1. Manuals
  2. Brands
  3. Boonton Manuals
  4. Measuring Instruments
  5. 4530 Series
  6. Instruction manual

Boonton 4530 Series Instruction Manual

Rf power meter
Hide thumbs Also See for 4530 Series:
Table of Contents

Advertisement

Quick Links

Download this manual
This manual is applicable to:
Instrument serial numbers: ALL*
Operating Firmware Versions: 20021119 and later*
*earlier firmware may not contain all capabilities listed herein
BOONTON ELECTRONICS
A subsidiary of Noise/Com -- A Wireless Telecom Group Company
25 Eastmans Road
Parsippany, NJ 07054-0465
www.valuetronics.com
4530 SERIES
RF POWER METER
INSTRUCTION MANUAL
ersions: 20021119 and later*
%
Revision date: 11/26/2002
Revision date: 11/26/2002
Manual P/N: 98404800C
Manual P/N: 98404800C
CD P/N: 98404899C
CD P/N: 98404899C
Web Site: www.boonton.com
Email: boonton@boonton.com
Telephone: 973-386-9696
Fax: 973-386-9191

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the 4530 Series and is the answer not in the manual?

Questions and answers

Related Manuals for Boonton 4530 Series

Summary of Contents for Boonton 4530 Series

  • Page 1 4530 SERIES RF POWER METER INSTRUCTION MANUAL This manual is applicable to: Revision date: 11/26/2002 Revision date: 11/26/2002 Instrument serial numbers: ALL* Manual P/N: 98404800C Manual P/N: 98404800C Operating Firmware Versions: 20021119 and later* ersions: 20021119 and later* CD P/N: 98404899C...
  • Page 2 Boonton Electronics shall not be liable for errors contained herein or for incidental or consequential damages in connection with the furnishings, performance, or use of this material. No part of this document may be photocopied, reproduced, or translated to another language without the prior written consent of Boonton Electronics.

  • Page 3: Table Of Contents

    Boonton Electronics Contents 4530 Series RF Power Meter Contents CHAPTER/SECTION PAGE List of Tables ..........vii List of Illustrations .
  • Page 4 Contents Boonton Electronics 4530 Series RF Power Meter Contents (Cont) CHAPTER/SECTION PAGE 3.3 Display Functions ........3-5 3.3.1 Header .
  • Page 5 Boonton Electronics Contents 4530 Series RF Power Meter Contents (Cont) CHAPTER/SECTION PAGE 3.9 Display Formats ........3-14 3.9.1 Channel Selection and Paging .
  • Page 6 Contents Boonton Electronics 4530 Series RF Power Meter Contents (Cont) CHAPTER/SECTION PAGE 4.4 Basic Measurement Operation ......4-3 4.5 Command Reference .

  • Page 7: Contents (Cont)

    Boonton Electronics Contents 4530 Series RF Power Meter Contents (Cont) CHAPTER/SECTION PAGE 5. MAKING MEASUREMENTS 5.1 Sensor Types ......... 5-1 .
  • Page 8 Contents Boonton Electronics 4530 Series RF Power Meter Contents (Cont) CHAPTER/SECTION PAGE APPENDIX A Available Sensors ......... . A-1 .

  • Page 9: List Of Tables

    Boonton Electronics Contents 4530 Series RF Power Meter List of Tables TABLE PAGE Keyboard Controls, Indicators and Connectors ....3-2 Indicators and Connectors ....

  • Page 10: List Of Illustrations

    4530 Series, Front Panel ....... . . 3-1 4530 Series, Rear Panel ........3-1 Display Areas .

  • Page 11: Safety Summary

    Failure to comply with these precautions or with specific warnings elsewhere in this manual violates safety standards of design, manufacture, and intended use of the instrumenmts. Boonton Electronics Corporation assumes no liability for the customer’s failure to comply with these requirements.

  • Page 12: 4530 Series Rf Power Meter

    Contents Boonton Electronics 4530 Series RF Power Meter Figure C-1 4530 Series RF Power Meter www.valuetronics.com...

  • Page 13: Repair Policy

    Damaged or defective peak power sensors are repaired as separate accessories. Note that sensors which have failed due to overloading, improper mating, or connecting to an out-of-tolerance connec- tor are not considered defective and will not be covered by the Boonton Warranty. If repair is needed, contact the arranty Boonton Electronics Service Department for return authorization.
  • Page 14 Contents Boonton Electronics 4530 Series RF Power Meter www.valuetronics.com...

  • Page 15: General Information

    1.1 DESCRIPTION The 4530 Series RF Power Meter is a new generation of instruments. It allows high-resolution power measurement of a wide range of CW and modulated RF signals over a dynamic range of up to 90dB depending on sensor. The power meter is available configured as the single-channel Model 4531, or as the dual-channel Model 4532.

  • Page 16: Features

    1 – Fuse Kit 1 – 4530 Series Operators Instruction Manual Other accessories: Rack Mounting Kit See Boonton Electronics Power Sensor Manual for power sensors available. Options: Model 4531 Single Channel RF Power Meter Model 4532 Dual Channel RF Power Meter...

  • Page 17: Calibration Sources

    Boonton Electronics Chapter 1 4530 Series RF Power Meter General Information 1.4.2 Calibration Sources Internal Calibrator 50 MHz ± 0.005% Output Frequency: Level: -60 to +20 dBm Resolution: 0.1 dB steps Source SWR: 1.05 (reflection coefficient = 0.024) ±0.055 dB (1.27%) Accuracy, 0°...

  • Page 18: Measurement Characteristics

    Chapter 1 Boonton Electronics General Information 4530 Series RF Power Meter 1.4.5 Measurement Characteristics Measurements: Average Power* Maximum Average Power* Minimum Average Power* Maximum Instantaneous (“Peak”) Power* Minimum Instantaneous Power* Peak to Average Power Ratio* Cumulative Distribution Functions: CDF, 1- CDF,...

  • Page 19: Interface

    Boonton Electronics Chapter 1 4530 Series RF Power Meter General Information 1.4.7 Interface Video Output: Compressed representation of detected RF envelope of peak channel(s) envelope for external oscilloscope monitor or external device synchroni- zation. This output is roughly logarithmic with input power, is not calibrated, and can not be used for making any measurements.

  • Page 20: Physical Specifications

    Chapter 1 Boonton Electronics General Information 4530 Series RF Power Meter 1.4.9 Physical Specifications Dimensions: 3.5 inches (8.9 cm) high, 8.4 inches (21.3 cm) wide, 13.5 inches (34.3 cm) deep, All dimensions are approximate, and exclude clearance for feet and connectors.

  • Page 21: Installation

    2.2 POWER REQUIREMENTS The 4530 Series is equipped with a switching power supply that permits operation from a 90 to 260 volt, 47 to 63 Hz, single-phase AC power source. Power consumption is 50 VA maximum. For replacement fuses, use the fuse kit supplied.
  • Page 22 Chapter 2 Boonton Electronics Installation 4530 Series RF Power Meter The sensors supplied with the instrument may vary widely in model number and type. Refer to Section 3-9 for information on connecting and calibrating sensors. Upon successful calibration of the supplied sensors, the instrument is ready for use.

  • Page 23: Operation

    OPERATION 3.1 OPERATING CONTROLS, INDICATORS AND CONNECTIONS Controls, indicators and connectors for the 4530 Series RF Power Meter are shown in figures 3-1 and 3-2. The front panel is illustrated in figure 3-1 and the rear panel in figure 3-2.

  • Page 24: Key Function Summary

    Display The 4530 Series RF Power Meter uses a 160x80 pixel graphic liquid crystal display module with a switchable LED backlight. The display contrast may be adjusted by holding down the ESC key while pressing the ∧ ∧ ∧ ∧ ∧...
  • Page 25 One or two sensor inputs are located on the front, or optionally on the rear panel of the instrument. These are 10-pin precision connectors de- signed to accept only Boonton Peak or CW power sensors and Boonton voltage sensors. The sensor inputs are not measurement terminals and cannot be used for other than the intended purpose.

  • Page 26: Video Out

    EXT CAL CONTROL An RJ-11 type modular telephone jack is used to connect the instrument to a Boonton Model 2530 1GHz Programmable Calibrator. This feature must be used to calibrate peak power sensors that cannot be calibrated at 50MHz, the operating frequency of the built-in calibrator.

  • Page 27: Display Functions

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation 3.3 DISPLAY FUNCTIONS The screen display of the 4530 is divided into three sections: the header, the measurement window and the status window. Because these functions apply to all modes of operation, it is very important to understand them thoroughly.

  • Page 28: Operating Mode Summary

    Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter 3.4 OPERATING MODE SUMMARY The 4530 can operate in several modes. It is possible to move between these modes without interrupting the measure- ments currently being performed, even though the measurement display may not always be present.

  • Page 29: Graph Mode

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation 3.4.3 Graph Mode. The Graph Mode can present an oscilloscope style trace of power versus time or power versus percent probability in statistical mode. Each channel may be viewed individually, or both can be overlaid to make channel-to-channel comparisons.

  • Page 30: Menu Mode Operation

    Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Figure 3-8. Zero/Cal Mode (Example) 3.5 MENU MODE OPERATION 3.5.1 Entry. When the Menu key is pressed, the instrument enters Menu Mode (See Figure 3-9). The first time the Menu key is pressed after power-up, the instrument will always enter Menu Mode displaying the Main Menu.

  • Page 31: Menu Screen Display

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation If a precise value is required, a special digit editing mode (Figure 3-10) may be selected. This mode is entered from increment/decrement mode by pressing the > key. When > is pressed, a digit pointer will be displayed below the leftmost digit field, and the ∧...

  • Page 32: Menu Syntax

    Boonton Electronics Operation 4530 Series RF Power Meter Header. The header displays a title line and a line of text describing the currently highlighted item (sensor or measurement status, or auxiliary measurement values). A short description of a selected submenu, or action item, is listed or the value of a selected parameter is displayed.

  • Page 33: Entry

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation 3.6.1 Entry. When the Text key is pressed, the 4530 enters Text Mode. Pressing the ∧ ∧ ∧ ∧ ∧ or ∨ keys while in Text Mode pages up or down through a ∨...

  • Page 34: Entry

    Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter 3.7.1 Entry. When the Graph key is pressed, the 4530 enters Graph Mode. Pressing the ∧ or ∨ keys while in Graph Mode pages the header display up 3.7.2 Measurement Page Selection.

  • Page 35: Parameter Editing

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation The ∧ and ∨ keys are used to increment or decrement the value of the currently selected 3.8.4 Parameter Editing. edit parameter. The increment and decrement intervals are preset, although their values may change depend- ing on current settings.

  • Page 36: Display Formats

    Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter 3.9 DISPLAY FORMATS . Pressing the ∧ or ∨ keys while in Graph Mode or Text Mode pages the 3.9.1 Channel Selection and Paging measurement window and header display up or down through a series of up to three measurement “pages”, each showing one or more common measurements or parameters.

  • Page 37: Mixed Mode Operation

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation 3.9.2 Mixed Mode Operation . All of the measurement functions of the 4532 series can be performed in two independent channels. The trigger system is common to both channels, but either can be selected as the trigger source.

  • Page 38: Sensor Connection And Calibration

    Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Channel 1 Both Channels Channel 2 CW Sensor Peak Sensor (Pulse Mode) Figure 3-17. Text Mixed Mode Measurement Displays Channel 1 Both Channels Channel 2 CW Sensor Peak Sensor (Pulse Mode) Figure 3-18.

  • Page 39: Sensor Connection

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation Since each sensor is different, the power meter must know the precise relationship between RF input amplitude and the sensor’s detected output. Information about this relationship can be characterized at the factory, and stored in the sensor’s EEPROM, then used by the power meter to calculate the input power from the sensor’s output.

  • Page 40: Zero Offset Adjustment

    4530’s built-in 50MHz calibrator. In this case, an external 1GHz calibrator must be used to autocal the sensor. The Boonton Model 2530 1GHz Programmable Calibrator is designed to connect directly to the 4530 and operate under instrument control in the same manner as the internal calibrator. (See Appendix B.) To use an external 2530 calibrator to calibrate sensors, first make sure the 2530 is connected to...

  • Page 41: Calibration Volatility

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation BOONTON ELECTRONICS BOONTON ELECTRONICS MODEL 4530 MODEL 2530 RF POWER METER 1GHZ RF CALIBRATOR EXT CAL EXT CAL CONTROL CONTROL RJ-11 Telephone Cable Figure 3-20. External Calibrator Connection Once proper connection has been verified, the 2530 may be used to automatically calibrate sensors. To select it as the calibration source, press the Zero/Cal key.
  • Page 42 Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Table 3-4. Zero/Cal Menu Zero Chan (ALL SENSOR TYPES) Zero the sensor to remove the low-level power offsets of the sensor without doing a complete AutoCal. This procedure is used to remove the effects of thermal drift. On non-...

  • Page 43: Menu Reference

    CalSource is used to determine which calibrator’s RF output will be turned off during sensor zeroing. All Model 4530 Series RF Power Meters contain a 50 MHz step calibrator. An optional accessory 1 GHz calibrator Model 2530 can also be used for sensor calibration to reduce measurement uncertainty on signals close to or above 1 GHz (See Appendix B).

  • Page 44: Measure Menu

    Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter 3.11.1 Measure Menu. The Measure menu contains items that control the taking of measurements. Main Menu>Measure> Select Run/Stop Capture Stop Stop data capture. INITiate:CONTinuous OFF Restart Data Capture. INITiate[:IMMediate[:ALL] or INITiate:CONTinuous ON Perform Single Sweep.

  • Page 45: Channel Menu

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation 3.11.2 Channel Menu. The Channel menu contains items that affect a single measurement channel. The “channel” is a full measurement path, starting at (and sometimes before) the sensor, and including data acquisition, processing of measurements, and display of the processed information.
  • Page 46 Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Main Menu > Channel 1 | 2 > Params > Filter Set the integration time of the digital filter to reduce noise in Modulated and CW modes. Longer filter times reduce noise, but increase the settling time of the measurement.
  • Page 47 Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation Main Menu > Channel 1 | 2 > Params > DutyCycle Sets the duty-cycle in percent for calculated CW pulse power measurements. Valid only for thermal sensors and CW sensors in the square-law region and subject to the accuracy of the duty-cycle value. Setting the duty-cycle to 100% is equivalent to a CW measurement.
  • Page 48 Select the instrument's internal measurement range when using CW power sensors or Voltage sensors. The 4530 series uses two widely overlapping ranges for power measurements, and voltage sensors add a third range for very high level signals. Auto is the preferred setting, and should be used in all cases except when the signal makes frequent, large, level transitions, or when the absolute fastest settling is needed after a large power step.
  • Page 49 Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation Main Menu > Channel 1 | 2 > Params > Impedance Characteristic impedance is used only for voltage to power conversions. This is useful for calculating and displaying power from a voltage measured across a load impedance using a voltage probe.
  • Page 50 Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Main Menu > Channel 1 | 2 > Display > Resolutn Select the display resolution for the main readings. Note display resolution has no effect on internal measure- ment accuracy or the resolution of readings returned over the remote interface. Measurements are always made with full, internal resolution.
  • Page 51 Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation Main Menu > Channel 1 | 2 > FrDepOfst > Ofst Src Select which, if either, of the two frequency dependent offset tables is to be used. Disable the frequency dependent offset feature. (Default) Table-A Enable the frequency dependent offset feature using “Table A”...

  • Page 52: Markers Menu

    Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Main Menu > Channel 1 | 2 > Snsr Data > GainConst Displays a sensor information screen showing the linearity calibration table that is stored in the EEPROM of the currently installed sensor (CW sensors only). The list shows each “range” (measurement segment), along with an Upscale and Downscale coefficient for that range.

  • Page 53: Trig/Time Menu

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation Horizontal Horizontal markers appear as horizontal bars, and measure the percent at a particu- lar power level in Statistical mode. Horizontal markers may also be used in Pulse mode graph display as “reference lines”, to indicate certain power levels. In this case they are strictly visual tools, and no marker measurements can be performed.

  • Page 54: Display:delay

    Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Main Menu > Trig/Time > Trig Pos Selects the position of the trigger event on displayed sweep. The following descriptions assume zero trigger delay. If trigger delay is positive, the trigger position will move further to the left (less pre-trigger and more post-trigger information is shown.
  • Page 55 Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation Main Menu > Trig/Time > HoldOff Sets the trigger holdoff time. Trigger holdoff is used to disable the trigger for a specified amount of time after each trigger event. The holdoff time starts immediately after each valid trigger edge, and will not permit any new triggers until the time has expired.

  • Page 56: Statisticl Menu

    Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter 3.11.5 Statisticl Menu. The Statisticl menu is used to configure data acquisition and measurement parameters for statistical mode operation. Statistical mode is a special operating mode that acquires a very large sample population, and analyzes the distribution of power levels rather than the measuring power in the time domain as is done in conventional power meters.

  • Page 57: Calibratr Menu

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation Main Menu > Statisticl > TrmCount Sets the terminal count (sample population size) for statistical mode acquisition. When the terminal count is reached, the CDF is considered “complete”, and the instrument will halt acquisition if INITiate:CONTinuous is set to OFF.
  • Page 58 Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Main Menu > Calibratr > [ Int Signal, Ext Signal ] Control the on/off state of the selected calibrator, and modulation source for the External Calibrator. Disable the selected calibrator’s RF output. (Power-on default) On CW Enable the selected calibrator’s RF output.

  • Page 59: Save/Recl Menu

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation Main Menu > Calibratr > [ SelectInt, SelectExt ] Selects the active calibrator. Only the menu item for the currently inactive calibrator is displayed. Note that attempting to select the external calibrator will generate an error if it is not connected or turned on.
  • Page 60 Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Main Menu > Utilities > Display > Backlight Selects the operating mode of the LCD backlight. Turning the backlight off reduces power consumption of the power meter, and extends the life of the display.
  • Page 61 Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation Main Menu > Utilities > IEEE-488 > SRQ Mask Set the GPIB Service Request Enable mask value. This value is used to enable particular bits for generating a service request (SRQ) over the GPIB when certain conditions exist in the Status Byte register. When a mask bit is set, and the corresponding STB bit goes true, an SRQ will be generated.
  • Page 62 Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Main Menu > Utilities > Serial > ParityBit Select whether the serial port will transmit a parity bit, and if so, its polarity. This parameter must be set - setting instrument defaults has no effect.
  • Page 63 Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation Manual The recorder output will generate a manually ranged signal that follows the pri- mary reading of the selected channel. The output voltage is scaled using the preset minimum and maximum signal levels to correspond to minimum and maxi- mum output voltages.
  • Page 64 Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Main Menu > Utilities > Recorder > Calibrate > Slope Adj Adjusts the slope, or gain of the recorder output. This command is typically used with a recorder Zero Adj command to calibrate the recorder output for maximum absolute accuracy.

  • Page 65: Help Menu

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation Main Menu > Utilities > Sys-Tests > Recorder Perform a diagnostic test of the recorder output. While the test is running, the recorder output should generate a repeating ramp waveform that spans the full output range of the recorder output from -10.0V to +10.0 volts.

  • Page 66: Menu Summary

    Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter 3.11.11 Menu Summary . The following table is a compressed summary the entire menu structure of the Model 4530. Each level of indent indicates a new submenu Table 3-5. Main Menu Summary Measure .
  • Page 67 Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation Table 3-5. Main Menu Summary - (Cont) FrDepOfst ....Freq Dependent Offset Submenu Ofst Src .
  • Page 68 Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Table 3-5. Main Menu Summary - (Cont) Utilities ..... Instrument Utilities Menu InstrStat .

  • Page 69: Error Messages And Status Codes

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation 3.12 ERROR MESSAGES AND STATUS CODES The following tables show the various error, warning or status messages that may appear from time to time, along with an explanation of the meaning of the message. In some cases, the messages may be ignored, while other messages indicate a major malfunction or error that prevents the power meter from performing measurements.
  • Page 70 Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter Table 3-8. Sensor Zero / Cal Status Codes operation complete, no errors coarse peak offset failed top power code too low or too high zero power point invalid power entries nonmonotonic...

  • Page 71: Recorder Output Calibration

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation 3.13 RECORDER OUTPUT CALIBRATION The recorder output may be user calibrated for maximum in-system accuracy when used as a measurement monitor. The output span of the hardware is -10.0 to +10.0 volts. This span is covered by a 12-bit D/A converter, which generates 4096 voltage steps to cover the 20 volt span, or about 5 millivolts per step.

  • Page 72: Firmware Update

    Firmware is automatically updated to the latest version any time the power meter is returned for factory service or calibration, but it is also possible to download firmware from the Boonton Electronics website ( www.boonton.com ), and install the firmware into the instrument via the serial port on most personal computers (Windows 95, 98, 2000, ME, XP, and NT).

  • Page 73: Troubleshooting

    Boonton Electronics Chapter 3 4530 Series RF Power Meter Operation main software version, and a DSP software version. They may not be the same, but the more recent of these dates should match the datecode of the update file just downloaded. If the updated versions do not appear, the download failed and the old software is still installed.
  • Page 74 Chapter 3 Boonton Electronics Operation 4530 Series RF Power Meter 3-52 www.valuetronics.com...

  • Page 75: Remote Operation

    The Listen string terminator character (EOS) can be set under menu item >ListnTerm to ASCII character LF (or NL, decimal 10) or CR (decimal 13). The 4530 Series always responds to the GPIB end signal (EOI), which may be sent by the controller with the last character of the command string or with the EOS character.

  • Page 76: Scpi Language Syntax

    SYSTem:LANGuage SCPI The SCPI Model of the 4530 Series provides a single or dual SENSe sub-system to handle sensor input and a matching single or dual CALCulate sub-system to process the data obtained from the sensors into useful results. A TRIGger sub-system provides for measurement and signal synchronization.

  • Page 77: Basic Measurement Operation

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation Command which takes numeric argument: SENSe1:AVERage <n> TRIGger:SOURce <asc> Command with literal text argument: CALCulate[1|2]:LIMit:UPPer <n> Command to set a parameter: CALCulate[1|2]:LIMit:UPPer? Same command; query that parameter: *CLS Command with no query form:...

  • Page 78: Command Reference

    Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter 4.5 COMMAND REFERENCE. This section contains a list of all remote commands accepted by the 4530. The list is grouped by SCPI or IEEE488 function, and detailed descriptions of each commands may be located by section. The final section contains a summary list of commands.:...

  • Page 79: Measure:voltage

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation MEASure:VOLTage Description: Return average voltage using a default instrument configuration. Syntax: MEASure[1|2]:VOLTage? Returns: Average voltage in linear volts Valid Modes: Automatically sets to Modulated or CW voltage mode before measurement.
  • Page 80 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter ABORt Description: Terminates any measurement in progress and resets the state of the trigger system. Note that ABORt will leave the measurement in a stopped condition, and forces INITiate:CONTinuous to OFF.
  • Page 81 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation FETCh:ARRay:MARKer:POWer Description: Returns the current power readings at both markers on the specified channel. Syntax: FETCh[1|2]:ARRay:MARKer:POWer? Returns: Pwr@Marker1, Pwr@Marker2 in active units Valid Modes: Pulse and Statistical modes MARKer:MODe must be set to VERT...
  • Page 82 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter FETCh:ARRay:PULse:POWer Description: Returns an array of the current marker measurements for the specified channel. The array consists of the average, maximum, and minimum power and peak-to-average ratio between the two markers, powers at both markers, and the ratio of the two markers. Note the peak- to-average ratio and marker ratio are returned in dB for log units, and percent for linear units.
  • Page 83 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation FETCh:ARRay:AMEAsure:POWer Description: Returns an array of the current automatic statistical measurements performed on a sample population. Measurements performed are: long term average, peak and minimum powers, peak-to-average ratio, power at each marker, statistical percent at each marker, and the sample population size in megasamples.
  • Page 84 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter READ:MARKer:POWer Description: Performs a single measurement and returns the power reading at the specified marker on the specified channel. Syntax: READ[1|2]:MARKer[1|2]:POWer? Returns: power or voltage in active units Valid Modes:...
  • Page 85 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation READ:ARRay:CW:VOLTage Description: Performs a single measurement and returns the average, maximum, minimum voltage and peak-to-average ratio in dB (peak sensor) or pulse voltage (CW sensor) for the specified channel. Note that the values for maximum and minimum voltage will depend on the peak hold mode;...
  • Page 86 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter READ:ARRay:AMEAsure:POWer Description: Performs a single measurement and returns an array of automatic power measurements performed on a sample population. Measurements performed are: peak power during the pulse, average power over a full cycle of the pulse waveform, average power during the pulse, IEEE top amplitude, IEEE bottom amplitude, and overshoot.

  • Page 87: Talk Mode

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation Description: Configures native mode talk instructions to return Channel 1 measurement data Syntax: Argument: None Valid Modes: SYSTem:LANGuage must be set to BOON to use native mode instructions Restrictions:...
  • Page 88 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter TKSDATA Description: Returns the sensor data table from sensor’s EEPROM. Note that year codes are excess- 1990, that is 5 means 1995, and 11 means 2001. Power and attenuation levels are coded as dBm x 100;...
  • Page 89 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation TKSCWRG Description: Returns the CW sensor linearity calibration table from sensor’s EEPROM. CW power sensors have 7 pairs of upscale / downscale gain factors, and voltage probes have eight pairs of upscale / midscale / downscale gain factors.
  • Page 90 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter TKPWR Description: Sets the talkmode to return the average, maximum and minimum power and peak-to-average ratio (or pulse power, for CW sensors) for the selected channel each time the 4530 is addressed to talk.
  • Page 91 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation TKMK2 Description: Sets the talkmode to return the reading at marker 2 for the active channel each time the 4530 is addressed to talk. This is a “permanent” talkmode, and will remain in effect until a new talkmode is set.
  • Page 92 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter TKPLSPWR Description: Sets the talkmode to return an array of automatic power measurements performed on a periodic pulse waveform each time the 4530 is addressed to talk. Measurements performed...

  • Page 93: Sense Subsystem

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation 4.5.6 SENSE Subsystem - The purpose of the SENSe command subsystem is to directly configure device specific settings used to make measurements, generally parameters related to the RF power sensor and signal process- ing.
  • Page 94 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter SENSe:FILTer:TIMe Description: Set or return the current length of the integration filter on the selected channel. If the filter state is set to AUTO, querying the time will return -0.01, and if set to OFF, a time query will return 0.00.
  • Page 95 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation SENSe:CORRection:FDOFfset Description: Set or return the name of the current frequency dependent offset table in use on the se- lected channel. Two tables (TableA and TableB) are available, and each holds a list of up to 64 frequencies and corresponding offset values.
  • Page 96 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter SENSe:PULSe:UNITs Description: Set the units for entering the pulse distal, mesial and proximal levels. If units is set to VOLTS, the pulse transition levels will be defined as the specified percentage in voltage. If set to WATTS, the levels are defined in percent power.
  • Page 97 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation SENSe:PULSe:STARTGT Description: Set or return the point on a pulse, which is used to define the beginning of the pulse’s “active” interval. This point is defined in percent of the total pulse duration, with 0% corresponding to the midpoint of the rising edge, and 100% corresponding to the midpoint of the falling edge, as defined by the mesial setting.

  • Page 98: Calculate Subsystem

    Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter 4.5.7 CALCulate Subsystem - The CALCulate group of the command subsystem is used to configure post acquisition data processing. Functions in the CALCulate subsystem are used to configure the measurement mode and control which portions of the acquired measurement data is used and how it is processed to yield a finished measure- ment.
  • Page 99 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation CALCulate:DCYC Description: Set or return the pulse duty cycle in percent of the input waveform of the selected channel. This value is used to calculate the theoretical pulse power based on an average power measurement of a periodic pulse waveform.
  • Page 100 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter CALCulate:UNITs Description: Set or return default programming/display units for the selected channel. For power sen- sors, voltage is calculated with reference to the sensor input impedance. For voltage sensors, power is calculated using the user supplied impedance parameter. Note that in...

  • Page 101: Calculate:limit:upper

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation CALCulate:LIMit:UPPer Description: Set or return the upper limit power level for the selected channel. This limit is used for level alarms. When the measured average power is above the upper limit, an up arrow will appear on the display above the units on the main text screen, and flag bits are set in the alarm register which may be accessed using CALCulate:LIMit commands.

  • Page 102: Calculate:limit:clear

    Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter CALCulate:LIMit:CLEar Description: Reset (clear to zero) the selected channel’s latched alarm limit status flags. Note that the “current status” limit flags will continue to indicate the current alarm state.

  • Page 103: Display Subsystem

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation MARKer:POSition:TIMe Description: Set or return the time (position) of the selected vertical marker relative to the trigger. Note that time markers must be positioned within the time limits of the trace window in the graph display.
  • Page 104 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter DISPlay:%OFST Description: Set or return the horizontal trace offset in statistical percent. Syntax: DISPlay:%OFST <n> Argument: <n> = 0 to 99 % (see restrictions) Valid Modes: Statistical mode only Restrictions: The sum of %SPAN and %OFST must not be greater than 100%.
  • Page 105 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation DISPlay:TXT Description: Set the display to single channel text mode showing measurements for only the selected channel, and set the header and measurement page to the value specified by the command argument.
  • Page 106 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter DISPlay:TRACe:PCTSPAN Description: Set or return the vertical span (sensitivity) of the selected channel’s graph display when using linear units in ratiometric (reference) mode. The 4530 has fixed vertical span settings in a 1-2-5 sequence, and if the argument does not match one of these settings, it will be forced to the next highest entry.

  • Page 107: Trigger Subsystem

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation DISPlay:TEXT:RESolution Description: Set or return the display resolution for the selected channel’s reading in the main text display. When logarithmic units are in use, the argument sets the number of digits dis- played after the decimal point.

  • Page 108: Trigger:holdoff

    Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter TRIGger:HOLDoff Description: Set or return the trigger holdoff time. Trigger holdoff is used to disable the trigger for a specified amount of time after each trigger event. The holdoff time starts immediately after each valid trigger edge, and will not permit any new triggers until the time has expired.

  • Page 109: Trigger:slope

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation TRIGger:SLOPe Description: Set or return the trigger slope or polarity. When set to POS, triggers will be generated when a signal’s rising edge crosses the trigger level threshold. When NEG, triggers are generated on the falling edge of the pulse.

  • Page 110: Trace Data Array Commands

    Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter 4.5.11 TRACe Data Array Commands - The TRACe group of commands is used to control the output of acquired measurement arrays, which appear as a display trace when the power meter is in Graph mode. The TRACe commands allow outputting a channel’s entire trace (126 measurement points) as one large array, or selecting and...

  • Page 111: Sense:mbuf Data Array Commands

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation 4.5.12 SENSe:MBUF Data Array Commands - The MBUF commands (which are grouped under the SENSe subsystem) are used to control buffered data capture and output of a long array of sequential readings (the “Measure- ment BUFfer”).
  • Page 112 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter SENSe:MBUF:POSition Description: Return the current acquisition position into the measurement buffer, which is the index of the next buffer point which will be written to. This command is useful for determining whether the measurement buffer is full.

  • Page 113: Sense:sbuf Data Array Commands

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation 4.5.13 SENSe:SBUF Data Array Commands - The SBUF commands (which are grouped under the SENSe subsystem) are used to control data capture and output of a long array of sequential measurement samples (the “Sample BUFfer”).
  • Page 114 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter SENSe:SBUF:COUNt Description: Set or return the number of samples (power readings), which will be returned each time the SENSe:SBUF:DATA? query is issued in “user” sampling mode. At the completion of each read, INDEX is automatically incremented by COUNT.
  • Page 115 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation SENSe:HIST:COUNt Description: Set or return the number of histogram elements (bins), which will be returned each time the SENSe:HIST:DATA? query is issued. At the completion of each read, INDEX is automati- cally incremented by COUNT.

  • Page 116: Calibration Sybsystem

    Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter SENSe:CALTAB:INDEX Description: Set or return the array index for the first caltable element to be returned next time the SENSe:CALTAB:DATA? query is issued. Index 0 is the first element in the caltable, and will contain the lowest power level in the sensor’s calibration.

  • Page 117: Memory Subsystem

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation CALibration:{INTernal|EXTernal}:FIXedcal Description: Performs a single point sensor gain calibration of the selected sensor with selected calibra- tor. This procedure calibrates the sensor’s gain at a single point. At other levels, that gain setting is combined with stored linearity factors to compute the actual power.

  • Page 118: Output Subsystem

    The internal calibrator is CW, and only ON/OFF status and output levels may be set. The external calibrator (Boonton Model 2530, see appendix) can operate in CW mode, and can also be configured as a programmable pulse source, with options for modulation rate and duty cycle. The 4530’s rear-panel recorder output is completely programmable, and may be used as a DC voltage output, or configured to output a voltage proportional to the measured signal on either display channel with adjustable or automatic scaling.
  • Page 119 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation OUTPut:EXTernal:MODulation Description: Set or return the output modulation state for the 2530 external calibrator. If set to CW, a calibrated CW signal will be generated. If set to PULSE, the output will be pulse modulated as specified by the OUTPut:EXTernal:PULse:PERiod, :DCYC, and :SOURce settings.
  • Page 120 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter OUTPut:RECOrder:MEAS Description: Set or return the recorder output’s measurement mode. If set to AUTO, the output level is automatically scaled to match the display, and generally will “downscale” every decade as power increases.
  • Page 121 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation OUTPut:RECOrder:FAST Description: Set or return the state of the recorder “fast mode” setting. OFF is the instrument’s power- on default setting, and uses standard recorder output speed (about 50ms). Display and other functions including bus operation have priority over recorder output update.

  • Page 122: System Subsystem

    Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter 4.5.18 SYSTem Subsystem - The SYSTem group of commands is used to control system-level functions not directly related to instrument measurement performance. SYSTem commands are used to return error codes or mes- sages from the power meter error queue, control hardware features (backlight and keybeep), set the command lan- guage, and configure communication parameters for the GPIB and serial interfaces.
  • Page 123 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation SYSTem:LIGHT Description: Set or return the display backlight status. OFF = always off, ON = always on, ON_1 and ON_5 = on at any key press, off after 1 or 5 minutes of keyboard inactivity, Syntax: SYSTem:LIGHT <asc>...

  • Page 124: Status Commands

    Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter SYSTem:COMMunicate:GPIB:ADDRess Description: Set or return the instrument’s primary GPIB address. Use this command with caution, as GPIB communication could become locked up if proper addressing does not occur. Syntax: SYSTem:COMMunicate:GPIB:ADDRess <n>...

  • Page 125: Status:operation:enable

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation STATus:OPERation:EVENt Description: Return the SCPI Operation Status Event register, which contains the latched bits of the Operation Status register. If any of the bits in the status register have gone high, the corresponding bit in the event register will be set, indicating that the event of interest is present or has occurred.

  • Page 126: Status:questionable:condition

    Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter STATus:QUEStionable:CONDition Description: Return the current value (condition) of the SCPI Questionable Status register. The follow- ing table shows the bit assignments in the register: Value Definition Voltage 1 = an internal power supply voltage is out of spec.
  • Page 127 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation *ESE Description: Set or return the Standard Event Status Enable Register. The mask value in this register is used to enable particular bits for generating a service request (SRQ) over the GPIB when certain conditions exist in the Event Status Register.
  • Page 128 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter *OPC Description: Clear or read the OPC (OPeration Complete) status flag. Issuing this command with no arguments clears the flag (resets it to zero), and the query form of the command returns the flag’s current value.
  • Page 129 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation *STB Description: Return the current value of the STatus Byte register. This register has bits assigned to a number of possible events or conditions of the instrument. The register value may be read using this command, or may be used to generate a service request (SRQ) over the GPIB when certain conditions exist.

  • Page 130: Remote Interface Command Summary

    Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter *TRG Description: Trigger a measurement. This command is equivalent to receiving a GET command from the GPIB bus controller. If the trigger is armed (usually by an INITiate command) and trigger source is set to BUS, a new measurement will begin when *TRG is received.
  • Page 131 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation Table 4-1 Remote Command Summary (Cont) CALibration[1 | 2]:{INTernal | EXTernal}:ZERO[?] Performs sensor zero offset null adjustment,[return err flag] CALibration[1 | 2]:{INTernal | EXTernal}:FIXEDcal[?] Performs single-point sensor gain calibration, [return err flag] CALibration[1 | 2]:{INTernal | EXTernal}:AUTOcal[?] Performs multi-point sensor gain “step”...
  • Page 132 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter Table 4-1 Remote Command Summary (Cont) MEMory:SYS[1 | 2 | 3 | 4]:LOAD recall stored instrument setup from setup memory location 1 thru 4. MEMory:SYS[1 | 2 | 3 | 4]:STORe store instrument setup in setup memory location 1 thru 4.
  • Page 133 Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation Table 4-1 Remote Command Summary (Cont) SENSe[1 | 2]:PULse:DISTal <n> set/return pulse distal level in percent of top power, <n> = 0 to 100% SENSe[1 | 2]:PULse:MESIal <n> set/return pulse mesial level in percent of top power, <n> = 0 to 100% SENSe[1 | 2]:PULse:PROXimal <n>...
  • Page 134 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter Table 4-1 Remote Command Summary (Cont) SYSTem:COMMunicate:GPIB:ADDRess <n> set/return instrument’s own GPIB primary address, <n> = 0 to 30 SYSTem:COMMunicate:GPIB:LISTen <asc> set/return LISTENER line termination, <asc> = CR, LF SYSTem:COMMunicate:GPIB:TALK <asc>...

  • Page 135: Remote Sensor Calibration

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation 4.6 REMOTE SENSOR CALIBRATION 4.6.1 AutoCal (Peak or CW Sensors) - When maximum accuracy is required, an automatic sensor calibration (AutoCal) should be used. This steps the sensor through a series of calibrated power levels and builds the sensor’s linearity calibration table for its entire dynamic range.

  • Page 136: Native Mode Programming

    Boonton Electronics Remote Operation 4530 Series RF Power Meter This method is simple but has a disadvantage. You must anticipate the time required. An incorrect estimate will waste time or cause an error. A better but more complicated method makes use of the service request capability of the GPIB.

  • Page 137: Scpi Example Program Fragments

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation 4.8 SCPI EXAMPLE PROGRAM FRAGMENTS. 4.8.1 Pulse Mode Example - Signal in: 100 microsecond wide periodic pulse waveform, modulating a 1 GHz carrier. Peak sensor in use, trigger level is valid and results in synchronized trace when viewed in GRAPH mode.
  • Page 138 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter d. Use an internal signal trigger to initiate successive measurements. CALC1:MODE pulse Set for pulse measurement mode TRIG:SOUR sensor1 Set trigger source for sensor1 input signal ABORT Measurements STOP and triggers go to idle.

  • Page 139: Modulated Mode

    Boonton Electronics Chapter 4 4530 Series RF Power Meter Remote Operation 4.8.2 Modulated Mode Example - Signal in: 100 microsecond wide periodic pulse waveform, modulating a 1 GHz carrier. Peak sensor in use. NOTE When the trigger source is set to Bus or to Bus in combination with a signal source, the READ command cannot be used.
  • Page 140 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter b. Making successive measurements. CALC1:MODE cw Set for CW measurement mode TRIG:SOUR bus Set trigger source for bus ABORT Measurements STOP and triggers go to idle. {send GET} or *TRG...

  • Page 141: Error And Status Codes

    Attempting to set a parameter or talkmode while in the wrong measurement mode (such as setting a statistical talkmode while in peak-continuous mode, or setting the marker in percent while in peak-pulse mode, or using a Boonton language command in an SCPI-only mode). E-222 Numeric argument out of range.
  • Page 142 Chapter 4 Boonton Electronics Remote Operation 4530 Series RF Power Meter 4-68 www.valuetronics.com...

  • Page 143: Making Measurements

    5.1 SENSOR TYPES The 4530 Series RF Power Meter can operate with any type of Boonton sensor to measure CW or modulated RF power or voltage over a wide range of operating frequencies. Refer to Appendix A for a description of the most popular sensors.
  • Page 144 Making Measurements 4530 Series RF Power Meter Frequency and linearity correction factors for Boonton CW Power Sensors are stored in the sensor adapter, and power measurements can be taken immediately upon inserting the sensor. For best performance, zero the sensor before taking any low-level measurements. A single- or multi-point calibration can be performed if desired to enhance the absolute accuracy of the measurement.

  • Page 145: Selecting The Right Sensor

    The primary drawback is slow response time, and lack of sensitivity for low-level measurements. 5.3 MEASUREMENT MODES The 4530 Series RF Power Meter can accept any type of Boonton power or voltage sensor, and each sensor type can operate in one or more measurement modes. 5.3.1 CW Mode .

  • Page 146: Modulated Mode

    Boonton Electronics Making Measurements 4530 Series RF Power Meter CW mode measures the average power of CW signals (and modulated signals if using a thermal sensor or diode sensor within the square-law region), and displays a high-resolution measurement. The power is automatically corrected for sensor frequency response, and filtered using user-selectable parameters, then displayed on the front panel readout.

  • Page 147: Pulse Mode

    . For periodic or pulsed signals, it is often necessary to analyze the power for a portion of the waveform, or a certain region of a pulse or pulse burst. For these applications, the 4530 Series has a triggered Pulse Mode. Operation in this mode is similar to a digital storage oscilloscope - power samples are stored in a circular memory buffer until a trigger signal is received.

  • Page 148: Selecting The Right Measurement Mode

    4530 Series RF Power Meter 5.4 SELECTING THE RIGHT MEASUREMENT MODE Since the 4530 Series RF Power Meter can accept any type of Boonton power or voltage sensor, and each sensor type can operate in one or more measurement modes.

  • Page 149: Setting Measurement Parameters

    Boonton Electronics Chapter 5 4530 Series RF Power Meter Making Measurements 5.4.4 Statistical Mode . Statistical Mode is only available when using a peak power sensor, and is best choice for analyzing “noise-like” signals that are modulated in a random, nonperiodic fashion. Statistical mode yields information about the probability of occurance of various power levels without regard for when those power levels occured.
  • Page 150 Boonton Electronics Making Measurements 4530 Series RF Power Meter Averaging (Optional setting for Pulse Mode) - Sets the trace averaging for reducing noise on the trace display, marker measurements, and automatic pulse measurements. The default setting is 4, but setting to 32 or higher can significantly reduce noise for low-level pulse waveforms.

  • Page 151: Measuring Gsm And Edge

    4530 Series can return other data as well. This information is not intended as a tutorial on each of the signal types, but rather a guide on how to get started.

  • Page 152: Measuring Iden

    Chapter 5 Boonton Electronics Making Measurements 4530 Series RF Power Meter Meas Mode: Pulse Frequency: 850 MHz (or whatever operating frequency is in use) Averaging: 4 (use less for faster response time, more for better noise rejection) TimeSpan: 10 ms (shows the full 6.67ms burst and both edges)

  • Page 153: Measuring Bluetooth

    Boonton Electronics Chapter 5 4530 Series RF Power Meter Making Measurements Meas Mode: Pulse Frequency: 0.815 GHz (or whatever operating frequency is in use) Averaging: 8 (use less for faster response time, more for better noise rejection) TimeSpan: 20 ms (shows the full 15ms burst and both edges)

  • Page 154: Measuring Cdma

    CDMA formats including cdmaOne, cdma2000, and W-CDMA. The video bandwidth of the 4530 Series power meters with a Boonton 575xx peak power sensors is wide enough to easily cover these formats. For future wideband formats that may require more than the 6MHz bandwidth of the 575xx sensors, the 573xx sensors offer a bandwidth of 20MHz when used with the 4530 Series.

  • Page 155: Measuring Hdtv

    The video bandwidth of the 4530 Series power meters with a Boonton 575xx peak power sensors is just wide enough to cover a 6MHz channel. For HTDV formats using more than 6MHz of spectrum space, the 573xx series sensors should be used.

  • Page 156: Error Contributions

    Chapter 5 Boonton Electronics Making Measurements 4530 Series RF Power Meter 5.7.1 Error Contributions. The total measurement uncertainty is calculated by combining the following terms: 1. Instrument Uncertainty 2. Calibrator Level Uncertainty 3. Calibrator Mismatch Uncertainty 4. Source Mismatch Uncertainty 5.

  • Page 157: Calibrator Mismatch Uncertainty

    AutoCal method is recommended for CW sensors rather than simply performing a FixedCal. The shaping error for CW sensors using the FixedCal calibration method is listed in the Boonton Electronics Power Sensor Manual as “Power Linearity Uncertainty”, and depends upon signal level. If the AutoCal calibration method is used with a CW sensor, a fixed value of 1.0% may be used for all signal levels.
  • Page 158 Noise Error = ± Sensor Noise (in watts) / Signal Power (in watts) 0 100 % The noise rating of a particular power sensor may be found on the sensor datasheet, or the Boonton Electronics Power Sensor Manual. It may be necessary to adjust the sensor noise for more or less filtering or averaging, depending upon the application.

  • Page 159: Sample Uncertainty Calculations

    This will reduce certain uncertainty terms, as discussed below. Step 1: The Instrument Uncertainty figure for the 4530 Series is ±0.20%. Since a portion of this figure is meant to include temperature drift of the instrument, and we know an AutoCal has just been performed, we’ll estimate (for lack of more detailed, published information) that the instrument uncertainty is ±0.10%, or half the published figure.
  • Page 160 = ±1.58% Step 9: The Sensor Calfactor Uncertainty is calculated from the uncertainty values in the Boonton Electronics Power Sensor Manual. There is no entry for 10.3GHz, so we’ll have to look at the two closest entries. At 10GHz, the calfactor uncertainty is 5.33%, and at 11GHz it is 4.71%.
  • Page 161 In this example, we will assume that an AutoCal was performed on the sensor earlier in the day, so time and temperature drift may play a role in the uncertainty. Step 1: The Instrument Uncertainty figure for the 4530 Series is ±0.20%. Since it has been a while since AutoCal, we’ll use the published figure.
  • Page 162 Step 9: The Sensor Calfactor Uncertainty needs to be interpolated from the uncertainty values in the Boonton Electronics Power Sensor Manual. At 1 GHz, the sensor’s calfactor uncertainty is 2.23%, and at 0.5GHz it is 1.99%.
  • Page 163 50MHz calibration. The 57000 series sensors are DC-coupled, and have an extended low-frequency limit in the low-bandwidth setting, so are able to be calibrated from the built-in 50 MHz calibrator of the 4530 Series RF Power Meter. All CW power sensors listed require only the built-in 50 MHz calibrator of the 4530 Series. One five-foot long peak sensor cable is included per channel except when one or more CW sensors are ordered with the 4530.
  • Page 164 (Low BW) Int. Trig Range Continuous Setting Setting For use with the 4530 Series RF Power Meter plus optional Model 2530 1 GHz Calibrator accessory only 56218 0.03 to 18 GHz -24 to +20 dBm 1 W for 1µs <150 ns <500 ns...
  • Page 165 Boonton Electronics Appendix A 4530 Series RF Power Meter Sensors CW Power Sensors Model Frequency Dynamic Range Overload Maximum SWR Range Rating Impdance Pulse / Frequency RF Conn Continuous Wide Dynamic Range Dual Diode Sensors 51075 500 kHz to 18 GHz -70 to +20 dBm 1 W for 1µs...
  • Page 166 Appendix A Boonton Electronics Sensors 4530 Series RF Power Meter CW Power Sensors (Cont) Model Frequency Dynamic Range Overload Maximum SWR Range Rating Impdance Pulse / Frequency RF Conn Continuous Thermocouple Sensors - Continued 51300 10 MHz to 18 GHz 0 to +44 dBm 150 W for 1µs...

  • Page 167: Model 2530 1Ghz Calibrator

    + or – for Internal and External pulses RF Connector: Type N, front or optional rear panel location External Pulse Modulation Input: Type BNC, rear panel, TTL compatible Controller connector: RJ-11 Controller: Boonton Electronics Model 4531/4532 RF Power Meter www.valuetronics.com...
  • Page 168 Appendix B Boonton Electronics 2530 1GHz Calibrator 4530 Series RF Power Meter Miscellaneous Power requirements: 90 to 260 VAC, 47 to 63 Hz, < 50 VA, < 30 watts No voltage switching required. Cooling: Internal fan. Dimensions: 3.5 inches (8.9 cm) high, 8.4 inches wide (21.3 cm), approx.

This manual is also suitable for:

45324531

Table of Contents