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Section 3

PROGRAMMING

Introduction

This manual section provides the information required

for programming the TEKTRONIX PFG 5105/5505

Programmable Pulse Function Generator via the IEEE-

488 bus. The IEEE-488 interface function subsets for

the PFG 51 05/5505 are listed in Section 1 . In this

manual, the IEEE-488 digital interface is called the

General Purpose Interface Bus (GPIB). Message proto

col over the GPI B is specified and described in the

IEEE-Standard 488. 1-1987,

Standard Digital Interface

for Programmable Instrumentation.

The information in this section assumes that the reader

is knowledgeable in GPIB bus communication and

has some experience in programming the system.
Tektronix Codes and Formats (

81. 1 ) is the standard

used in programming the PFG 51 05/5505. TM 5000

instruments are designed to communicate with any

bus-compatible controller that can send and receive

ASCII messages (commands) over the IEEE-488 bus.

These commands program the instruments or request

information from the instruments.
Recommended controllers for use in programming

the PFG 5105/5505 are the Tektronix 4041; or an IBM

PC-compatible, such as the Tektronix PEP 301, with

the Tektronix GURU (GPIB User's Resource Utility for

the IBM P.C.) software and GPIB interface card.
Commands for TM 5000 programmable instruments

are designed for compatibility among instrument

types. The same commands are used in different

instruments to control similar functions. In addition,

commands are specified in mnemonics that are related

to the functions implemented. For example, the INIT

command initializes instrument settings to their power

on states.

PFG 51 05/5505 Instruction Manual

Instrument commands are presented in this manual

section in three formats:

• A front panel illustration - showing command rela

tionships to front panel operation. See Fig. 3-1 .

• Functional Command List-a list divided into func

tional groups with brief descriptions.

• Detailed Command List-an alphabetical listing of

commands with complete descriptions.

NOTE

The PFG 5105 and PFG

5505

each respond to

all commands

as a

PFG 5105. No distinction

made between the two instruments over the

GPIB bus.

TM 5000 programmable instruments connect to the

GPIB through a TM 5000 power module. Refer to the

Operating Instructions section of this manual for

information on installing the instrument in the power

module. Also review this section for instrument caution

and warning statements and to become familiar with

front panel instrument functions.
The PFG 51 05/5505 is shipped with the primary GPIB

address set to 8. TM 5000 instruments are shipped

with the message terminator set to LF with EOI.

(Message terminators are described in Messages and

Communications Protocol in this section.) The address

and terminator settings are stored in non-volatile RAM.

To display the current address and terminator, press

the INST ID key. The GPIB primary address and

message terminator can be changed using SPCL

Functions (SPCL Functions are front panel key opera

tions). For information, refer to SPCL Functions in the

Operating Instructions section in this manual.

3-1

Содержание PFG 5105

Страница 1: ...PFG 5105 PF G 5505 Programmable Pulse Function Generator...

Страница 2: ...97077 070 7331 00 Product Group 76 COMMITTED TO EXCELLENCE PLEASE CHECK FOR CHANGE INFORMATION AT THE REAR OF THIS MANUAL PFG 5105 PFG 5505 Programmable Pulse Function Generator INSTRUCTION MANUAL Se...

Страница 3: ...ce change privileges are reserved INSTRUMENT SERIAL NUMBERS Each instrument has a serial number on a panel insert tag or stamped on the chassis T he first number or letter designates the country of ma...

Страница 4: ...8 7 DATA KEYS 2 8 8 INCREMENT KEYS 2 8 9 SETUP KEYS 2 8 10 INST ID KEY 2 9 11 OUTPUT ON KEY 2 9 12 CONNECTORS 2 9 OPERATING CONSIDERATIONS 2 10 PFG 5105 5505 Instruction Manual General Operating lnfor...

Страница 5: ...te State REMS 3 29 Remote With Lockout State AWLS 3 29 STATUS AND ERROR REPORTING 3 30 Sending Interface Control Messages 3 35 POWER ON SEQUENCES AND DEFAULT SETTINGS 3 36 TALKER LISTENER PROGRAMS 3 3...

Страница 6: ...4 Table 1 5 Table 1 6 Table 1 7 INTERFACE FUNCTION SUBSETS 1 1 WAVEFORMS OPERATING MODES AND PARAMETERS 1 2 FREQUENCY CHARACTERISTICS STANDARD ANALOG FUNCTIONS 1 5 GENERAL OUTPUT CHARACTERISTICS 1 6 O...

Страница 7: ...fe operation iv Grounding the Product This product is grounded through the grounding conductor of the power cord To avoid electrical shock plug the power cord into a properly wired receptacle before c...

Страница 8: ...in this product To avoid personal injury do not touch exposed connections and components while power is on PFG 5105 5505 Instruction Manual Disconnect power before removing protective panels solderin...

Страница 9: ...i I...

Страница 10: ...z crystal This option oper ates in continuous mode only from 12 1 Hz to 12 MHz Standard Accessories Instruction Manual Reference Guide Instrument Interfacing Guide Optional Accessories See Options and...

Страница 11: ...m up time for operation to specified accuracy sixty minutes after expo Table 1 2 WAVEFORMS OPERATING MODES AND PARAMETERS Characteristics WAVEFORMS Standard Analog Functions OPERATING MODES Continuous...

Страница 12: ...istance typical 1 o kQ Slew rate typical 0 1 V 1ts 3dB FM bandwidth typical de to 500 kHz VCO FM Linearity typical Conditions a Peak deviation 5 of maximum range frequency b FREQUENCY LOCK OFF c FREQU...

Страница 13: ...cremented by a settable increment delta Step rate is approximately 2 steps per sec for the first 3 steps then 1 O steps per sec for successive steps at one continuous keystroke Setting INCR SIZE to O...

Страница 14: ...nual Supplemental Information 3 1 2 digits 1 200 counts Synthesizer mode Option 02 1 2000 counts 4 1 2 digits With frequency lock off accuracy is 1 0 from 0 1 Hz to 1 2 MHz In period entry mode accura...

Страница 15: ...ffset Range and Resolution Peak Peak to Peak Amplitude Resolution Amplitude Absolute Offset into Range into SOQ SOQ 1 V 9 99 V 1 4 99 V 10 mV 0 1 V 0 999 V2 0 499 V 0 01 V 0 099 V3 0 049 V mV mV 1 Max...

Страница 16: ...0 5 dB from 0 012 Hz to 120 kHz 2 dB to 1 2 MHz 3 dB to 12 MHz referenced to 1 kHz sinewave Supplemental Information 20 mV to 19 98 V p p from SQQ into open circuit Open circuit values are 2 times th...

Страница 17: ...ave output at 1 kHz Amplitude Range Peak to Peak 1 V 9 99 V 0 1 V 0 999 V 10 mV 99 mV 1 for 24 hours 0 5 dB from 0 012 Hz to 120 kHz 2 dB to 1 2 MHz 3 dB to 12 MHz referenced to 1 kHz squarewave 0 5 1...

Страница 18: ...p p output 3 5 mV for 1 o mV to 9 99 mV p p output specified for a triangle wave output at 1 kHz Amplitude Range Peak to Peak 1 V 9 99 V 0 1 V 0 999 V 1 0 mV 99 mV Amplitude Resolution p p into 50Q 1...

Страница 19: ...y period Min Off Time WIDTH D W 0 040 0 099 s 40 ns 0 1 00 0 999 flS 50 ns 1 000 9 99 flS 200 ns 1 0 0 99 9 flS 2 flS 1 00 999 flS 20 flS 1 00 9 99 ms 200 flS 10 0 99 9 ms 2 ms 1o mV to 9 99 V p p fro...

Страница 20: ...de 20 mV from 3 4 V output amplitude to 9 99 V p p amplitude 1 0 of p p amplitude below 3 34 V p p output amplitude 0 5 dB from 0 01 2 Hz to 1 20 kHz 2 dB from 1 21 kHz to 1 2 MHz 3 dB from 1 21 MHz t...

Страница 21: ...Repetition rate 0 1 JlS to 999 9 s 4 digits 0 1 ps maximum resolution 0 01 Table 1 7 EXTERNAL TRIGGER Performance Requirements External Trigger Sync Pulse j T 1 I _j I r Supplemental Information Trig...

Страница 22: ...s 4 digit maximum resolution 1 sweep equals 256 points for the time base 1200 1 maximum start frequency and stop frequency must be in the same range See sweep ranges specification 10 kHz to 12 MHz 1 k...

Страница 23: ...output amplitude setting AM modulation to 100 over limited output amplitude ranges 10 mV to 23 mV p p 34 mV to 45 mV p p 100 mV to 230 mV p p 334 mV to 450 mV p p 1 00 V to 2 3 V p p 3 34 V to 4 5 V p...

Страница 24: ...first 30 minutes Mean Time to Repair 2 0 hours MTTR estimated Mean Time Between Failures MTBF calculated Memory Backup Battery Life 5000 hours Table 1 13 Supplemental Information 1 fuse 2A 125V slow b...

Страница 25: ...28800D class 5 when installed in qualified power modules 3 12 drops from 45 411 or equilibrium whichever occurs first Meets MIL T 28800D class 5 when installed in qualified power modules 3 Qualified u...

Страница 26: ...ALL DIMENSIONS PFG 5105 Height Width Length PFG 5505 Height Width 4 6 lbs 1 7 kg 14 3 lbs 5 3 kg 5 0 in 12 7 cm 5 3 in xx x cm 12 2 in 31 cm 5 5 in 14 0 cm 9 2 in 23 4 cm Length 17 0 in 43 2 cm ENCLOS...

Страница 27: ......

Страница 28: ...c barriers on the inter connecting jacks of the selected power module com partments match the cutouts in the PFG 5105 circuit board edge connectors If these do not match do PFG 51 05 5505 Instruction...

Страница 29: ...t plugged into the line voltage connector 2 Remove the voltage selector fuse holder by pushing the latch release bar toward the selection window The selector fuse holder should release and move slight...

Страница 30: ...at your firm that can be contacted Include complete instrument serial number and a description of the service required If the original package is unfit for reuse or unavailable repackage the instrume...

Страница 31: ...hanging its current setting For example if DC was previously set to 1 V but is now off LED off turn on the DC function by pressing DC ENTER Display the current setting of a key function change that se...

Страница 32: ...er the ROM and RAM tests have passed will be reported to both the front panel and the GPIB The instrument will respond to input and attempt to function in spite of the internal error An error code may...

Страница 33: ...quence press SPCL key display shows the SPCL function code and des cription for the last used SPCL function or the SPCL function with the lowest code press the up or down arrow key to page through a l...

Страница 34: ...ay to start of pulse PF G 5105 5505 Instruction Manual Operating Instructions SWEEP KEYS RUN The RUN key is used with the START START and STOP keys to select the START STOP and STOP frequencies over w...

Страница 35: ...ection with no change to the value of the function or parameter 2 8 INCREMENT KEYS Increments up arrow key or decrements down arrow key the value of the selected parameter Step size is set by the INCR...

Страница 36: ...set the selection OUTPUT ON KEY Turns the main output of the instrument on LED on or off PFG 5105 5505 Instruction Manual Operating Instructions CONNECTORS Refer to the specifications in Section 1 fo...

Страница 37: ...capacitor and load must be long enough to maintair 1 pulse flatness Impedance Matching If the PFG 5105 5505 is driving a high impedance such as the 1 Meg ohm input impedance paralleled by a stated ca...

Страница 38: ...up or down arrow keys to page through a menu in the display of the SPCL functions both the code and a the function name are displayed Use the keys indicated in the SPCL function descrip tion following...

Страница 39: ...arameter When parameter selection changes the value of INCR SIZE automat ically changes accordingly In the non default mode the value of INCR SIZE is set by the user as follows with the parameter to b...

Страница 40: ...tep 2 If DC output is selected enter de voltage DATA numeric units keys press ENTER Enter frequency DATA numeric units keys press ENTER Enter amplitude DATA numeric units keys press ENTER If INT is se...

Страница 41: ...o produce 20 kHz deviation However if the modulating signal amplitude is increased to produce 40 kHz deviation distortion will occur since the carrier signal cannot go higher than about 140 kHz in thi...

Страница 42: ...ates the amplitude of the output waveform Amplitude NORMAL MODULATION 0 6 V Modulating Signal modulation effectively multiplies the amplitudes of the generator and the external signal applied to the A...

Страница 43: ...Pulse Sync Pulse Delay Width 0 1 Period and 40 ns I Minimum ecovery l Tim See Table 2 5 Fig 2 8 Relationship Between Width Delay and Period 2 1 6 Single Pulse Mode Two equations describe the allowabl...

Страница 44: ...covery time for a width of 400 ns listed in Table 2 7 Therefore a delay width recovery time error will be returned PF G 5105 5505 Instruction Manual Operating Instructions Table 2 7 MINIMUM RECOVERY T...

Страница 45: ...to 1 20 MHz This allows you to set the start frequency to a minimum of 1 kHz a 1200 1 ratio However if the stop frequency is set to 1 21 kHz the frequency range will be set to 1 21 to 12 MHz This chan...

Страница 46: ...ition commands are specified in mnemonics that are related to the functions implemented For example the INIT command initializes instrument settings to their power on states PFG 5105 5505 Instruction...

Страница 47: ...s the main output signal to the front panel OUTPUT connector OUTput FLOAT Disconnects the main output signal from the front 3 2 panel OUTPUT connector and terminates it into a high impedance floating...

Страница 48: ...alue in volts Argument o turns the offset off OFFSet Returns the current offset setting Response OFFS volts PERIOD period units Changes the period of the output waveform It is an alias for the frequen...

Страница 49: ...alue of the delay in seconds Re sponse DELAY delay 3 4 WIDTH width units Sets the width of the output pulses Width value is calculated and set automatically in the duty cycle mode Setting a new width...

Страница 50: ...between the PFG 5105 5505 and the controller GET 1 The Group Execute Trigger interface message decimal code 8 transmitted with attention asserted Only addressed listeners respond to GET 1 num 1 A num...

Страница 51: ...ATA6 1 II D 9 0 D D D D D I AM ON IOFF AM FM ON IOFF FM OUT ON IOFFI FLOAT L OUT FREQ freq units FREQ PERIOD period units PERIOD I MODE CONTITRIGjGATEj BU RSTjSYNT I MODE AMPL volts AM PL OFFS volts...

Страница 52: ...ical Specifications for limitations on amplitude modulation and the modulating signal The off argument turns off amplitude modulation The query returns the status of amplitude modulation PFG 51 05 550...

Страница 53: ...8 DCYCLE Command Type Setting or query Setting Syntax DCYCLE duty cycle Examples DCYCLE 20 DCYCLE 0 Query Syntax DCYCLE Query Response DCYCLE duty cycle DCYCLE 0 Discussion T his command enters the d...

Страница 54: ...51 05 5505 Instruction Manual DISPLAY Command Type Setting or query Setting Syntax DISPiay parameter Examples DISP AMPL DISPL FREQUENCY DISPLA OFFSET DISP WID DISP FRQSTART DISP DELAY DISP DC DISP FR...

Страница 55: ...output is turned on until GET is received again T he SET argument causes the instrument to wait for a GET interface message before updating its settings The power on setting is DT OFF the instrument u...

Страница 56: ...equency Modulation Command Type Setting or Query Setting Syntax FM ON I OFF Query Syntax FM Examples FM ON FM OFF Query Response FM ON FM OFF Discussion The on argument causes the instrument to use th...

Страница 57: ...z MHz The power on setting is F REQ 1 kHz Frequency can be specified to 4 digits in normal mode 5 digits in synthesizer mode The query returns the current frequency setting in Hz 3 1 2 FRQLCK Frequenc...

Страница 58: ...n be Hz kHz or MHz FRQSTART and F RQSTOP are not checked for illegal setting and are not updated until SWEEP ON is sent PF G 5105 5505 Instruction Manual Programming FRQSTOP Frequency Stop Command Typ...

Страница 59: ...When any of the standard waveform commands SINE SOU TRIA SPULSE DPULSE is sent the level of the output is the current amplitude level The DC level is set by the DC function 3 1 4 HELP Command Type Que...

Страница 60: ...5 V81 1 F1 0 OPT02 Discussion The ID query command returns identification infor mation about the instrument If the instrument has no options option information is omitted PFG 51 05 5505 Instruction Ma...

Страница 61: ...s the instrument pro duces a burst of the programmed output signal the number of cycles is determined by the N BURST parameter All trigger sources apply GATE Sets the PFG 5105 5505 to the gated mode O...

Страница 62: ...ayed peak amplitude offset 2 Offset into 50 ohms for range The power on setting is O V offset is disabled An OFFS query returns the programmed offset value in volts PFG 5105 5505 Instruction Manual Co...

Страница 63: ...The power on setting is 1 ms Units can be S mS us With synthesizer card installed PERIOD is onl 1 2 digits resolution rather than the usual 4 1 2 d1g1ts PRELEVEL Command Type Setting or query Setting...

Страница 64: ...rational Syntax RECall num Examples REC 3 RECALL 8 Discussion Programming RECALL This command changes the PFG 5105 5505 settings to those stored in the settings buffer specified in the argument except...

Страница 65: ...external sweep The power on setting is RNGLCK OFF For more information see the discussion of Range Lock in the Operating Instructions section 3 20 ROS Request for Service Command Type Setting or query...

Страница 66: ...ta is sent in binary block format PF G 5105 5505 Instruction Manual Programming SET Command Type Query Query Syntax SET Query Response Example FREQ 1 0E 3 AMPL 5 0 OFFS 0 DC 0 RATE 10 0E 6 S NBUR 2 F...

Страница 67: ...r 1 the second packet in settings buffer 2 and so on to 99 All buffers must be present If a binary block packet is longer or shorter than required the instrument reports an execution error If a binary...

Страница 68: ...pletion PFG 5105 5505 Instruction Manual Command Type Setting or query Setting Syntax TRIG INT TRIG EXT TRIG MANual Examples TRIG INT TRIG EXT TRIG MAN Query Syntax TRIG TRIG Query Response one of the...

Страница 69: ...is indicated by a status byte of 67 or 83 and an error query response of 403 If ROS is OFF the event can be detected via the ERR query Disables the USEREQ function SRQ asser tion is disabled and no e...

Страница 70: ...ress the keypad numbers for the new GPIB address press ENTER The new address should be shown in the display window PFG 5105 5505 Instruction Manual The legal values are o to 31 Using address 31 discon...

Страница 71: ...RESERVED 1 1 6 48 1 7 49 1 8 50 1 9 5 1 20 52 21 53 22 54 23 55 24 56 25 57 26 58 27 59 28 60 29 61 30 62 UNL 63 1 0 I 1 0 1 1 1 1 1 0 1 0 1 UPPER CASE LOWER CASE 100 0 1 20 1 6 140 0 160 16 40 p p 64...

Страница 72: ...ding Settings Buffer If an error is detected during processing the instrument asserts SRQ ignores the remainder of the message and resets the Pending Settings Buffer Resetting the Pending Settings Buf...

Страница 73: ...y it returns a single byte message with all bits equal to 1 with message terminator Non acquisition TM 5000 instruments will return only this message 3 28 Instrument Response to IEEE 488 Interface Mes...

Страница 74: ...occur during message execution but in contrast to GTL and REN transitions PFG 51 05 5505 Instruction Manual Programming a transition initiated by rtl does affect message ex ecution In this case the i...

Страница 75: ...tion T he instrument remains operational but the problem should be corrected Device Status Device dependent events T he instru ment can provide additional information about many of the events particul...

Страница 76: ...r the wrong character Incorrect syntax The syntax of the argument is wrong Incorrect syntax The delimiter between arguments is the wrong char acter Incorrect syntax A command is missing one of its arg...

Страница 77: ...returned If a stored buffer 1 99 is accessed this error is returned An execution error is returned by a serial poll If one of the sweep parameters is out of range or cannot be executed this error is r...

Страница 78: ...d and the mode is set to continuous or burst mode This error is returned if width delay 0 85 x period single or double pulse This error is returned if period width delay 40 ns single or double pulse T...

Страница 79: ...nt code will be returned When the instrument is polled the OPC SRQ byte is returned 66 or 82 busy bit on If USER ON is set and the front panel ID button is pushed SRQ is asserted and after the instrum...

Страница 80: ...ges Interface messages and the effects of those messages on the PFG 5105 5505 interface functions are defined in IEEE Standard 488 1 1987 Abbreviations from that standard are used in this description...

Страница 81: ...nd to input and will attempt to operate despite the error An error code may be removed from the display be pressing the front panel INST ID button by starting a numeric entry by incrementing the selec...

Страница 82: ...lers 100 Rem PFG 5105 5505 TALKER L ISTENER 110 Rem PFG 5105 5505 PRIMARY ADDRESS 8 120 nit a l l 130 On srq then gosub srqhdl 140 Enable srq 150 D im respons to 300 160 Input prompt ENTER MESSAGE S m...

Страница 83: ...t i nsta l led use I BCONF then reboot I F I BSTA 0 AND I BSTA H4000 THEN PR I NT t imeout I F I BERR 6 THEN PR I NT t imeout PR I NT gp i b error I SERR IF I BERR 0 THEN PRI NT DOS error dev i ce not...

Страница 84: ...QUALIFIED PERSONNEL ONLY TO AVOID PERSONAL INJURY DO NOT PERFORM ANY SERVICING OTHER THAN THAT CONTAINED IN OPERATING INSTRUCTIONS UNLESS YOU ARE QUALIFIED TO DO SO REFER TO OPERATORS SAFETY SUMMARY...

Страница 85: ...cover and carefully pry the cover away from the metal rails Remove the cover Three fuses are located toward the rear of the exposed circuit board mounted in fuse holders To remove a fuse carefully pu...

Страница 86: ...es the power to United Kingdom 240 Volt 1 3 Amp 50 Hz Option A3 changes the power to Australian 240 Volt 10 Amp 50 Hz Option A4 changes the power to North American 240 Volt 1 5 Amp 60 Hz Option AS cha...

Страница 87: ......

Страница 88: ...quirements we can t get these changes im mediately into printed manuals Hence you r manual may contain new change i nformation on following pages A single change may affect several sections Since the...

Страница 89: ......

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