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Strany 1 - RF VOLTMETER

INSTRUCTION MANUAL 9240 SERIES RF VOLTMETER REV DATE 01/20/2011 MANUAL P/N 98406900A CD P/N 98406999A

Strany 2 - Contents

Boonton 9240 Series RF Voltmeter This page intentionally left blank. Contents x

Strany 3 - SAFETY SUMMARY

Boonton 9240 Series RF Power Meter THE FOREGOING WARRANTIES ARE IN LIEU OF ALL OTHER WARRANTIES, EXPRESS OR IMPLIED, INCLUD-ING, BUT NOT LIMITED TO,

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Boonton 9240 Series RF Voltmeter 1. General Information This instruction manual provides general information, installation and operating instructions

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Boonton 9240 Series RF Voltmeter 1.2 Description The Model 9240 is a DSP (digital signal processor) based RF Voltmeter capable of measuring RF volta

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Boonton 9240 Series RF Voltmeter • Dual Independent Channels. When equipped with the optional second measurement channel, the instrument can display

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Boonton 9240 Series RF Voltmeter • Simple Instrument Setup and Operation. The front panel conductive rubber keypad provides access to menus which con

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Boonton 9240 Series RF Voltmeter 1.4 Accessories Optional 9240 accessories that can be ordered from Boonton Electronics. A Sensor Data Adapter for e

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Boonton 9240 Series RF Voltmeter Table 1-1 Accessories for the 9240 Series (continued) Selection Part Number Description Optional 54550

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Boonton 9240 Series RF Voltmeter 1.6 Specifications Performance specifications for the 9240 Series are listed in Table 1-2. Table 1-2 9240 Series

Strany 11 - 1. General Information

Boonton 9240 Series RF Voltmeter INPUT RESISTANCE VS. FREQUENCY, MODEL 952001B RF PROBE INPUT CAPACIT

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Boonton 9240 Series RF Voltmeter Table 1-2 9240 Series Performance Specifications (continued) MEASUREMENT SYSTEM Voltage Probe Inputs: One or

Strany 13 - General Information

Boonton 9240 Series RF Voltmeter INSTRUCTION MANUAL, 9240 SERIES RF VOLTMETER Revision date 01/20/2011 © Copyrig

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Boonton 9240 Series RF Voltmeter Table 1-2 9240 Series Performance Specifications (continued) Frequency Effect: Model 952016 Low Frequency Probe w

Strany 15 - 1.4 Accessories

Boonton 9240 Series RF Voltmeter Table 1-2 9240 Series Performance Specifications (continued) EXTERNAL INTERFACES Outputs Front panel or optio

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Boonton 9240 Series RF Voltmeter Table 1-2 9240 Series Performance Specifications (continued) REGULATORY CHARACTERISTICS CE Mark: Full complia

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Boonton 9240 Series RF Voltmeter 2. Installation This section contains unpacking and repacking instructions, power requirements, connection descripti

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Boonton 9240 Series RF Voltmeter Table 2-1 9240 Series Packing List INSTRUMENT (See also Table 1-1) 9240 Series RF Voltmeter Line Cord Boonton I

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Boonton 9240 Series RF Voltmeter 2.4 Preliminary Check The following preliminary check verifies that the instrument is operational and has the corre

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Boonton 9240 Series RF Voltmeter 8. Use the <Down Arrow> key to move the "<" cursor to SWITCHES and press <ENTER>. Press eac

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Boonton 9240 Series RF Voltmeter 3. Getting Started This chapter will introduce the user to the 9240 Series. The chapter will identify objects on t

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Boonton 9240 Series RF Voltmeter Figure 3-1. Standard 9240 Series RF Voltmeter - Front Panel Table 3-1 Operating Controls, Indicators and Conne

Strany 23 - 2. Installation

Boonton 9240 Series RF Voltmeter Table 3-1 Operating Controls, Indicators and Connections (continued) Reference # Front Rear Nomenclature Func

Strany 24 - Installation

Boonton 9240 Series RF Voltmeter SAFETY SUMMARY The following general safety precautions must be observed during all phases of operation and mainten

Strany 25 - 2.4 Preliminary Check

Boonton 9240 Series RF Voltmeter Table 3-1 Operating Controls, Indicators and Connections (continued) Reference # Front Rear Nomenclature Fun

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Boonton 9240 Series RF Voltmeter Figure 3-2. 9240 Series - Rear Panel (Shown without optional rear panel connectors not installed) Getting Starte

Strany 27 - 3. Getting Started

Boonton 9240 Series RF Voltmeter 3.3 Operation The Model 9240 can be configured for operation via the six switches on the front panel;

Strany 28 - Getting Started

Boonton 9240 Series RF Voltmeter DUAL CHANNEL ACM M M M M L ± D D D D D D U U U U PK∆ ( B A R G R A P H )

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Boonton 9240 Series RF Voltmeter Figure 3-5. Model 9240, Command Set Last Menu Operation. In keeping with minimum key stokes to perform a function

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Boonton 9240 Series RF Voltmeter 3.3.1 Menu Key. The instrument's, CHANNELS, SETUP, REPORT and DIAGNOSTIC functions are accessed when the <Me

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Boonton 9240 Series RF Voltmeter Table 3-2 CHANNEL MENU Functions Function Description Parameters Defaults RTN Returns the instrument to the n

Strany 32 - 3.3 Operation

Boonton 9240 Series RF Voltmeter R T N R E C A L L > 1

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Boonton 9240 Series RF Voltmeter IEEE Menu. The IEEE submenu is used to configure the Model 9240 for communications over the GPIB. An example of the

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Boonton 9240 Series RF Voltmeter RS232 Menu. The RS232 menu is used to configure the Model 9240 for serial communications over the RS-232 bus. An exa

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Boonton 9240 Series RF Voltmeter SAFETY SYMBOLS This safety requirement symbol (located on the rear panel) has been adopted by the International Elec

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Boonton 9240 Series RF Voltmeter REPORT Display. The REPORT menu item displays the versions of the firmware and FPGA image installed in the instrumen

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Boonton 9240 Series RF Voltmeter 3.3.2 Sensor Key. Pressing the <Sensor> key brings the instrument to the Sensor menu and facilitates viewing a

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Boonton 9240 Series RF Voltmeter R T N M O D E L > 5 1 0 7 5

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Boonton 9240 Series RF Voltmeter Linearity Factors. Eight upscale, downscale and midscale linearity factors are assigned to each voltage probe. These

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Boonton 9240 Series RF Voltmeter T I M E C H 1 C H 2

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Boonton 9240 Series RF Voltmeter Press the <REF Level> key to enter a value or to use the current channel measurement for the reference level.

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Boonton 9240 Series RF Voltmeter This page intentionally left blank. Getting Started 3-20

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Boonton 9240 Series RF Voltmeter 4. Operation This section provides detailed background information on various aspects of operation of the Model 924

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Boonton 9240 Series RF Voltmeter The terminated Model 952009 RF Probe should not be subjected to continuous overload of more than 4 volts (DC + RMS A

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Boonton 9240 Series RF Voltmeter 4.6 Temperature Effects 1. The accuracy specifications for the instrument apply over a temperature range of 0° C t

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Boonton 9240 Series RF Voltmeter 1. General Information...

Strany 47 - 4. Operation

Boonton 9240 Series RF Voltmeter Figure 3-4. Correction Curves for Models 952003 and 952007 Type N tee Adapters. 4.11 RF Power Measurements The

Strany 48 - Operation

Boonton 9240 Series RF Voltmeter 5. Remote Operation 5.1 GPIB Configuration The 9240 GPIB interface is configured using the Menu > SETUP > IE

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Boonton 9240 Series RF Voltmeter Additionally, the ASCII "DC2" character (hexadecimal 12/CTRL R) will cause the instrument to immediately tr

Strany 50 - 4.11 RF Power Measurements

Boonton 9240 Series RF Voltmeter suffix is not present, the default channel is assumed. For example, SENSe or SENSe1 defines operation affecting the

Strany 51 - 5. Remote Operation

Boonton 9240 Series RF Voltmeter to zero the measurement channel. Channel dependent commands end with a number to indicate the desired channel as foll

Strany 52 - Remote Operation

Boonton 9240 Series RF Voltmeter 5.4 Basic Measurement Information The easiest way to obtain a reading is by use of the MEASure command. This comma

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Boonton 9240 Series RF Voltmeter 5.5 SCPI Command Reference This section contains a list of all SCPI remote commands accepted by the 9240 Series. Th

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Boonton 9240 Series RF Voltmeter *ESR? Description: Return the current value of the Standard Event Status Register, then clear the register. This

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Boonton 9240 Series RF Voltmeter *OPT? Description: Return the status of Channel 1 and Channel 2 followed by a list of installed options. Syntax:

Strany 56 - 5.5 SCPI Command Reference

Boonton 9240 Series RF Voltmeter *STB? Description: Return the current value of the Status Byte register. This register has bits assigned to a nu

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Boonton 9240 Series RF Voltmeter 4.3 Overload Limits ...4

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Boonton 9240 Series RF Voltmeter 5.5.2 CALCulate Subsystem The CALCulate group of the command subsystem is used to configure post acquisition data pr

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Boonton 9240 Series RF Voltmeter CALCulate:LIMit:UPPer[:POWer] Description: Set or return the upper limit power level for the selected channel. Th

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Boonton 9240 Series RF Voltmeter CALCulate:MATH:ARGA Description: Set or return the first argument to be used for channel math operations. S

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Boonton 9240 Series RF Voltmeter CALCulate:REFerence:COLLect Description: For the selected channel, make the current power the reference level for

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Boonton 9240 Series RF Voltmeter 5.5.3 CALibration Subsystem The CALibration group of commands is used to control automatic zero offset to the RF Vol

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Boonton 9240 Series RF Voltmeter 5.5.4 DISPlay Subsystem The DISPlay group of commands is used to control the selection and presentation of measureme

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Boonton 9240 Series RF Voltmeter DISPlay:LABel:TEXTA Description: Displays a text message of up to 20 characters in the first label field when Disp

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Boonton 9240 Series RF Voltmeter 5.5.5 FETCh Queries The FETCh? group of queries is used to return specific measurement data from a measurement cycle

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Boonton 9240 Series RF Voltmeter 5.5.6 INITiate and ABORt Commands The purpose of the INITiate group of commands is to start and control the process

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Boonton 9240 Series RF Voltmeter 5.5.7 MEASure Queries The MEASure group of commands is used to acquire data using a set of high level instructions.

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Boonton 9240 Series RF Voltmeter CALCulate:LIMit:FAIL?... 5-10 CALCula

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Boonton 9240 Series RF Voltmeter 5.5.8 MEMory Subsystem The MEMory group of commands is used to save and recall instrument operating configurations.

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Boonton 9240 Series RF Voltmeter 5.5.9 OUTPut Subsystem The OUTPut group of commands is used to control various outputs of the 9240. These outputs i

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Boonton 9240 Series RF Voltmeter 5.5.10 READ Queries The purpose of the READ? group of queries is to initiate a measurement cycle, acquire data, and

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Boonton 9240 Series RF Voltmeter 5.5.11 SENSe Subsystem The purpose of the SENSe command subsystem is to directly configure device specific settings

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Boonton 9240 Series RF Voltmeter 5.5.12 STATus Commands The STATus command subsystem enables you to control the SCPI defined status reporting structu

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Boonton 9240 Series RF Voltmeter STATus:DEVice:EVENt? Description: Returns the current contents of the Device Event register then resets the regis

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Boonton 9240 Series RF Voltmeter STATus:OPERation:CONDition? Description: Return the current value of the Operation Condition register. The fol

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Boonton 9240 Series RF Voltmeter STATus:OPERation:NTRansition Description: Set or return the value of the negative transition filter bitmask for t

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Boonton 9240 Series RF Voltmeter STATus:QUEStionable:CONDition? Description: Return the current value of the Questionable Condition register. Th

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Boonton 9240 Series RF Voltmeter STATus:QUEStionable:NTRansition Description: Set or return the value of the negative transition filter bit mask f

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Boonton 9240 Series RF Voltmeter OUTPut:RECorder:MIN... 5-21 OUTPut:R

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Boonton 9240 Series RF Voltmeter STATus:QUEStionable:CALibration:ENABle Description: Sets or returns the Questionable Calibration Enable register,

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Boonton 9240 Series RF Voltmeter 5.5.13 SYSTem Subsystem The SYSTem group of commands is used to control system-level functions not directly related

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Boonton 9240 Series RF Voltmeter SYSTem:COMMunicate:GPIB:TALK Description: Set or return the GPIB Talk end-of-string terminator . Syntax: SYSTem

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Boonton 9240 Series RF Voltmeter SYSTem:ERRor[:NEXT]? Description: Returns the next queued error code number followed by a quoted ASCII text strin

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Boonton 9240 Series RF Voltmeter 5.5.14 INSTrument:VERSion Commands INSTrument:VERSion group of commands is used to query the firmware and FPGA revi

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Boonton 9240 Series RF Voltmeter 5.5.15 SCPI Command Summary Table 5-1. SCPI COMMAND SUMMARY *CLS Clear Status Command *ESE Set/get Standard E

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Boonton 9240 Series RF Voltmeter Table 5-1. SCPI COMMAND SUMMARY (continued) CALCulate:MATH:ARGB Set or return the second argument to be used for c

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Boonton 9240 Series RF Voltmeter Table 5-1. SCPI COMMAND SUMMARY (continued) DISPlay:Label:TEXTD Displays a text message in the fourth label field.

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Boonton 9240 Series RF Voltmeter 5-1. SCPI COMMAND SUMMARY (continued) STATus:DEVice:NTRansition Set/return the Negative Transition filt

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Boonton 9240 Series RF Voltmeter Table 5-1. SCPI COMMAND SUMMARY (continued) SYSTem:COMMunicate:SERial:BAUD Set/return the RS232 baud rate. <n

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Boonton 9240 Series RF Voltmeter INSTrument:VERSion:FIRMware? ... 5-34 INSTrument:VERSi

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Boonton 9240 Series RF Voltmeter 5.5.16 9230 Emulation GPIB Commands Table 5-2. 4230 EMULATION GPIB COMMANDS Code Description Comment AM

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Boonton 9240 Series RF Voltmeter Table 5-2. 4230 EMULATION GPIB COMMANDS (continued) Code Description Comments RC Recall instrument config

Strany 93 - 6. Maintenance

Boonton 9240 Series RF Voltmeter This page intentionally left blank. Remote Operation 5-42

Strany 94 - Maintenance

Boonton 9240 Series RF Power Meter 6. Maintenance This section presents procedures for maintaining the 9240 Series. 6.1 Safety

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Boonton 9240 Series RF Power Meter 6.5 Firmware Upgrade Instructions Requirements The Firmware Update file is a text file in S-record format. Any

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Boonton 9240 Series RF Power Meter 7. During this time the 9240 will display "FIRMWARE DOWNLOAD". The download takes approximate 45 second

Strany 97 - Appendix A

Boonton 9240 Series RF Power Meter This page intentionally left blank. Maintenance 6-4

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Boonton 9240 Series RF Power Meter 7. Appendix A SCPI Error Messages 7.1 SCPI Error Messages NO. MESSAGE DESCRIPTION 0 “No Error”

Strany 99 - Limited Warranty

Boonton 9240 Series RF Power Meter NO. MESSAGE DESCRIPTION -245 "Sensor Disconnected." -246 “Sensor voltage error” -248 "Keyb

Strany 100 - Appendix B

Boonton 9240 Series RF Power Meter 8. Appendix B Warranty & Repair Repair Policy 9240 Series Instrument. If the Boonton 9240 Series RF Voltmete

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