internal Display Problem
6.8.6 Internal Display Problem HIS PROCEDURE ASSUMES THAT VIDEO IS PRESENT ON AN EXTERNAL MONITOR CONNECTED TO THE REAR PANEL OR THAT THE FRONT PANEL BECOMES ACTIVE AS IF THE SCOPE HAD BOOTED UP AND IS OPERATIONAL *External monitor must be connected to rear panel connector before power is turned on to scope. *External video will not be present after Windows starts booting unless it is enabled from within Windows however it will be visible for ~30 seconds after power on..
Page 141: Boot Up Sequence
6.8.7 Boot Up Sequence RESS THE FRONT PANEL POWER SWITCH NPLUG CARD FROM MOTHERBOARD BOOT UP PAST THE 2000 INDOWS SCREEN BOOT UP PAST THE ESTORE MAGE ON 2000 INDOWS RIVE SCREEN OES THE ESTORE MAGE ON WINDOWS DESKTOP EPLACE RIVE APPEAR OTHERBOARD...
Page 142: Front Panel Controls Do Not Operate
6.8.8 Front Panel Controls Do not Operate HIS PROCEDURE ASSUMES THAT THE SYSTEM BOOTS UP AND IS RUNNING THE TREAM APPLICATION THE FRONT PANEL KEYPAD OPERATE S THE TOUCH ERFORM THE TOUCH SCREEN COMPLETELY SCREEN CALIBRATION INOPERABLE PROCEDURE PEN DEVICE MANAGER FROM WITHIN WINDOWS ICE AND OTHER POINTING DEVICES...
Page 143: Touch Screen Problems
6.8.9 Touch Screen Problems HIS PROCEDURE ASSUMES THAT THE SYSTEM BOOTS UP AND IS RUNNING THE TREAM APPLICATION THE FRONT PANEL KEYPAD OPERATE S THE TOUCH ERFORM THE TOUCH SCREEN COMPLETELY SCREEN CALIBRATION INOPERABLE PROCEDURE PEN DEVICE MANAGER FROM WITHIN WINDOWS ICE AND OTHER POINTING DEVICES NPLUG ANY...
Page 144 Touch Screen Problems (continued) PEN DEVICE MANAGER FROM WITHIN WINDOWS NIVERSAL ERIAL ONTROLLERS ERIFY ENERIC UB IS PRESENT ERIFY CABLE USB F FROM RONT S IT PRESENT PANEL HEADER ON PROCESSOR IS PLUGGED USB H INTO UB BOARD USB H USB H EPLACE RONT...
Page 145: Timebase Problem
6.8.10 Timebase Problem HIS PROCEDURE ASSUMES THAT THE SYSTEM IS CAPABLE OF PASSING A CLEAN CONTINUOUS SINEWAVE ON EACH CHANNEL 10MH NPUT A RECISE EXTERNAL EFERNCE AND SELECT XTERNAL EFERENCE OES THE EXTERNAL REF EPLACE CQUISITION SOLVE THE OARD PROBLEM 10MH EPLACE CRYSTAL IN CLOCK...
Page 146: Remote Control Problem
6.8.11 Remote Control Problem VERIFY CABLE IS CONNECTED RE YOU TRYING RS-232 YOU TRYING IS NOT TO COMMUNICATE VIA TO COMMUNICATE SUPPORTED ETHERNET GPIB? ERIFY THAN ETWORK IS SET UP CORRECTLY GPIB LISTED AS A GPIB D NSTALL RIVER ONTACT YOUR COMMUNICATION NETWORK SOURCE...
Page 147: Cd-Rom Problem
6.8.12 CD-ROM Problem TURN ON POWER EJECT THE TRAY SE PIN TO RELEASE OES THE TRAY TRAY THROUGH HOLE IN OPEN TRAY PANEL *power must be on CD ROM CD-ROM NSERT A EPLACE ILL IT OPEN WITH DATA ON IT RIVE IS DRIVE CMOS...
Page 148: Vertical Accuracy Problem
6.8.13 Vertical Accuracy Problem HIS PROCEDURE ASSUMES THAT THE SYSTEM IS CAPABLE OF PASSING A CLEAN CONTINUOUS SINEWAVE ON EACH CHANNEL ERTICAL ROUBLESHOOT 50 O HMS OR CCURACY INPUT IMPEDANCE REASON OR REPLACE 1 MO NPUT 1M O ORRECT CQUISITION EASURE EAKAGE ERIFY THAT ACCURACY...
Page 149 7. Replaceable Parts To order parts, contact your local LeCroy service office. A list of the service centers is given in section 2 of this manual. For boards, you can either order a new board or an exchange board. Exchange assemblies are factory repaired, inspected, tested and calibrated. If you order an exchange board, you must return the defective board.
Page 150 900888-00: WR6020 2 GHz, 5GS/s 4 Ch Acq Board Part Number Description 309000010 Crystal Oscillator 10MHZ 9PPM 335970001 Probe Hook 402120004 Conn RT Angle Fem Bnc 416162005 Switch R/A PCB Mtg SPDT MOM 430500003 20DB Attenuator Relay DC-3GHZ 454000018 Hdr Sold Tail Male 18 Pin HI T 454004002 Conn Receptacle USB R/A 4 Pos 454016002...
Page 151 900888-00: WR6020 2 GHz, 5GS/s 4 Ch Acq Board (con’t) Part Number Description 901694-00 Gap pad HTB die cut 901709-00 Malico 30mm heat sink assy 901790-00 S65 CLOCK EMI SHIELD 0.4 IN. H 901807-00 ALUM. SPACER 901835-00 CABLE S65 10GHz MTB COAX 901835-01 CABLE S65 10GHz CH1 COAX 901835-02...
Page 152 900888-00: WR6020 2 GHz, 5GS/s 4 Ch Acq Board (con’t) Part Number Description SM208450686 IC Wideband OP Amp OPA686 SM208470353 IC Dual OP Amp LF353 SM208470705 IC OP Amp Picoamp Input AD705 SM208472022 Opamp, Dual, Low Pwr TLE2022C SM208475460 IC OP Amp Sin-Sup RtoR Ins Amp SM208476482 IC Dual OP Amp Rail TO Rail 64 SM208550004...
Page 153 900888-00: WR6020 2 GHz, 5GS/s 4 Ch Acq Board (con’t) Part Number Description SM433695250 PTC Resettable Device 2.5A SM453005001 Header 1 x 5 Shrouded SM454204040 Hdr Male 40 Pos Idc SM507000002 Heatsink Surface Mount TO-263 SM651081102 Res Chip 0.1% 1 Kohm SM652000005 Res RF 100 Ohm .25% 1/3W 1206 SM652041000...
Page 154 900888-00: WR6020 2 GHz, 5GS/s 4 Ch Acq Board (con’t) Part Number Description SM652061271 Res Chip 1% 270 Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061330 Res Chip 1% 33.0 Ohm .063W SM652061332 Res Chip 1% 3.3K Ohm .063W SM652061332...
Page 155 900888-00: WR6020 2 GHz, 5GS/s 4 Ch Acq Board (con’t) Part Number Description SM653101354 Res Chip 1% 392 Ohms SM653101377 Res Chip 1% 681 Ohms SM653101393 Res Chip 1% 1.00 K SM653101397 Res Chip 1% 1.10 K SM653101401 Res Chip 1% 1.21 K SM653101410 Res Chip 1% 1.50 K SM653101422...
Page 156 900888-00: WR6020 2 GHz, 5GS/s 4 Ch Acq Board (con’t) Part Number Description SM661068104 Cap Cera Chip 0.1uF 0603 SM661068104 Cap Cera Chip 0.1uF 0603 SM661068104 Cap Cera Chip 0.1uF 0603 SM661073068 Cap Cera 6.8+/- 0.1PF 50V Npo SM661073300 Cap Cera 30PF+/- 5% 50V Npo SM661073331 Cap Cera 330PF+/- 5% 50V Npo SM661073820...
Page 157 900890-00: PCI Interface Part Number Description 454040002 Conn Hdr 40-POS Male AMP Latch 530040006 Buzzer 85DB 4 TO 7V 901824-00 WaveRunner Acquisition interface PCB SM205108433 IC Eeprom 4K Bit W/ Serial Num SM205717001 IC PAL PQ208 Plastic QFP SM207010016 IC CMOS 10 Bit 2 Port Bus Switch SM208540002 IC Adj Pos Volt Reg 3A LDO SM236020050...
Page 158 900894-00: Processor Assy Part Number Description 227500020 Celeron Processor 2.0GHz OEM 330000005 Hard Drive 40GB 3.5" 7200 RPM 334600003 Motherboard P4 uATX 334740001 Memory Module 256MB PC2100 P4 377242001 License Label MS W2K Pro 505000013 CPU Cooler for Intel P4 900549-02 PC IO Label CH599041022...
Page 159 901949-00: AGP/DVO Interface Part Number Description 901948-00 DVO Display PCB SM205108132 IC Eeprom 32K Bit IIC Bus SM207010002 IC CMOS 8 BIT LOW RES BUS SWITCH SM207010013 Display Driver DVO to LVDS TFT SM208542915 1.5A Low-Dropout volt reg adj SM280120605 Low Power Nmosfet SM281126402 P-Channel Mosfet IRLML6402...
Page 160 901593-00: 4 channel front frame Part Number Description 258000007 LCD Backlight Inverter 258000008 LCD 8.4" 800x600 w/TP 185 Nits 519260001 Shorty Bushing ID .312 OD 7/16" 530009005 Shield (RFI/EMI) Finger Stock 544220007 Spring Compression 0.34L 561440404 SCREW TX PAN 4# -40UNF 1/4IN S1 561440406 Screw TX Pan #4-40 UNF 3/8"...
Page 161 901594-00: 2 channel front frame Part Number Description 258000007 LCD Backlight Inverter 258000008 LCD 8.4" 800x600 w/TP 185 Nits 519260001 Shorty Bushing ID .312 OD 7/16" 530009005 Shield (RFI/EMI) Finger Stock 544220007 Spring Compression 0.34L 561440404 SCREW TX PAN 4# -40UNF 1/4IN S1 561440406 Screw TX Pan #4-40 UNF 3/8"...
Page 162 901697-00: CD R/W Assy Part Number Description 335830015 CD-R/W Drive 24x Speed Half-Ht 350480007 Gasket, EMI Fabric 3X3MMX3.9IN 454315004 Hdr Sold Tail/Male 4 454510104 Hdr Vert Male Shrouded 4 Pos 561632604 Screw TX Pan #6-32 UNC 1/4" S3 563420003 SCREW TX PAN M2-0.4 X 3MM S1 563460006 SCREW TX PAN M2X0.4-6MM S1 900517-00...
Page 163 7.10 901754-00: Chassis Mechanical Part Number Description 485025001 SET of 4 Feet Black 561440404 SCREW TX PAN 4# -40UNF 1/4IN S1 561632405 Screw TX Pan #6-32UNC 5/16" S1 561632408 Screw TX Pan #6-32 UNC 1/2" S1 561632604 Screw TX Pan #6-32 UNC 1/4" S3 562632403 Screw TX Flat UCUT #6-32 3/16"...
Page 164 7.12 901763-00: WR 6051 500 MHz 5 GS/s 2 Ch Acquisition Board Part Number Description 309000010 Crystal Oscillator 10MHZ 9PPM 335970001 Probe Hook 402120004 Conn RT Angle Fem Bnc 416162005 Switch R/A PCB Mtg SPDT MOM 430500003 20DB Attenuator Relay DC-3GHZ 454000018 Hdr Sold Tail Male 18 Pin HI T 454004002...
Page 165 901763-00: WR 6051 500 MHz 5 GS/s 2 Ch Acquisition Board (con’t) Part Number Description 901790-00 S65 CLOCK EMI SHIELD 0.4 IN. H 901800-00 S65 MAINBOARD PCB 901807-00 ALUM. SPACER 901835-00 CABLE S65 10GHz MTB COAX 901835-01 CABLE S65 10GHz CH1 COAX 901835-02 CABLE S65 10GHz CH3 COAX CH599041022...
Page 166 901763-00: WR 6051 500 MHz 5 GS/s 2 Ch Acquisition Board (con’t) Part Number Description SM208470353 IC Dual OP Amp LF353 SM208470705 IC OP Amp Picoamp Input AD705 SM208472022 Opamp, Dual, Low Pwr TLE2022C SM208475460 IC OP Amp Sin-Sup RtoR Ins Amp SM208476482 IC Dual OP Amp Rail TO Rail 64 SM208550004...
Page 167 901763-00: WR 6051 500 MHz 5 GS/s 2 Ch Acquisition Board (con’t) Part Number Description SM433695250 PTC Resettable Device 2.5A SM453005001 Header 1 x 5 Shrouded SM454204040 Hdr Male 40 Pos Idc SM507000002 Heatsink Surface Mount TO-263 SM651081102 Res Chip 0.1% 1 Kohm SM652000005 Res RF 100 Ohm .25% 1/3W 1206 SM652041000...
Page 168 901763-00: WR 6051 500 MHz 5 GS/s 2 Ch Acquisition Board (con’t) Part Number Description SM652061271 Res Chip 1% 270 Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061330 Res Chip 1% 33.0 Ohm .063W SM652061332 Res Chip 1% 3.3K Ohm .063W SM652061332...
Page 169 901763-00: WR 6051 500 MHz 5 GS/s 2 Ch Acquisition Board (con’t) Part Number Description SM653101354 Res Chip 1% 392 Ohms SM653101377 Res Chip 1% 681 Ohms SM653101393 Res Chip 1% 1.00 K SM653101397 Res Chip 1% 1.10 K SM653101401 Res Chip 1% 1.21 K SM653101410 Res Chip 1% 1.50 K...
Page 170 901763-00: WR 6051 500 MHz 5 GS/s 2 Ch Acquisition Board (con’t) Part Number Description SM661068104 Cap Cera Chip 0.1uF 0603 SM661073068 Cap Cera 6.8+/- 0.1PF 50V Npo SM661073300 Cap Cera 30PF+/- 5% 50V Npo SM661073331 Cap Cera 330PF+/- 5% 50V Npo SM661073820 Cap Cera 82PF+/- 5% 50V Npo SM661165102...
Page 171 7.13 901764-00: WR 6050 500 MHz 5 GS/s 4 Ch Acquisition Board Part Number Description 309000010 Crystal Oscillator 10MHZ 9PPM 335970001 Probe Hook 402120004 Conn RT Angle Fem Bnc 416162005 Switch R/A PCB Mtg SPDT MOM 430500003 20DB Attenuator Relay DC-3GHZ 454000018 Hdr Sold Tail Male 18 Pin HI T 454004002...
Page 172 901764-00: WR 6050 500 MHz 5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description 901709-00 Malico 30mm heat sink assy 901790-00 S65 CLOCK EMI SHIELD 0.4 IN. H 901807-00 ALUM. SPACER 901835-00 CABLE S65 10GHz MTB COAX 901835-01 CABLE S65 10GHz CH1 COAX 901835-02 CABLE S65 10GHz CH3 COAX 901836-00...
Page 173 901764-00: WR 6050 500 MHz 5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM208450686 IC Wideband OP Amp OPA686 SM208470353 IC Dual OP Amp LF353 SM208470705 IC OP Amp Picoamp Input AD705 SM208472022 Opamp, Dual, Low Pwr TLE2022C SM208475460 IC OP Amp Sin-Sup RtoR Ins Amp SM208476482...
Page 174 901764-00: WR 6050 500 MHz 5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM433695250 PTC Resettable Device 2.5A SM453005001 Header 1 x 5 Shrouded SM454204040 Hdr Male 40 Pos Idc SM507000002 Heatsink Surface Mount TO-263 SM651081102 Res Chip 0.1% 1 Kohm SM652000005 Res RF 100 Ohm .25% 1/3W 1206 SM652041000...
Page 175 901764-00: WR 6050 500 MHz 5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM652061271 Res Chip 1% 270 Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061330 Res Chip 1% 33.0 Ohm .063W SM652061332 Res Chip 1% 3.3K Ohm .063W SM652061332...
Page 176 901764-00: WR 6050 500 MHz 5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM653101354 Res Chip 1% 392 Ohms SM653101377 Res Chip 1% 681 Ohms SM653101393 Res Chip 1% 1.00 K SM653101397 Res Chip 1% 1.10 K SM653101401 Res Chip 1% 1.21 K SM653101410 Res Chip 1% 1.50 K...
Page 177 901764-00: WR 6050 500 MHz 5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM661066102 Cap Cera Chip 10% 1000PF/50V SM661068104 Cap Cera Chip 0.1uF 0603 SM661068104 Cap Cera Chip 0.1uF 0603 SM661068104 Cap Cera Chip 0.1uF 0603 SM661073068 Cap Cera 6.8+/- 0.1PF 50V Npo SM661073300 Cap Cera 30PF+/- 5% 50V Npo...
Page 178 7.14 901765-00: WR 6100 1 GHz 5 GS/s 4 Ch Acquisition Board Part Number Description 309000010 Crystal Oscillator 10MHZ 9PPM 335970001 Probe Hook 402120004 Conn RT Angle Fem Bnc 416162005 Switch R/A PCB Mtg SPDT MOM 430500003 20DB Attenuator Relay DC-3GHZ 454000018 Hdr Sold Tail Male 18 Pin HI T 454004002...
Page 179 901765-00: WR 6100 1 GHz 5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description 901694-00 Gap pad HTB die cut 901709-00 Malico 30mm heat sink assy 901790-00 WaveRunner CLOCK EMI SHIELD 0.4 IN. H 901807-00 ALUM. SPACER 901835-00 CABLE WaveRunner 10GHz MTB COAX 901835-01 CABLE WaveRunner 10GHz CH1 COAX 901835-02...
Page 180 901765-00: WR 6100 1 GHz 5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM207944351 OCTAL ANALOG MUX/DEMUX 74HCT4351 SM208400001 IC MMIC Amplifier 12GHz NBB-300 SM208400002 IC MMIC Amplifier 8GHz NBB-400 SM208450686 IC Wideband OP Amp OPA686 SM208470353 IC Dual OP Amp LF353 SM208470705 IC OP Amp Picoamp Input AD705 SM208472022...
Page 181 901765-00: WR 6100 1 GHz 5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM311000005 Crystal Oscillator 16 MHz 3.3V SM311000006 Voltage Controlled Oscillator 5 GHz SM430530001 Relay Smd Dual Form C 5V SM431030005 Relay SPDT HF 50 Ohm 4.5V SM433695250 PTC Resettable Device 2.5A SM453005001...
Page 182 901765-00: WR 6100 1 GHz 5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM652061240 Res Chip 1% 24.0 Ohm .063W SM652061271 Res Chip 1% 270 Ohm .063W SM652061271 Res Chip 1% 270 Ohm .063W SM652061271 Res Chip 1% 270 Ohm .063W SM652061271 Res Chip 1% 270 Ohm .063W SM652061273...
Page 183 901765-00: WR 6100 1 GHz 5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM653101297 Res Chip 1% 100 Ohms SM653101322 Res Chip 1% 182 Ohms SM653101326 Res Chip 1% 200 Ohms SM653101334 Res Chip 1% 243 Ohms SM653101347 Res Chip 1% 332 Ohms SM653101354 Res Chip 1% 392 Ohms...
Page 184 901765-00: WR 6100 1 GHz 5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM661028100 Cap Cera Chip 1UF 10V SM661028100 Cap Cera Chip 1UF 10V SM661066102 Cap Cera Chip 10% 1000PF/50V SM661066102 Cap Cera Chip 10% 1000PF/50V SM661066102 Cap Cera Chip 10% 1000PF/50V SM661068104 Cap Cera Chip 0.1uF 0603...
Page 185 901768-00: Accessories Part Number Description 771000001 Optical Wheel Mouse 901335-00 End User License Agreement 901477-00 LeCroy Blue Cal Void Sticker 901779-00 WaveRunner shipping cover 901799-00 Protective Cover Logo Label 901891-00 WR6xxx CECERT 901926-00 CD and Case XStream DSO App SW...
Page 186 901806-00: WR 6030 350 MHz 2.5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description 901437-00 Heatsink Base - HAD 901439-00 S65 backbone 901440-00 Heatsink Base mst/mtb 901441-00 Heatsink clip mst-mtb 901467-00 Thermal Gap Pad Die Cut 901562-00 FE Heatsink - 30mm 901586-02 4ch 500MHz 5GS/s PCA 901609-00...
Page 187 901806-00: WR 6030 350 MHz 2.5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM205625616 IC 256K X 16 CMOS SRAM SM205715003 IC PAL FG456 Fine-Pitch BGA SM206178125 IC Quad Bfr Line Drvr 3 State SM206370024 IC Ttl TO Diff Ecl Transl MC10 SM207010002 IC CMOS 8 BIT LOW RES BUS SWITCH SM207010011...
Page 188 901806-00: WR 6030 350 MHz 2.5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM300095151 Inductor Wound 150NH SM300295082 Inductor 8.2 NH 5% SM300600009 Inductor 9.3uH 7.2A Wound SM301001001 BEAD FERRITE SM301001002 Bead SHF 0.3A SM301001016 Inductor Pwr Toroid 272uH .36A SM301001017 Inductor Chip 10% 15uH 1210 SM301001018...
Page 189 901806-00: WR 6030 350 MHz 2.5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM652061201 Res Chip 1% 200 Ohm .063W SM652061201 Res Chip 1% 200 Ohm .063W SM652061201 Res Chip 1% 200 Ohm .063W SM652061203 Res Chip 1% 20K Ohm .063W SM652061221 Res Chip 1% 220 Ohm .063W SM652061222...
Page 190 901806-00: WR 6030 350 MHz 2.5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM652061912 Res Chip 1% 9.1K Ohm .063W SM652101101 Res Chip (E24) 1% 100 Ohm SM652101302 Res Chip (E24) 1% 3 K SM653041297 RES CHIP 1% 100 OHMS 0402 SM653101226 Res Chip 1% 18.2 Ohms SM653101262...
Page 191 901806-00: WR 6030 350 MHz 2.5 GS/s 4 Ch Acquisition Board (con’t) Part Number Description SM655040024 Res Chip .5% 50ppm 300K 150V SM655040025 Res Chip .5% 50ppm 110K 150V SM655040026 Res Thk Film 41.2 Ohm .5% 1/8W SM655040027 Res Thk Film 20 Ohm .5% 1/8W SM655080004 Res Thk Film 1 Ohm +/- 5% 1/2W SM655080005...
Page 192 7.17 901851-00: USB Hub Part Number Description 454014002 Conn Hdr R/A 14-Pos Wire-BD 454340002 Hdr Sold Tail/WW 2 901892-00 Waverunner HUB PCB SM208550006 IC Volt Detector 4.5V TC54VC45 SM208580002 IC Reset M51957BFP SM227470001 IC USB Hub Controller 1.1 SM227900002 IC 16-Bit Microcomputer USB SM232550001 SCR/Diode ESD &...
Page 193 7.18 901853-00: CD R Assy Part Number Description 330000033 CD-ROM DRIVE 33.3MB 350480007 Gasket, EMI Fabric 3X3MMX3.9IN 561632604 Screw TX Pan #6-32 UNC 1/4" S3 563420003 SCREW TX PAN M2-0.4 X 3MM S1 563460006 SCREW TX PAN M2X0.4-6MM S1 900517-00 Retaining Spacer M2 2.85mm long 901504-00 CDROM Adapter PCA...
Page 194 902029-00: WR6000 A Series, 2 Ch Front Frame Assy (con’t) Part Number Description 592060001 3.5 Inch Cable Assy 26-Pos 561440406 Screw TX Pan #4-40 UNF 3/8" S1 519260003 Shorty Snap-In Bushing ID .500 530009005 Shield (RFI/EMI) Finger Stock 575100004 Washer Flat M2.5 6mmOD .5mmS 350187001 Gasket Ultra Soft Knit 13 in 561440401...
Page 195 902030-00: WR6000 A Series, 4 Ch Front Frame Assy (con’t) Part Number Description 530009005 Shield (RFI/EMI) Finger Stock 575100004 Washer Flat M2.5 6mmOD .5mmS 350187001 Gasket Ultra Soft Knit 13 in 561440401 Screw TX Pan #4-40 UNC 3/16" 551430100 Flat Washer M3 7.21 902373-00: 4 Channel Encoder Board...
Page 196 7.22 902375-00: 2 Channel Encoder Board Part Number Description 425100007 Encoder 20mm Detent 425100009 Encoder 20mm Detent JOG 425100010 Encoder 20mm Detent JOG PB 902376-00 Sharp 2Ch Frnt Pnl PCB 4-Layer SM190105001 Resistor Network 10K Ohm 5% SM190105003 Resistor Network 100K Ohm 5% SM202051011 IC 3-to-8 Line Decoder VHC138 SM202109001...
Page 197 7.24 902572-00: AGP/DVO Interface Part Number Description 902571-00 DVO Display Adapter PCB SM205108132 IC Eeprom 32K Bit IIC Bus SM207010002 IC CMOS 8 BIT LOW RES BUS SWIT SM207010013 Display Driver DVO to LVDS TFT SM208542915 1.5A Low-Dropout volt reg adj SM280120605 Low Power Nmosfet SM281126402...
Page 198 7.25 902579-00: USB Hub with Audio Part Number Description 454004003 Conn Header Vert 4-Pos Wire-BD 454014002 Conn Hdr R/A 14-Pos Wire-BD 454340002 Hdr Sold Tail/WW 2 902578-00 WaveRunner LVDS TTL Hub with Audio PC SM207010027 IC LVDS FatLink Receiver SM208400008 IC Mono 1.5W Stereo 250mW Amp SM208550006 IC Volt Detector 4.5V TC54VC45...
Page 199 902579-00: USB Hub with Audio (con’t) Part Number Description SM661207103 Cap Cera Chip 20% .01 UF SM661207104 Cap Cera Chip 20 % .1 UF SM661540100 Cap Cera 10PF/500V Npo SM662111001 Cap Cera Chip 1.00 UF 16V SM662131003 Cap Cera Chip 5% 50V .01 UF SM662232001 10000pf 0603 capacitor SM666267227...
Page 200 902600-00: WR 6030A 350 MHz 2.5 GS/s 4 Ch Acq Board (con’t) Part Number Description 901441-00 Heatsink clip mst-mtb 901622-00 EMI shield - 10 GHZ clock 901685-00 Upper front end EMI shield 901686-00 Lower front end EMI shield 901693-00 Gap pad MST die cut 901694-00 Gap pad HTB die cut 901709-00...
Page 201 902600-00: WR 6030A 350 MHz 2.5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM205715003 IC PAL FG456 Fine-Pitch BGA SM206178125 IC Quad Bfr Line Drvr 3 State SM206370024 IC Ttl TO Diff Ecl Transl MC10 SM207010002 IC CMOS 8 BIT LOW RES BUS SWIT SM207010011 IC Quad 10-Bit DAC LTC1664 SM207010014...
Page 202 902600-00: WR 6030A 350 MHz 2.5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM300600009 Inductor 9.3uH 7.2A Wound SM300600012 Inductor 150nH 5% Wound SM301001001 BEAD FERRITE SM301001002 Bead SHF 0.3A SM301001016 Inductor Pwr Toroid 272uH .36A SM301001017 Inductor Chip 10% 15uH 1210 SM301001018 Inductor Shielded 100uH 10% SM301004001...
Page 203 902600-00: WR 6030A 350 MHz 2.5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM652061200 Res Chip 1% 20.0 Ohm .063W SM652061201 Res Chip 1% 200 Ohm .063W SM652061201 Res Chip 1% 200 Ohm .063W SM652061201 Res Chip 1% 200 Ohm .063W SM652061203 Res Chip 1% 20K Ohm .063W SM652061221...
Page 204 902600-00: WR 6030A 350 MHz 2.5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM652061751 Res Chip 1% 750 Ohm .063W SM652061824 Res Chip 1% 820K Ohm .063W SM652061912 Res Chip 1% 9.1K Ohm .063W SM652069393 Res Chip (E24) .1% 39K SM652101101 Res Chip (E24) 1% 100 Ohm SM652101302...
Page 205 902600-00: WR 6030A 350 MHz 2.5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM655020017 Res Thk Film 1% 1K Ohm 1/16W SM655020025 Res Thk Film 1% 2.74 Ohm 1/16W SM655020031 Res Thk Film 1% 8.25 Ohm 1/16W SM655030040 Res Thk Film +/-1% 5.11 Ohm .1 SM655030042 Res Thk Film 1% 5.6M Ohm 1/16W...
Page 206 902600-00: WR 6030A 350 MHz 2.5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM662212001 Cap Cera .015uF 10% 25V X7R SM662232001 10000pf 0603 capacitor SM662241001 Cap Cera 22pF +/- 5% 100V Npo SM662252001 Cap Cera .068uF 10% 16V X7R SM662382001 Cap Cera 1000pF 10% 500V X7R SM662432001...
Page 207 7.27 902601-00: WR 6051A 500 MHz 5 GS/s 2 Ch Acquisition Board Part Number Description 335970001 Probe Hook 402120004 Conn RT Angle Fem Bnc 416162005 Switch R/A PCB Mtg SPDT MOM 430500003 20DB Attenuator Relay DC-3GHZ 454000018 Hdr Sold Tail Male 18 Pin HI T 454004002 Conn Receptacle USB R/A 4 Pos 454016002...
Page 208 902601-00: WR 6051A 500 MHz 5 GS/s 2 Ch Acq Board (con’t) Part Number Description 902463-00 WaveRunner Backbone 902528-00 Thermal Gap Pad Die-Cut 902530-00 Integrated Chip Cooler CH599012012 5-Minute Epoxy CH599041022 Heat Sink Compound 251 HAD639C-02 Packaged MAD440E 10GS/s SiGe HFE653B Front End Amplifier HTB645...
Page 209 902601-00: WR 6051A 500 MHz 5 GS/s 2 Ch Acq Board (con’t) Part Number Description SM208470705 IC OP Amp Picoamp Input AD705 SM208472022 Opamp, Dual, Low Pwr TLE2022C SM208475460 IC OP Amp Sin-Sup RtoR Ins Amp SM208476482 IC Dual OP Amp Rail TO Rail 64 SM208550004 IC Volt Reg Pos Adjust LDO SM208550337...
Page 210 902601-00: WR 6051A 500 MHz 5 GS/s 2 Ch Acq Board (con’t) Part Number Description SM433695250 PTC Resettable Device 2.5A SM453005001 Header 1 x 5 Shrouded SM507000002 Heatsink Surface Mount TO-263 SM651081102 Res Chip 0.1% 1 Kohm SM652000005 Res RF 100 Ohm .25% 1/3W 1206 SM652041000 Res Zero ohms SM652041011...
Page 211 902601-00: WR 6051A 500 MHz 5 GS/s 2 Ch Acq Board (con’t) Part Number Description SM652061271 Res Chip 1% 270 Ohm .063W SM652061271 Res Chip 1% 270 Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061332 Res Chip 1% 3.3K Ohm .063W SM652061332...
Page 212 902601-00: WR 6051A 500 MHz 5 GS/s 2 Ch Acq Board (con’t) Part Number Description SM653101297 Res Chip 1% 100 Ohms SM653101322 Res Chip 1% 182 Ohms SM653101326 Res Chip 1% 200 Ohms SM653101334 Res Chip 1% 243 Ohms SM653101347 Res Chip 1% 332 Ohms SM653101354 Res Chip 1% 392 Ohms...
Page 213 902601-00: WR 6051A 500 MHz 5 GS/s 2 Ch Acq Board (con’t) Part Number Description SM655080004 Res Thk Film 1 Ohm +/- 5% 1/2W SM655080005 Res Thk Film 1% 105 Ohm 1/2W SM655080009 Res Thk Film 0.5% 41.2 Ohm 1W SM661010002 Cap Cera Chip 27PF +/- 5% SM661010003...
Page 214 7.28 902602-00: WR 6050A 500 MHz 5 GS/s 4 Ch Acquisition Board Part Number Description 335970001 Probe Hook 402120004 Conn RT Angle Fem Bnc 416162005 Switch R/A PCB Mtg SPDT MOM 430500003 20DB Attenuator Relay DC-3GHZ 454000018 Hdr Sold Tail Male 18 Pin HI T 454004002 Conn Receptacle USB R/A 4 Pos 454016002...
Page 215 902602-00: WR 6050A 500 MHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description 901882-00 Waverunner Acq. PCB 902138-00 Die cut GDS material with adhe 902463-00 WaveRunner Backbone 902528-00 Thermal Gap Pad Die-Cut 902530-00 Integrated Chip Cooler CH599012012 5-Minute Epoxy CH599041022 Heat Sink Compound 251 HAD639C-02...
Page 216 902602-00: WR 6050A 500 MHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM208470656 IC FET-Input OP Amp OPA656U SM208470705 IC OP Amp Picoamp Input AD705 SM208472022 Opamp, Dual, Low Pwr TLE2022C SM208475460 IC OP Amp Sin-Sup RtoR Ins Amp SM208476482 IC Dual OP Amp Rail TO Rail 64 SM208550004...
Page 217 902602-00: WR 6050A 500 MHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM430530001 Relay Smd Dual Form C 5V SM431030005 Relay SPDT HF 50 Ohm 4.5V SM433695250 PTC Resettable Device 2.5A SM453005001 Header 1 x 5 Shrouded SM507000002 Heatsink Surface Mount TO-263 SM651081102...
Page 218 902602-00: WR 6050A 500 MHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM652061271 Res Chip 1% 270 Ohm .063W SM652061271 Res Chip 1% 270 Ohm .063W SM652061271 Res Chip 1% 270 Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061332...
Page 219 902602-00: WR 6050A 500 MHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM653101297 Res Chip 1% 100 Ohms SM653101322 Res Chip 1% 182 Ohms SM653101326 Res Chip 1% 200 Ohms SM653101334 Res Chip 1% 243 Ohms SM653101347 Res Chip 1% 332 Ohms SM653101354 Res Chip 1% 392 Ohms...
Page 220 902602-00: WR 6050A 500 MHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM655080005 Res Thk Film 1% 105 Ohm 1/2W SM655080009 Res Thk Film 0.5% 41.2 Ohm 1W SM661010002 Cap Cera Chip 27PF +/- 5% SM661010003 Cap Cera Chip 10% 16V 33nF SM661011001 Cap Cera Chip 3.9pF 200V SM661028100...
Page 221 7.29 902603-00: WR 6100A 1 GHz 5 GS/s 4 Ch Acquisition Board Part Number Description 335970001 Probe Hook 402120004 Conn RT Angle Fem Bnc 416162005 Switch R/A PCB Mtg SPDT MOM 430500003 20DB Attenuator Relay DC-3GHZ 454000018 Hdr Sold Tail Male 18 Pin HI T 454004002 Conn Receptacle USB R/A 4 Pos 454016002...
Page 222 902603-00: WR 6100A 1 GHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description 902138-00 Die cut GDS material with adhe 902463-00 WaveRunner Backbone 902528-00 Thermal Gap Pad Die-Cut 902530-00 Integrated Chip Cooler CH599012012 5-Minute Epoxy CH599041022 Heat Sink Compound 251 HAD639C-02 Packaged MAD440E 10GS/s SiGe HFE653B...
Page 223 902603-00: WR 6100A 1 GHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM208470656 IC FET-Input OP Amp OPA656U SM208470705 IC OP Amp Picoamp Input AD705 SM208472022 Opamp, Dual, Low Pwr TLE2022C SM208475460 IC OP Amp Sin-Sup RtoR Ins Amp SM208476482 IC Dual OP Amp Rail TO Rail 64 SM208550004...
Page 224 902603-00: WR 6100A 1 GHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM433695250 PTC Resettable Device 2.5A SM453005001 Header 1 x 5 Shrouded SM507000002 Heatsink Surface Mount TO-263 SM651081102 Res Chip 0.1% 1 Kohm SM652000005 Res RF 100 Ohm .25% 1/3W 1206 SM652041000 Res Zero ohms SM652041011...
Page 225 902603-00: WR 6100A 1 GHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM652061271 Res Chip 1% 270 Ohm .063W SM652061271 Res Chip 1% 270 Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061332 Res Chip 1% 3.3K Ohm .063W SM652061332...
Page 226 902603-00: WR 6100A 1 GHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM653101326 Res Chip 1% 200 Ohms SM653101334 Res Chip 1% 243 Ohms SM653101347 Res Chip 1% 332 Ohms SM653101354 Res Chip 1% 392 Ohms SM653101377 Res Chip 1% 681 Ohms SM653101393 Res Chip 1% 1.00 K...
Page 227 902603-00: WR 6100A 1 GHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM661010002 Cap Cera Chip 27PF +/- 5% SM661010003 Cap Cera Chip 10% 16V 33nF SM661011001 Cap Cera Chip 3.9pF 200V SM661028100 Cap Cera Chip 1UF 10V SM661028100 Cap Cera Chip 1UF 10V SM661066102...
Page 228 7.30 902604-00: WR 6200A 2 GHz 5 GS/s 4 Ch Acquisition Board Part Number Qty Description 335970001 Probe Hook 402120004 Conn RT Angle Fem Bnc 416162005 Switch R/A PCB Mtg SPDT MOM 430500003 20DB Attenuator Relay DC-3GHZ 454000018 Hdr Sold Tail Male 18 Pin HI T 454004002 Conn Receptacle USB R/A 4 Pos 454016002...
Page 229 902604-00: WR 6200A 2 GHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description 901882-00 Waverunner Acq. PCB 902138-00 Die cut GDS material with adhe 902463-00 WaveRunner Backbone 902528-00 Thermal Gap Pad Die-Cut 902530-00 Integrated Chip Cooler CH599012012 5-Minute Epoxy CH599041022 Heat Sink Compound 251 HAD639C-02...
Page 230 902604-00: WR 6200A 2 GHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM208470656 IC FET-Input OP Amp OPA656U SM208470705 IC OP Amp Picoamp Input AD705 SM208472022 Opamp, Dual, Low Pwr TLE2022C SM208475460 IC OP Amp Sin-Sup RtoR Ins Amp SM208476482 IC Dual OP Amp Rail TO Rail 64 SM208550004...
Page 231 902604-00: WR 6200A 2 GHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM433695250 PTC Resettable Device 2.5A SM453005001 Header 1 x 5 Shrouded SM507000002 Heatsink Surface Mount TO-263 SM651081102 Res Chip 0.1% 1 Kohm SM652000005 Res RF 100 Ohm .25% 1/3W 1206 SM652041000 Res Zero ohms SM652041011...
Page 232 902604-00: WR 6200A 2 GHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM652061271 Res Chip 1% 270 Ohm .063W SM652061271 Res Chip 1% 270 Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061273 Res Chip 1% 27K Ohm .063W SM652061332 Res Chip 1% 3.3K Ohm .063W SM652061332...
Page 233 902604-00: WR 6200A 2 GHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM653101322 Res Chip 1% 182 Ohms SM653101326 Res Chip 1% 200 Ohms SM653101334 Res Chip 1% 243 Ohms SM653101347 Res Chip 1% 332 Ohms SM653101354 Res Chip 1% 392 Ohms SM653101377 Res Chip 1% 681 Ohms...
Page 234 902604-00: WR 6200A 2 GHz 5 GS/s 4 Ch Acq Board (con’t) Part Number Description SM655080009 Res Thk Film 0.5% 41.2 Ohm 1W SM661010002 Cap Cera Chip 27PF +/- 5% SM661010003 Cap Cera Chip 10% 16V 33nF SM661011001 Cap Cera Chip 3.9pF 200V SM661028100 Cap Cera Chip 1UF 10V SM661028100...
Page 235 8. Mechanical Parts Figure 8-1: WaveRunner Top Cover Removal Item LeCroy Part Number Qty Description 901446-00 Rear Foot 561632408 Screw TX Pan #6-32 UNC 1/2" S1 901496-03 Front Panel Overlay WaveRunner 6200 901496-00 Front Panel Overlay WaveRunner 6100 901496-01 Front Panel Overlay WaveRunner 6050...
Page 236 Figure 8-2 Cable Interconnections From Function Item Board Connector Front Panel keypad Front Panel Encoder Front Panel keypad USB Hub Power USB Hub Trig/Ready LED Drive USB Hub Inverter Power Inverter Internal Printer USB Hub USB 1 to 4 USB Hub Video Floppy Drive Processor...
Page 237 Figure 8-3 Cable Interconnections Item Board Connector Cable P/N USB Hub 592060001 Front Panel Encoder 592060001 Power Supply Acquisition Board J9000 901530-00 DVO to LVDS Flat Panel 901524-00 Not shown Internal Printer Processor Board FP USB 901531-00 DVO to LVDS Flat Panel 901527-00 Not used Power Supply...
Page 238 Figure 8-4 Bezel Open & Acquisition Board Installation Item LeCroy Part Number Qty Description 900888-00 2 GHz 5GS/s 4 Channel Acq System 901765-00 1 GHz 5GS/s 4 Channel Acq System 901764-00 500 MHz 5GS/s 4 Channel Acq System 901763-00 500 MHz 5GS/s 2 Channel Acq System 901806-00 350 MHz 2.5GS/s 4 Channel Acq System...
Page 239 Figure 8-5 Acquisition Board Assembly (Top Side) Item LeCroy Part Number Qty Description Printer Circuit Assembly 901336-00 Heatsink WAVERUNNER MST/MTB 901437-00 Heatsink Base - HAD 902530-00 Integrated Chip Cooler 901440-00 Heatsink Base mst/mtb 901441-00 Heatsink clip mst-mtb 902528-00 Thermal Gap Pad Die-Cut...
Page 240 Figure 8-6 Acquisition Board Assembly (Bottom Side) Item LeCroy Part Number Qty Description 522632120 Standoff Hex 6-32X5/8 F/F 902463-00 WAVERUNNER Backbone 524632015 Standoff Hex 6-32 X 1/2 FF 561632405 Screw TX Pan #6-32UNC 5/16" S1 8-6 Mechanical Parts...
Page 241 Figure 8-7 Acquisition Board Front Panel Assembly Item LeCroy Part Number Qty Description 469040002 Metal Banana Jack/Binding Post 901436-00 WAVERUNNER Front Card Panel Assy Upda 550011106 Screw Pan HD M2X6 Blk W/Nylock 7093XXP41 Probe Holder 7093XXP91 Probe Ring Contact 551620100 #2 Flat Washer S.steel/Black O...
Page 242 Figure 8-8 Front Frame Installation Item LeCroy Part Number Qty Description See Fig 8-8 – 8-12 2 Channel Front Frame See Fig 8-8 – 8-12 4 Channel Front Frame 561632405 Screw TX Pan #6-32UNC 5/16" S1 561632403 Screw TX Flat UCUT #6-32 3/16"...
Page 243 Figure 8-9 Power Supply Installation Item LeCroy Part Number Qty Description 900893-00 Waverunner Power Supply Module 561632604 Screw TX Pan #6-32 UNC 1/4" S3 Mechanical Parts 8-9...
Page 244 Figure 8-10 Processor Assembly Installation Item LeCroy Part Number Qty Description See Fig 8-8 Complete Computer System Tray Assy 901880-00 GPIB Blanking Plate 561440040 Screw TX PAN 4# -40UNF 1/4IN 561632604 Screw TX Pan #6-32 UNC 1/4" S3 562632403 Screw TX Flat UCUT #6-32 3/16"...
Page 245 Figure 8-11 Processor Tray Assembly Item LeCroy Part Number Qty Description Motherboard P4 uATX (shipped in units S/N 334600003 LCRY0603Pxxxxx & LCRY0604Pxxxxx Motherboard P4 uATX (shipped in units S/N 334600002 LCRY0601Pxxxxx & LCRY0602Pxxxxx 330000005 40Gb 7200 RPM Hard Drive 901949-00...
Page 246 Figure 8-12 CD ROM Drive Assembly Installation Item LeCroy Part Number Qty Description See Fig 8-10 CD Reader Assy See Fig 8-10 CD R/W Option 561632604 Screw TX Pan #6-32 UNC 1/4" S3 8-12 Mechanical Parts...
Page 247 Figure 8-13 CD ROM Assembly Item LeCroy Part Number Qty Description 901504-00 CDROM Adapter PCA 901856-00 CD-ROM BRACKET 901858-00 CD-ROM Mounting Bracket 330000033 CD-R Drive 335830015 CD-R/W Drive 24x Speed Half-Ht 563420003 SCREW TX PAN M2-0.4 X 3MM S1 563460006 SCREW TX PAN M2X0.4-6MM S1...
Page 248 Figure 8-14 Two and Four Channel Front Panel Assembly Item LeCroy Part Number Qty Description 901489-00 WaveRunner 4 channel Front Panel Overlay 901756-00 WaveRunner 2 channel Bezel 901757-00 WaveRunner 2 channel Front Panel Overlay 901444-00 WaveRunner 4 channel Bezel 901582-00...
Page 249 Figure 8-15 Two and Four Channel Front Panel Encoders Item LeCroy Part Number Qty Description 425100007 Encoder 20mm Detent 425100009 Encoder 20mm Detent Jog 425100010 Encoder 20mm Detent Jog Push Button Mechanical Parts 8-15...
Page 250 Figure 8-16 Two Channel Keypad Installation (Non “A”) version Item LeCroy Part Number Qty Description 901740-00 Front Panel Assembly See Figure 8-16 Front chassis panel assembly 901722-00 Elastomeric Keymat for 2 Channel Front Panel 901756-00 2 Channel Bezel 901445-00 Power button 544220007 Spring Compression 0.34L...
Page 251 Figure 8-17 Two Channel Keypad Installation (“A”) version Item LeCroy Part Number Qty Description 901445-00 WaveRunner 6000 power button 544220007 Spring Compression 0.34L 561440404 Screw TX Pan #4-40 UNC 1/4 in 350187001 Gasket Ultra Soft Knit 13 in Mechanical Parts 8-17...
Page 252 Figure 8-18 Four Channel Keypad Installation (Non “A” Version) Item LeCroy Part Number Qty Description 900896-00 Front Panel Assembly See Figure 8-16 Front chassis panel assembly 901433-00 Elastomeric Keymat for Front Panel 901444-00 4 Channel Bezel 901445-00 Power button 544220007 Spring Compression 0.34L...
Page 253 Figure 8-19 Four Channel Keypad Installation (“A” Version) Item LeCroy Part Number Qty Description 901445-00 WaveRunner 6000 power button 544220007 Spring Compression 0.34L 561440404 Screw TX Pan #4-40 UNC 1/4 in 350187001 Gasket Ultra Soft Knit 13 in Mechanical Parts 8-19...
Page 254 Figure 8-20 TFT Installation (Non “A” Version) Item LeCroy Part Number Qty Description 258000008 TFT & Touchscreen Assembly 901279-00 Front Chassis Panel Assembly 561440404 Screw TX PAN 4# -40UNF 1/4IN 519260001 Shorty Bushing ID .312 OD 7/16 8-20 Mechanical Parts...
Page 255 Figure 8-21 TFT Installation (“A” Version) Item LeCroy Part Number Qty Description 902448-00 TFT & Touchscreen Assembly (“A” Version) 902520-00 Front Chassis Panel Assembly 519260004 Shorty Bushing ID .250 561440404 Screw TX PAN 4# -40UNF 1/4IN 519260003 Shorty Bushing ID .500...
Page 256 Figure 8-22 USB Hub and TFT Inverter Installation (Non “A” Version) Item LeCroy Part Number Qty Description 900896-00 Front Chassis Panel Assembly 258000007 Backlight Inverter 901459-00 Shield – Backlight Inverter 901851-00 USB Hub Board 901524-00 Cable Assy BL Power 901570-00...
Page 257 Figure 8-23 USB Hub and TFT Inverter Installation (“A” Version) Item LeCroy Part Number Qty Description 258000010 LCD Backlight DC - AC Inverter 902206-00 Shield Backlight Inverter 902579-00 S65 LVDS TTL Hub with Audio 561440404 Screw TX Pan #4-40 UNC 1/4 in...
Page 258 Figure 8-24 Top Cover Assembly Item LeCroy Part Number Qty Description 530301022 Handle Assembly 9" 184F 562632404 Screw TX Flat #6-32UNC 1/4" S1 901280-00 WaveRunner Chassis Top 901487-00 WaveRunner Side Foot 8-24 Mechanical Parts...
Page 259 Figure 8-25 Graphics Printer Cover Assembly Item LeCroy Part Number Description 530301022 Handle Assembly 9" 184F 901695-00 WaveRunner Top Cover for Printer 562632404 Screw TX Flat #6-32UNC 1/4" S1 901487-00 WaveRunner Side Foot 901642-00 WaveRunner Printer Assembly Mechanical Parts 8-25...
Page 260 Figure 8-26 Graphics Printer Assembly Item LeCroy Part Number Description 902259-00 WaveRunner6K Printer Controller PCA 901528-00 Cable Assy Printer 901702-00 WaveRunner6K PRINTER HOUSING 901703-00 WaveRunner6K PRINTER COVER 901704-00 WaveRunner6K PRINTER SUPPORT 350480006 Gasket, EMI Fab 4x4mmx5.12inch 350480005 Gasket, EMI Fab 1x3mmx2.36inch...
Page 261 Figure 8-27 Dimensions Mechanical Parts 8-27...
Page 262 Figure 8-28 Packing LeCroy Part Number Description 901878-00 Shipping Package Assy 8-28 Mechanical Parts...
Page 314 PCI Interface +3.3V RX: Signal is being received Receive Header Transmit Header by the FPGA RX_CLOCK_P RX_D5_P Buzzer +3.3V +3.3V TX: Signal is being transmitted RX_CLOCK_N RX_D5_N by the FPGA RX_D0_P RX_D6_P Comp_Side RX_D0_N RX_D6_N -12v_1 GND_1 GND_2 GND_1 GND_2 Resistor maintains forward bias RX_CLOCK_P RX_CLOCK_N...
Page 318 LeCroy Rackmount Kit for the 6000 series...
Page 319 ITEM # QTY. DESCRIPTION T15 TORX L-KEY #6-32 x .250" PAN HEAD SCREW NYLON WASHER #6-32 x .500" HEX STANDOFF #6-32 x .375" FLAT HEAD SCREW M5 x 12mm PAN HEAD SCREW HANDLE RACKMOUNT FRONT PLATE RACKMOUNT RIGHT SIDE RACKMOUNT LEFT SIDE RACKMOUNT BASE...
Page 320 FIGURE 1 ACKMOUNT SSEMBLY NSTRUCTIONS 1. Assemble the handles (Item #5) to the front plate (Item # 4) using four pan head screws (Item #6). Note: Place handle on the side with the seven countersink holes. 2. Assemble the rackmount kit by mounting the base plate (Item #1) to the front plate (Item #4) using three flat head screws (Item #7).
Page 321 The front panel must be secured to the rack to prevent potential injury. Rackmount: The rackmount should only be used with a LeCroy WaveRunner 6000 Series Oscilloscope. LeCroy assumes no responsibility if the rackmount is used with another scope.
Page 322 LeCroy 5U Rackmount Kit for the 6000 series...
Page 323 ITEM # QTY. DESCRIPTION RUBBER BUMPER #4-40 x .312" FLAT HEAD SCREW T15 TORX L-KEY #6-32 x .250" PAN HEAD SCREW NYLON WASHER #6-32 x .500" HEX STANDOFF #6-32 x .375" FLAT HEAD SCREW M5 x 12mm PAN HEAD SCREW HANDLE RACKMOUNT FRONT PLATE RACKMOUNT RIGHT SIDE...
Page 324 FIGURE 1 ACKMOUNT SSEMBLY NSTRUCTIONS 1. Assemble the handles (Item #5) to the front plate (Item # 4) using four pan head screws (Item #6). Note: Place handle on the side with the seven countersink holes. 2. Assemble the rackmount kit by mounting the base plate (Item #1) to the front plate (Item #4) using two #6 flat head screws (Item #7) and two #4 flat head screws (Item #12).
Page 325 The front panel must be secured to the rack to prevent potential injury. Rackmount: The rackmount should only be used with a LeCroy WaveRunner 6000 Series Oscilloscope. LeCroy assumes no responsibility if the rackmount is used with another scope.

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