SCPI User Manual
Contents
1. 15 11 22 Lorentz 36 Kaiser 4T LogFal G 1 BlackM 12 2 AERE MEET 5 n Note There is two ways to set current artitrary wave n one command must use one way to set arbitrary wave QUERY SYNTAX lt channel gt ARbWaVe lt channel gt Cl C2 RESPONSE FORMAT lt channel gt ARbWaVe lt index gt EXAMPLE 1 Set StarUp arbitrary wave output by index ARWV INDEX 2 EXAMPLE 2 Reads system current wave ARWV Return ARWV INDEX 2 NAME stairup EXAMPLE 3 Set Atan arbitrary wave output by name ARWV NAME ATAN RELATED COMMANDS BSWV 19 SCPI User Manual 1 11 Phase Command DESCRIPTION COMMAND SYNTAX QUERY SYNTAX RESPONSE FORMAT EXAMPLE 1 Set or get phase parameters INVerT lt parameter gt lt parameter gt OFF ON INVerT INVERT lt parameter gt Set load to invert INVT ON 1 12 Sync Command DESCRIPTION COMMAND SYNTAX QUERY SYNTAX RESPONSE FORMAT EXAMPLE 1 EXAMPLE 2 SIGLENT Set signal output from backward panel in phase with forward lt channel gt SYNC lt parameter gt lt channel gt C1 C2 lt parameter gt ON OFF lt channel gt SYNC lt channel gt SYNC lt parameter gt Syne function on defend of channel C1 SYNC ON Reads channel one sync state C1 SYNC Return C1 SYNC OFF n 20 one SCPI User Manul 1 1 13 Configuration Command DESCRIPTION COMMAND SYNTAX QUERY SYNTAX2. SYNC SYNC SIGNAL Set or get in phase signal BTWV BURSTWAVE SIGNAL Set or get burst wave parameters MDWV MODULATEWAVE SIGNAL Set or get modulate wave parameters STL STORE LIST SIGNAL Get the list of store wave WVDT WAVE DATA SIGNAL Get the wave data of store VKEY VIRTUALKEY SYSTEM Set the virtual key SCPI User Manual SIGLENT 1 3 IEEE 488 2 Common Command Introduction IEEE standard defines the common commands used for querying the basic information of the instrument or executing basic operations These commands usually start with nu and the length of the keywords of the command is usually 3 characters 1 1 5 CHDR DESCRIPTION This Command is used to change query command return format SHORT parameter is return short format LONG parameter is return long format Off is that command header and parameter unit will not return COMMAND SYNTAX QUERY SYNTAX RESPONSE FORMAT EXAMPLE 1 CHDR LONG EXAMPLE 2 return 1 1 6 OPC DESCRIPTION QUERY SYNTAX RESPONSE FORMAT Comm HeaDeR lt parameter gt lt parameter gt SHORT LONG OFF Comm HeaDeR SYNC lt parameter gt Set query command format to long Read query command format CHDR COMM HEADER LONG The OPeration Complete command sets to true the OPC bit bit 0 in the standard Event Status Register ESR The OPC query always responds with the ASCII character 1 because the device only responds to the query whe
3. INT FM SRC lt sre gt FM signal source SCPI User Manual SIGLENT FM MDSP lt mod wave shape M modulation wave Only F FM signal source is set t F M frequency Only FM FM FRQ lt fm frequency signal source is set to INT FM frequency offset FM DEVI lt fm frequency offset Only FM signal source is set to INT PM SRC lt sre gt PM signal source PM modulation wave Only PM MDSP lt mod wave shape gt PM signal source is set to INT PM frequency Only PM PM FRQ lt pm frequency gt signal source is set to INT PWM frequency Only PWM FRQ lt pwm frequency gt carry wave is PULSE wave Duty cycle deviation PWM DEVI lt pwm devi Only carry wave is Pulse Wave PWM modulation wave PWM MDSP lt mod wave shape gt Only carry wave is PULSE wave PWM SRC lt sre gt PWM signal source PM phase offset Only PM PM DEVI lt pm phase offset gt signal source is set to INT ASK SRC lt sre gt ASK signal source ASK key frequency Only ASK KFRQ lt ask key frequency gt ASK signal source is set to INT FSK frequency Only FSK FSK KFRQ lt fsk frequency gt signal source is set to INT FSK HFRQ lt fsk hop frequency gt FSK jump frequency FSK SRC lt sre gt FSK signal source CARR WTP Ges Value of carrier wave type CARR FRQ lt frequency gt Value of frequency CARR AMP lt amplifier gt Value of amplifier CARR
4. Queries This section lists and describes the remote control commands and queries recognized by the instrument All commands and queries can be executed in either local or remote state The description for each command or query with syntax and other information begins on a new page The name header is given in both long and short form at the top of the page and the subject is indicated as a command or query or both Queries perform actions such as obtaining information and are recognized by the question mark following the header 1 1 1 How they are listed The descriptions are listed in alphabetical order according to their short form 1 1 2 How they are described In the descriptions themselves a brief explanation of the function performed is given This is followed by a presentation of the formal syntax with the header given in Upper and Lower Case characters and the short form derived from it in ALL UPPER CASE characters Where applicable the syntax of the query is given with the format of its response 1 1 3 When can they be used The commands and queries listed here be used for SDGxxxx Series digital instruments SCPI User Manual 1 1 1 1 95lIGt eNT 1 1 4 Command Notation The following notation is used in the commands lt gt Angular brackets enclose words that are used placeholders of which there are two types the header path and the data parameter of a command A colon followed by an eq
5. on channel OFF Turn off channel LOAD lt load gt Value of load where lt load gt 50 default unit is ohm HZ QUERY SYNTAX RESPONSE FORMAT EXAMPLE 1 EXAMPLE 2 EXAMPLE 4 lt channel gt OUTPut lt channel gt OUTPut load Turns on channel one C1 0UTP ON Reads channel one output state C1 0UTP return C1 0UTP ON LOAD HZ Set the load to 509 C1 0UTP LOAD 50 SCPI User Manual SIGLENT 1 5 Basic Wave Command DESCRIPTION Set or get basic wave parameters COMMAND SYNTAX lt channel gt BaSicWaVe lt parameter gt lt channel gt Cl C2 lt parameter gt a parameter from the table below Parameters Value Description WVTP lt type gt Type of wave FRQ lt frequency gt Value of frequency I f wave type is Noise you can t set this p arameter AMP lt amplifier gt Value of amplifier I f wave type is Noise you can t set this p arameter OFST lt offset gt Value of offset If w ave type is Noise yo u can t set this para meter SYM lt symmetry gt Value of symmetry Only wave type is Ramp you can set this parameter DUTY lt duty gt Value of duty cycle Only Pulse and Duty can set this parameter PHSE lt phase gt Value of phase If wa ve type is Noise you can t set this param eter VAR lt variance gt Value of Noise wave Variance Only wave type is Noise
6. t set is EDGE lt edge gt When carrier wave is NOISE wave you can t set it When NCYC was chosen and TRSR is set to EXT you can set it TIME lt circle time gt When carrier wave is NOISE wave you can t set it When NCYC was chosen you can set it MTRIG When TRSR s parameter be chosen to MAN that it can be set CARR WVTP lt wave type Value of carrier wave type CARR FRQ lt frequency gt Value of frequency CARR AMP lt amplifier gt Value of amplifier CARR OFST lt offset gt Value of offset CARR SYM lt symmetry gt Value of symmetry Value of duty cycle CARR DUTY lt duty gt Only Square can set this parameter CARR PHSE lt phase gt Value of phase Value of carrier wave delay Only CARR DLY lt carr delay gt Carrier wave is Pusle the Value is valid Value of carrier wave variance Only CARR VAR lt variance gt Carrier wave is Noise the Value is valid Value of carrier wave mean Only CARR MEAN lt mean gt Carrier wave is Noise the Value is valid Note If you want set CARR where lt state gt ON OFF and STATE the first parameter have to one of them lt period gt Default unit is S lus to 500s lt start phase gt 0 to 360 lt gate ncycle gt GATE NCYC lt trigger gt EXT INT MAN lt delay gt Default unit is S 08 to 500s lt polarity gt NEG POS lt trig mode gt RISE FALL OFF lt edge gt RISE FALL lt ci
7. the first parameter have to one of them where lt state gt ON OFF lt time gt 0 001S to 500S lt stop frequency gt the same with basic wave frequency lt start frequency gt the same with basic wave frequency lt trigger gt EXT INT MAN lt trigger mode gt ON OFF lt sweep way gt LINE LOG lt direction gt UP DOWN lt edge gt ON OFF lt wave type gt SINE SQUARE RAMP ARB lt frequency gt Default unit is HZ Minimum value is 1 6 HZ maximal value depends on the version lt amplifier gt Default unit is V Channel one minimum value 0 004V Maximal is 6V Channel two minimum value 0 004V Maximal is 20V lt offset gt Default unit is V maximal value depends the maximal value depends on the version lt duty gt 20 to 80 lt symmetry gt 0 to 100 QUERY SYNTAX lt channel gt SWeepWaVe lt channel gt Cl C2 RESPONSE FORMAT lt parameter gt return all parameter of the current sweep wave parameters EXAMPLE 1 set channel one sweep time to 1 S C1 SWWV TIME 15 EXAMPLE 2 set channel one sweep stop frequency to 1000hz C1 SWWV STOP 1000HZ EXAMPLE 3 Reads channel one modulate wave parameters that STATE is ON C2 SWWV Return C2 SWWV STATE ON TIME 15 STOP 100HZ START 100HZ TRSR MAN TRMD 0 14 SIGLENT FF SWMD LINE DIR UP CARR WVTP SQUARE FRQ 1000HZ AMP 4V SCPI User
8. 4 xd7 x04 xda x04 xdd x04 xe0 x04 xe3 x04 xe6 x04 xe9 x04 xec x04 xf0 x04 xf3 x04 xf6 x04 xf9 x04 xfc x04 xff x04 x02 x05 x05 x0 5 b x05 v x05 x0f x05 x12 x05 x15 x05 x18 x05 x1b x05 xle x05 x05 26 SCPIUserManual 1 20 Virtual key command DESCRIPTION COMMAND SYNTAX The Command is to send key word to device VirtualKEY VALUE value STATE lt sate gt lt value gt a parameter from the table below lt state gt lt 0 1 gt The 1 is effective to virtual value and the 0 is useless KB CHANNEL 33 KB NUMBER 1 49 KB FUNCI 28 KB NUMBER 2 50 KB FUNC2 23 KB NUMBER 3 51 KB FUNC3 18 KB NUMBER 4 52 KB FUNCA 13 KB NUMBER 5 53 KB FUNC5 8 KB NUMBER 6 54 KB SINE 34 KB NUMBER 7 55 KB SQUARE 29 KB NUMBER 8 56 KB 24 KB NUMBER 9 57 KB PULSE 19 KB POINT 46 KB NOISE 14 KB NEGATIVE 43 KB ARB 9 KB LEFT 44 KB MOD 15 KB RIGHT 40 KB SWEEP 16 KB UP 45 KB BURST 17 KB DOWN 39 KB STORE RECALL 10 KB OUTPUTI 153 KB UTILITY 11 KB OUTPUT2 152 KB HELP 12 KB KNOB RIGHT 175 KB NUMBER 0 48 KB KNOB LEFT 171 27 SCPI User Manual 1 21 Index IDN IDN A ARWV ARBWAVE B BSWV BASIC WAVE BTWV BURSTWAVE BUZZ BUZZER CHCP COPY CHDR COMM HEADER D DC WAVE INVT INVERT MOD MODULATION MDWV MODULATEWAVE OUTP OUTPUT PACP ROSC ROSCI
9. 4V Maximal is 20V lt offset gt Default unit is lt duty gt If wave type is square range is from 20 to 80 If wave type is pulse range is from 0 1 to 99 9 lt symmetry gt 0 to 100 lt delay gt the maximal value is 2ks lt channel gt MoDulateWaVe lt channel gt Cl C2 lt channel gt MoDulateWaVe lt parameter gt 11 SCPI User Manual EXAMPLE 1 EXAMPLE 2 EXAMPLE 3 EXAMPLE 3 EXAMPLE 4 EXAMPLE 5 EXAMPLE 6 RELATED COMMANDS SIGLENT lt parameter gt return all parameter of the current modulate wave parameters set channel one modulation type to AM C1 MDWV AM Set modulation shape to AM and set AM modulating wave type to sine wave C1 MDWV AM MDSP SINE Reads channel one modulate wave parameters that STATE is ON C1 return C1 MDWV STATE ON AM MDSP SINE SRC INT FRQ 100HZ DEPTH 100 CARR WVTP RAMP FRQ 1000 7 AMP 4V OFST OV SYM 50 Reads channel one modulate wave parameters that STATE is OFF C1 MDWV return C1 MDWV STATE OFF set channel one Fm frequency to 1000HZ C1 MDWV FM FRQ 1000HZ set the Value of channel one carrier wave shape to SINE C1 MDWV CARR WVTP SINE set the Value of channel one carrier wave frequency to 1000hZ C1 MDWV CARR 1000HZ ARWV BTWV CFG CPL SWWV BSWV 12 SCPI User Manual 1 7 Sweep Wave Command DESCRIPTION COMMAND SYNTAX S
10. LLATOR SCFG SYSTEM CONFIG 5 SYSTEM FRONT PANEL SCSV SCREEN SAVE STL STORE LIST SWE SWEEP SYNC SYNC WVDT WAVE DATA 28 SIGLENT
11. Manual OFST OV DUTY 50 EXAMPLE 4 OFF C2 SWWV Return C2 SWWV STATE OFF 1 8 Burst Wave Command DESCRIPTION COMMAND SYNTAX Reads channel two modulate wave parameters that STATE is Set or get burst wave parameters lt channel gt BursTWaVe parameter Cchannel Cl C2 lt parameter gt a parameter from the table below Parameters Value Description STATE lt state gt Turn on or off burst wave Note if you want set or read burst wave other parameter you must turn on the state first PRD lt period gt When carrier wave is NOISE wave you can t set it When GATE was chosen you can t set it And only trig source is IN you can set it STPS lt start phase gt When carrier wave is NOISE or PULSE wave you can t set it NCYC lt gate ncycle gt When carrier wave is NOISE you can t set it TRSR lt trigger gt When carrier wave is NOISE wave you can t set it When NCYC was chosen you can set it DLAY lt delay gt When carrier wave is NOISE wave you can t set it When NCYC was chosen you can t set it PLRT lt polarity gt When GATE was chosen you can set it When carrier wave is NOISE it is the only parameter TRMD lt trig mode gt When carrier wave is NOISE wave you 15 SIGLENT SCPI User Manual can t set it When NCYC was chosen you can set it When TRSR is set to EXT you can
12. OFST lt offset gt Value of offset CARR SYM lt symmetry gt Value of symmetry 10 SCPI User Manual SIGLENT Value of duty cycle CARR DUTY lt duty gt Only Square can set this parameter CARR PHSE lt phase gt Value of phase CARR DLY lt delay gt Value of delay Note If Carrier wave is Pulse or Noise you can t set turn on modulate wave If you want set AM FM PM CARR and STATE the first parameter have to one of them where QUERY SYNTAX RESPONSE FORMAT state ON OFF lt src gt INT EXT lt mod wave shape gt SINE SQUARE TRIANGLE UPRAMP DNRAMP NOISE ARB lt am frequency gt 0 002Hz to 20000Hz lt deep gt 0 to 120 lt fm frequency gt 0 002Hz to 20000Hz lt fm frequency offset gt 0 to basic wave frequency 2 lt pm frequency 0 002Hz to 20000Hz lt pm phase offset gt 0 to 360 lt pwm frequency gt 0Hz to 4kHz lt pwm devi gt depends on carry wave duty lt ask key frequency gt 0 002Hz to 20000Hz lt fsk frequency gt 0 002Hz to 50000Hzj lt fsk jump frequency gt the same witch basic wave frequency lt wave type gt SINE SQUARE RAMP ARB PULSE lt frequency gt Default unit is HZ Minimum value is 1 6 HZ maximal value depends on the version lt amplifier gt Default unit is Channel one minimum value 0 004V Maximal is 6V Channel two minimum value 0 00
13. PLE Read device memory saved arbitrary data WVDT M50 return WVDT POS M51 WVNM WAVEO2 LENGTH 32KB TYPE 5 WAVEDATA x007 x03 x00Wx06Vx00N x00 Vx OOV Of x OO 12 00 15 00 19 00 1 c x00 x 1 00 009 00 00 0 25 SCPI User Manul 1 OAx002 x005 x008 x00 x00 gt x00A x00E xO0H x00K xO0ON x00Q x00T x00W x00 x00 x00a x OOd x00g x00j x00m x00q x00t x00w x00z x00 x00 x80 x00 x83 x00 x87 x00 x8alx00 x8d x00 X90 x00 x93 x00 x96 x00 x99 x00 x9d x00 xa0 x00 xa3 x00 xa6 x00 xa9 x00 xac x00 xaf x00 xb 3 x00 xb6 x00 xb9 x00 xbc x00 xbf x00 xc2 x00 xc5 x00 xc9 x00 xcc x00 xcf x00 xd2 x00 xd5 x00 xd8 x00 xdb x00 xdf x00 xe2 x00 xe5 x00 xe8 x00 xeb x00 xee xO0 xf1 xO0 xf4 x00 xf8 x0 O xfb x00 xfe x00 x01 x01 x04 x01 a x01 n xO1 xOe xO1 x1 I xO1 K14 x01 x17 x01 x1a x01 x1d x01 x01 x01 x01 x01 x010 x013 x016 x01 x01 x01 x01 C x01F x01Nx01L x01P x01S x01V x01 Y xO1 x01_ x01b x01f x01i x011 x01o0 xO1r x01u x01x x01 x01 x7fx01 x82 x01 x85 x01 X88 x01 x8b x01 x8e x01 x9 I xO1 x95 x01 x98 x01 x9b x01 x9e x01 xal x01 xa4 x01 xa7 x01 x ab x01 xae x01 xb1 x01 xb4 x01 xb7 x01 xba x01 xbd x01 xcO x01 xc4 x01 xc7 x01 xca x01 xcd x01 xd0 x01 xd3 x01 xd6 x01 xda x01 xdd x01 xe0 x01 xe3 x01 xe6 x01 xe9 x01 xec x01 xf0 x OIxf3 xO1 xf6 x0 I xfO x01 xfc x0 I xff x01 x02 x02 x05 x02 t x02 f x02 x0f x02 x 1 22x 02x 15 0 2 x18 x02 x1b x02 x 1f x02 x02 x02 x02 x02 x02 1 x025 x028 x02 x02 gt x02A x02D x02G x02J
14. RESPONSE FORMAT EXAMPLE 1 Changes system load data of power on Sys_CFG lt parameter gt lt parameter gt DEFAULT LAST Sys_CFG Sys CFG lt parameter gt Set system load data of power on to last time data SCFG LAST 1 14 Buzzer Command DESCRIPTION COMMAND SYNTAX QUERY SYNTAX RESPONSE FORMAT EXAMPLE 1 Turns on or off buzzer BUZZer lt parameter gt lt parameter gt ON OFF BUZZer BUZZer lt parameter gt Turns on buzzer BUZZ ON 1 15 Screen Save Command DESCRIPTION COMMAND SYNTAX Turns on or off Screen Save SCreen SaVe lt parameter gt lt parameter gt OFF 1 5 15 30 60 120 300 Unit is minute 21 SCPI User Manual QUERY SYNTAX RESPONSE FORMAT EXAMPLE 1 SIGLENT SCreen SaVe SCreen SaVe lt parameter gt Set screen save time 5 minutes SCSV 5 1 16 Clock Source Command DESCRIPTION COMMAND SYNTAX QUERY SYNTAX RESPONSE FORMAT EXAMPLE 1 Set or get signal oscillator resource ROSCillator lt parameter gt lt parameter gt INT EXT ROSCillator ROSC lt parameter gt Uses system clock source ROSC INT 1 17 Frequency Counter DESCRIPTION COMMAND SYNTAX QUERY SYNTAX RESPONSE FORMAT Set or get frequency counter FreqCouNTer TRG value MODE lt value gt value DEF lt value gt lt value gt see below table FreqCouNTer FRQ DUTY TRG PW NW MODE HFR FreqCouNT
15. SCPI User Manual SDG1000 Series Function Arbitrary Waveform Generator SDG1005 SDG1010 SDG1020 SDG1025 SDG1050 2012 SIGLENT Technologies Co Ltd SCPI User Manul Declaration Copyright SIGLENT Technologies Co Ltd All rights reserved Contents in this Manual are not allowed to be copied extracted and translated before being allowed by SIGLENT Company SCPI User Manual Catalogue Introduction to the SCPI Language 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 1 10 1 11 1 12 1 13 1 14 1 15 1 16 1 17 1 18 1 19 1 20 1 21 About Commands amp Queries 1 1 1 How they are listed 1 1 2 How they are described 1 1 3 When can they be used 1 1 4 Command Notation Table of Commands amp Queries IEEE 488 2 Common Command Introduction 1 1 5 CHDR 1 1 6 OPC 1 1 77 IDN Output Command Basic Wave Command Modulate Wave Command Sweep Wave Command Burst Wave Command Parameter Copy Command Arbitrary Wave Command Phase Command Sync Command Configuration Command Buzzer Command Screen Save Command Clock Source Command Frequency Counter Store list command Get arbitrary wave data command Virtual key command Index SIGLENT 04 A A BWR Re RK 02 P2 NNN FF NRF RFP Cc tn WwW SCPI User Introduction to the SCPI Language 1 1 About Commands amp
16. ave data name if the store unit is empty the command will return EMPTY string Note M50 M59 is user defined memory The name will return what you defined is you not defined arbitrary name will turn EMPTY QUERY SYNTAX SToreList RESPONSE FORMAT STL MO SINE noise M2 STAIRUP M3 STAIRDN M4 STATRUD M5 PPULSE M6 npulse M7 TRAPEZIA M8 UPRAMP M9 DNRAMP MIO exp fall M11 exp rise M12 LOGFALL M13 LOGRISE M14 SQRT M15 ROOT3 M16 2 M17 3 M18 SINC M19 gussian M20 DLORENTZ M21 haversine M22 lorentz M23 gauspuls M24 gmonopuls M25 tripuls M26 cardiac M27 quake M28 chirp M29 twotone M30 snr M31 EMPTY M32 EMPTY M33 EMPTY M34 hamming M35 hanning M36 kaiser M37 blackman M38 gausswin M39 triang M40 blackmanharris M41 barthannwin M42 tan 43 cot 44 sec M45 csc M46 asin MAT acos 48 atan M49 acot M50 EMPTY M51 EMPTY M52 EMPTY M53 EMPTY M54 EMPTY M55 EMPTY M56 EMPTY M57 EMPTY M58 EMPTY M59 EMPTY EXAMPLE 1 Read device memory saved arbitrary data STL return STL MO SINE M1 noise M2 STAIRUP M3 STAIRDN M4 STAIRUD M5 PPULSE M6 npulse M7 TRAPEZIA M8 UPRAMP M9 DNRAMP M10 exp fall 11 exp rise M12 LOGFALL M13 LOGRISE M14 SQRT M15 ROOT3 M16 x 2 M17 3 M18 SINC M19 gussian M20 DLORENTZ M21 haversine M22 lorentz M23 gauspuls M24 gmonopuls M25 tripuls M26 cardiac M27 qua
17. dulate wave parameters that STATE is OFF C2 BTWV Return C2 BTWV STATE OFF 17 SCPI User 1 9 Parameter Command DESCRIPTION copy channel data COMMAND SYNTAX PAraCoPy lt destinat channle gt src channle gt lt destinat channle gt Cl C2 lt channle gt C2 Note the parameters Cl and C2 must be set to device together Cl is destination channel C2 is source charnel EXAMPLE 1 Copy parameters from channel one to channel two PACP C2 C1 RELATED COMMANDS ARWV BTWV CFG CPL MDWV SWWV BSWV 1 10 Arbitrary Wave Command DESCRIPTION Change arbitrary wave type COMMAND SYNTAX lt channel gt ARbWaVe INDEX NAME lt channel gt Cl C2 lt index gt 2 to 60 see blow table what the index number mean lt name gt see blow table Inde Inde Inde Inde Inde Name Name Name Name Name x x StairU Gmonopu 2 13 LogRise 24 1 38 Gausswin 49 Acot p 5 User StairD 1 50 6 3 14 Sqrt 25 Tripuls 39 Triang 0 spac n e blackmanharr 4 StarUD 15 Root3 26 Cardiac 40 is 5 PPulse 16 X2 27 Quake 41 Bartlett 6 NPulse 17 X3 28 Chirp 42 Tan Trapez T 18 Sinc 29 Twotone 43 Cot ia 8 UpRamp 19 Gussian 30 Snr 44 Sec 18 SCPI User Manul Dlorent 9 DnRamp 20 34 Hamming 45 Csc Z ExpFal Haversi 10 21 35 Hanning 46 Asin 1
18. er lt parameter gt Parameters Value Description STATE lt state gt Turn on or off frequency counter FRQ lt frequency gt Input signal frequency 22 SIGLENT SCPI User Manual DUTY lt duty gt Input signal duty TRG lt trig level gt Input signal trig level PW lt positive Input signal positive width width gt NW lt negative Input signal negative width width gt MODE lt mode gt Frequency counter mode DEF lt default gt Set configuration to default HFR lt hfr gt Turn HFR on or off Note if you want to use this function you must turn on frequency counter You can only set the mode def and hfr of the list the rest parmeters only get value where EXAMPLE 1 EXAMPLE 2 lt state gt ON OFF lt frequency gt Input signal frequency lt duty gt Input signal duty lt trig level gt Input signal trig level lt positive width gt Input signal positive width lt negative width gt Input signal negative width lt mode gt AC DC lt default gt Set configuration to default lt hfr gt ON OFF set trig level to 2v FCNT TRG 2v get signal frequency FCNT Return FCNT STATE ON FRQ 0 01 7 DUTY 0 TRG OV PW 0 NW 0 MODE 0 FF 0 O1HZ n 23 SCPIUserManual 1 18 Store list command DESCRIPTION This command used to read the device w
19. et or get sweep wave parameters lt channel gt SWeepWaVe lt parameter gt lt channel gt Cl C2 lt parameter gt a parameter from the table below Parameters Value Description STATE lt state gt Turn on or off sweep wave Note if you want set or read sweep wave other parameter you must turn on the state first TIME lt time gt Value of sweep time STOP lt stop frequency Value of stop frequency START lt start frequency gt Value of start frequency TRSR lt trigger src Trigger source TRMD lt trigger mode gt Value of trigger output If TRSR is EXT the parameter is invalid SWMD lt sweep mode gt Sweep way DIR lt direction gt Sweep direction EDGE lt edge gt Value of edge Only TRSR is EXT the parameter is valid MTRIG lt manual trigger gt Make the device once manual trigger Only TRSR is MAN the parameter is valid CARR WVTP lt wave type gt Value of carrier wave type CARR FRQ lt frequency gt Value of frequency CARR AMP lt amplifier gt Value of amplifier CARR OFST lt offset gt Value of offset CARR SYM lt symmetry gt Value of symmetry Value of duty cycle CARR DUTY lt duty gt Only Square can set this parameter CARR PHSE lt phase gt Value of phase Note If Carrier wave is Pulse or Noise you can t set turn on modulate wave 13 SCPI User If you want set CARR and STATE
20. ke M28 chirp M29 twotone M30 snr M31 EMPTY M32 EMPTY M33 EMPTY M34 hamming M35 hanning M36 kaiser M37 blackman M38 gausswin M39 triang M40 blackmanharris 41 barthannwin M42 tan M43 cot M44 sec M45 csc M46 asin M47 acos M48 atan M49 acot M50 WAVE4 Mol 44 M52 EMPTY M53 EMPTY 24 SCPI User Manual M54 EMPTY M55 EMPTY M56 EMPTY M57 EMPTY M58 EMPTY M59 EMPTY 1 19 Get arbitrary wave data command DESCRIPTION The command used to change user defined memory unit arbitrary wave data COMMAND SYNTAX WaVe_DaTa lt address gt lt parameter gt lt address gt M50 M59 lt parameter gt a parameter from the table below Parameters Value Description WVNM lt wavename gt arbitrary wave nane Arbitrary wave type Note the value have to be TYPE lt type gt set to 5 Arbitrary wave data Length It have to be set to LENGTH lt length gt 32KB FREQ lt frequency gt Arbitrary wave frequency It have to be set AMPL lt amplifier gt Value of amplify It has to be set OFST lt offset gt Value of offset It has to be set PHASE lt phase gt Value of phase It has to be set WAVEDATA lt wavedata gt Wave data It has to be set Not All parameters must to be set in one command If not command will not execute successfully QUERY SYNTAX WaVe DaTa RESPONSE FORMAT WaVe DaTa lt parameter gt EXAM
21. n the previous command has been entirely executed OPC OPC 1 SCPI User Manual 1 1 7 IDN DESCRIPTION QUERY SYNTAX RESPONSE FORMAT EXAMPLE 1 SIGLENT The IDN Query causes the instrument to identify itself The response comprises manufacturer scope model serial number software version and firmware version IDN IDN lt device id gt lt model gt lt serial number software version firmware version Xdevice id SDG is used to identify instrument lt model gt A model identifier less than 14 characters lt serial number gt A nine or 10 digit decimal code lt software version gt A serial numbers about software version lt firmware version gt two digits giving the major release level followed by a period then one digit giving the minor release level followed by a period and a single digit update level xx 7 Reads version information IDN return IDN 500 5061022 00 00 00 13 22 1 01 01 10R1 20 234 3 return may differ form each version SCPI User Manual SIGLENT 1 4 Output Command DESCRIPTION Enable or disable the output of the Output connector at the front panel corresponding to the channel The query returns ON or OFF COMMAND SYNTAX lt channel gt OUTPut lt parameter gt Cchannel C2 lt parameter gt a parameter from the table below Parameters Value Description ON Turn
22. rcle time gt Icycle to 50000 cycle lt wave type gt SINE SQUARE RAMP PULSE NOISE ARB SCPI User Manual QUERY SYNTAX RESPONSE FORMAT EXAMPLE 1 EXAMPLE 2 EXAMPLE 3 EXAMPLE 4 SIGLENT lt frequency gt Default unit is HZ Minimum value is 1 6 HZ maximal value depends on the version lt amplifier gt Default unit is V Channel one minimum value 0 004V Maximal is 6V Channel two minimum value 0 004V Maximal is 20V lt offset gt Default unit is V the maximal value depends on the version lt duty gt If wave type is Square range is from 20 to 80 If wave type is pulse range is from 0 1 to 99 9 lt symmetry gt 0 to 100 lt carr delay gt Maximal is Pulse Period minimum value is 0 Unit is S lt variance gt 0 4mv to 666 6mv lt mean gt the maximal value depends on the variance lt channel gt BursTWaVe lt parameter gt lt parameter gt lt period gt lt channel gt BursTWaVe lt type gt lt state gt lt period gt Set channel one burst wave period to IS C1 BTWV PRD 15 Set channel one burst wave delay to 0S C1 BTWV DLAY 05 Reads channel two burst wave parameters that STATE is ON C2 BTWV Return C2 BTWV STATE ON PRD 0 015 STPS 0 TRSR INT TRMD OFF TIME 1 DLAY 2 4 075 NCYC NCYC CARR WVTP SINE 1000HZ AMP AV OFST OV PHSE 0 Reads channel two mo
23. t phase gt EXAMPLE 1 change channel one current wave type to ramp C1 BSWV WVTP RAMP EXAMPLE 2 Changes current signal frequency of channel one to 2000 Hz Cl BSWV FRQ 2000HZ EXAMPLE 3 set current signal amplifier of channel one Cl BSWV AMP 8 SCPI User Manual EXAMPLE 4 RELATED COMMANDS SIGLENT reads channel basic wave parameters from device C1 BSWV Return C1 BSWV WVTP SINE FRQ 1000 AMP 3 OFST 3 PHSE 0 ARWV BTWV CFG CPL MDWV SWWV 1 6 Modulate Wave Command DESCRIPTION Set or get COMMAND SYNTAX modulated wave parameters lt channel gt MoDulateWaVe lt parameter gt lt channel gt Cl C2 lt parameter gt a parameter from the table below Parameters Value Describe STATE Turn on or off modulated wave Note if you want lt state gt set or read modulate wave other parameter you must turn on the state first AM SRC lt sre gt AM signal source AM MDSP AM modulation wave lt mod wave shape Only AM signal source is set to INT AM FRQ AM frequency Only AM Xam frequency signal source is set to INT AM DEPTH AM deep Only AM signal lt depth gt source is set to INT DSBAM SRC lt sre gt DSBAM signal source DSBAM MDSP DSBAM modulation wave lt mod wave shape gt Only AM signal source is set to INT DSBAM FRQ DSBAM frequency Only AM lt dsbam frequency gt signal source is set to
24. uals sign separates a placeholder from the description of the type and range of values that may be used in a command instead of the placeholder Braces enclose a list of choices one of which one must be made Square brackets enclose optional items An ellipsis indicates that the items both to its left and right may be repeated a number of times SCPI User Manual SIGLENT 1 2 Table of Commands amp Queries Short Long Form Subsystem What Command Query dose IDN IDN SYSTEM Get identification from device 5 5 Get or set the bit 0 in the Event Status Register ESR CHDR COMM HEADER Set the format of return data Long short off BSWV BASIC WAVE SIGNAL Set or get basic wave parameters Turns on or off channel signal ARWV ARBWAVE Data Change arbitrary wave type SYSTEM BUZZ BUZZER SYSTEM Set or get buzzer State SCFG SYSTEM CONFIG SYSTEM Set or get power initializing parameter way ROSC ROSCILLATOR SIGNAL Set or get clock source MOD MODULATION SIGNAL Set or get modulated wave parameters OUTP OUTPUT SIGNAL Set or get output state CHCP CHANNEL COPY SIGNAL Copy parameters from channel one to channel two or from channel two to channel one INVT INVERT SIGNAL Set or get output signal phase state SCSV SCREEN SAVE SYSTEM Set or get screen save State SWE SWEEP SIGNAL Set or get sweep wave
25. x02N x02Q x02T x02 W x02Z x02 x02 x02d x02 x02j x02m x02p x02s x02v x02y x02 x02 x80 x02 x83 x02 x86 x02 x89 x02 x8c x02 x8f x02 x92 x02 x96 x02 x99 x02 x9c x02 x9f x 02 xa2 x02 xa5 x02 xa8 x02 xac x02 xaf x02 xb2 x02 xb5 x02 xb8 x02 xbb x02 xbe x02 xc 1 x02 xc5 x02 xc8 x02 xcb x02 xce x02 xd1 x02 xd4 x02 xd7 x02 xda x02 xde x02 xe1 x02 xe4 x02 x e7 x02 xea x02 xed x02 xf0 x02 xf4 x02 xf7 x02 xfa x02 xfd x02 x00 x03 x03 x03 x06 x03 t x03 x03 x10 x03 x13 x03 x 1 6 x03 x 19 03 1c x03 x 1f x03 x03 amp x03 x03 x03 Ax032 x035 x038 x03 x037 x03B x03E x03H x03K x03N x03Q x03T x03X x03 x03 x03a x03d x032 x03j x03m x03q x03t x03w x03z x03 x03 x80 x03 x83 x03 x86 x03 x8a x03 x8d x03 x90 x03 x93 x03 x9 6 x03 x99 x03 x9c x03 x9f x03 xa2 x03 xa6 x03 xa9 x03 xac x03 xaf x03 xb2 x03 xb5 x03 xb8 x03 xbb x03 xbf x03 xc2 x03 xc5 x03 xc8 x03 xcb x03 xce x03 xd 1 x03 xd4 x03 xd8 x03 xdb x 03 xde x03 xe 1 x03 xe4 x03 xe7 x03 xea x03 xed x03 xf0 x03 xf4 x03 xf7 x03 xfa x03 xfd x03 x00 x04 x03 x04 x06 x04 t x04 r x04 x10 x04 x13 x04 x16 x04 x19 x04 xlce x04 x1f x04 x04 x04 x04 x04 x042 x045 x048 x04 x04 gt x04A x04E x04H x04K x04N x04Q x04T x04W x04Z x04 x04a x04d x04 x04j x04m x04p x04s x04v x04y x04 x04 x80 x04 x83 x04 x86 x04 x89 x04 x8 c x04 x8f x04 x92 x04 x95 x04 x99 x04 x9c x04 x9f x04 xa2 x04 xa5 x04 xa8 x04 x ab x04 xae x04 xb1 x04 xb5 x04 xb8 x04 xbb x04 xbe x04 xcl x04 xc4 x04 xc7 x04 xca x04 xcd x04 xd1 x04 xd4 x0
26. you can set this parameter MEAN lt mean gt Value of Noise wave mean Only wave type is Noise you can set this parameter SCPIUserManual Value of delay Only DLY lt delay gt wave type is Pulse you can set this parameter Note if the command don t set basic wave type the parameter will set parameters to current device wave type default where lt type gt SINE SQUARE RAMP PULSE NOISE ARB DC lt frequency gt Default unit is HZ Minimum value is 1 6 HZ maximal value depends on the version lt amplifier gt Default unit is V Channel one minimum value 0 004V Maximal is 6V Channel two minimum value 0 004V Maximal is 20V lt offset gt Default unit is V maximal value depends on the maximal value depends on the version lt duty gt If wave type is square range is from 20 to 80 if wave type is pulse range is from 0 1 to 99 9 symmetry 0 to 100 lt phase gt 0 to 360 lt variance gt Maximal is 2 222V minimum value is 0 4mV The default unit is V lt mean gt The range depends on Variance The default unit is V lt delay gt Maximal is Pulse Period minimum value is 0 Unit is S QUERY SYNTAX lt channel gt BaSicWaVe lt channel gt Cl C2 RESPONSE lt channel gt BSWV lt type gt lt frequency gt lt amplifier gt lt offset gt lt duty gt gt lt sym metry gt l
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