Translating HP Basic, HP Instrumentation Basic
 
 
 
   
   
   
   
   
   
   
   
 

Links:

   
   
   
   
   
   

 

 
HP3577 Display Formats By Alpha  
Math Function Minus -
percent %
Math Bracket (
Math Bracket )
Math Function Multiply *
Math Function Divide /
Math Function Plus +
Math Term for Input A A
Attenuation A = 0 dB AA1
Attenuation A = 20 dB AA2
Attenuation B = 0 dB AB1
Attenuation B = 20 dB AB2
Start Amplitude (Entry) AMA
Stop Amplitude (Entry) AMB
Amplitude AMP
Annotation Off AN0
Annotation On AN1
Annotation Clear ANC
Aperture 0.5% of Span AP1
Aperture 1.0% of Span AP2
Aperture 2.0% of Span AP3
Aperture 4.0% of Span AP4
Aperture 8.0% of Span AP5
Aperture 16% of Span AP6
Attenuation R = 0 dB AR1
Attenuation R = 20 dB AR2
Autoscale ASL
Amp Step Size AST
Attenuation ATT
Auto Bandwidth Off AU0
Auto Bandwidth On AU1
Averaging Off AV0
Average N = 4 AV1
Average N = 8 AV2
Average N = 16 AV3
Average N = 32 AV4
Average N = 64 AV5
Average N = 128 AV6
Average N = 256 AV7
Average AVE
Math Term for Input B B
Bus Diagnostics Mode Off BD0
Bus Diagnostics Mode On BD1
Beeper Off BP0
Beeper On BP1
Resolution BW 1 Hz BW1
Resolution BW 10 Hz BW2
Resolution 100 Hz BW3
Resolution 1kHz BW4
Measurement Calibration CAL
Continouous Entry (knob) Off CE0
Constinuous Entry (knob) Onn CE1
Measurement CAL Full CFL
Frequency, FRC Step Size (Entry) CFS
Measurement CAL Continue CAL CGO
Characters Off CH0
Characters On CH1
Clear Keyboard Buffer CKB
Centimeters CM
Marker Coupling Off CO0
Marker Coupling On CO1
Copy Input CPI
Measurement Cal Partialize CPR
Copy Scale CPS
Configure Plot Menu CPT
Clear Trip, Receiver CTR
Clear Trip, Source CTS
Dump Average Number DAN
Delay Aperture Menue DAP
dBm DBM
dB Relative DBR
dBV DBV
Dump Characters DCH
degrees DEG
TraceOff DF0
Delay DF1
Imaginary DF2
Real DF3
Polar DF4
Phase DF5
Linear Magnitude DF6
Log Magnitude DF7
Define Function DFC
Define Math DFN
Scale/DIV DIV
Dump Key or Knob DKY
Dump Marker n DMn
Dump Status DMS
Dump Register x (x= A, B, R, D1, D2, D3, D4) DRx
Display Function DSF
degrees/span DSP
Display Memory Test DST
Dump Trace n DTn
Display Test Pattern DTP
exponent E
Exponent E
Enter Annotation ENA
Enter Graphics ENG
Enter Menu (User Defined) ENM
Error Reporting Mode n Ern
Math Term for Function F
ASCII Data Format FM1
64 Bit IEEE Data Format FM2
32 Bit HP 3577B Binary FM3
Fast Processor Test FPT
Frequency, Start Frequency FRA
Frequency, Stop Frequency FRB
Frequency, Center Frequency FRC
Frequency FRQ
Frequency, Span FRS
Freq Step Size FST
Full Sweep FSW
Full Sweep FSW
Graticule Off GR0
Graticule On GR1
Smith Chart Off GT0
Smith Chart On GT1
Plotter Address (Entry) HBP
Entry Off HLD
Function HP-IB Code
Input = S11 I11
Input = S12 I12
Input = S21 I21
Input = S22 I22
Impedance A = 50 Ohms IA1
Impedance A = 1 M Ohm IA2
Input =A/R IAR
Impedance B = 50 Ohms IB1
Impedance B = 1 M Ohm IB2
Input=B/R IBR
Dump Instrument ID ID?
Input=D1 ID1
Input=D2 ID2
Input=D3 ID3
Input=D4 ID4
Increment Down (Down Arrow) IDN
Input INP
Input x= R,A,B Inx
Instrument Preset IPR
Impedance R = 50 Ohms IR1
Impedance R = 1 M Ohm IR2
Increment (Up Arrow) IUP
Math Term for constant K
Define Math, Constant K1 Imaginary (Entry) KI1
Define Math, Constant K2 Imaginary (Entry) KI2
Define Math, Constant K3 Imaginary (Entry) KI3
Define Math, Constant K1 Real (Entry) KR1
Define Math, Constant K2 Real (Entry) KR2
Define Math, Constant K3 Real (Entry) KR3
Length A Off LA0
Lentth A On LA1
Length B OFf LB0
Length B On LB1
Load Register x (X= D1 D2 D3 D4) LDx
Length LEN
Load State (learn mode in ) LMI
Dump State (learn mode out) LMO
Length A (Entry) LNA
Length B (Entry) LNB
Length R (Entry) LNR
Length Step Size LNS
Length R Off LR0
Length R On LR1
Load Register x (X= A B R) LRx
Manual Amplitude Entry MAM
Meters MET
Manual Frequency Entry MFR
Marker Off MK0
Marker Offset (Entry) MK0
Marker On MK1
Marker MKG
Marker Position (Entry) MKP
MKR-Left for Target MLT
Polar Marker Units (Mag/Phase) MMP
Menu Off MN0
Menu On MN1
Menu Clear MNC
Marker Offset Off MO0
Marker Offset On MO1
Marker Offset Map (Entry) MOA
Marker Offset Freq (Entry) MOF
More Serv Diag Menu MOR
MKR Offset Span MOS
MKR-Polar Phase Ref MPF
Dumper Marker n Position MPn
Polar Marker Units (Real/Imag) MRI
MKR-Right for Target MRT
milliseconds MSC
milliseconds MSC
Sweep Time, Sample Time MSR
MKR-Start Frequency MTA
MKR-Stop Frequency MTB
MKR-Center Frequency MTC
Marker to Manual MTM
MKR-Min MTN
MKR-Full Scale MTP
MKR-Reference Level MTR
MKR-Target Value MTV
MKR-Max MTX
milliVolts MV
Measurement Cal Normalize NRM
Measurement Cal Short NRS
Number of Steps =6 NS1
Number of Steps = 11 NS2
Number of Steps = 21 NS3
Number of Steps = 51 NS4
Number of Steps = 101 NS5
Number of Steps = 201 NS6
Number of Steps = 401 NS7
nanoseconds NSC
Nanoseconds NSC
Steps/Sweep Menu NST
nanoVolts NV
Polar Full Scale (Entry) PFS
Graticule Pen Number PGP
Polar Imag Offset (Entry) PIO
Plot All PLA
Plot Characters PLC
Set Plot Config to Default PLD
Plot Graticule PLG
Plot Menu PLM
Plot Trace n PLn
Plot Trace Marker n PMn
Polar Mag Offset (Entry) PMO
Pen Speed Fast (Max) PNM
Pen Speed Slow PNS
Polar Phase Offset (Entry) PPO
Polar Phase Ref (Entry) PPR
Polar Real Offset (Entry) PRO
I/O Test PRT
Phase Slope Off PS0
Phase Slope On PS1
Phase Slope (Entry) PSL
Math Term for Input R R
radians RAD
Resolution RBW
Recall Instrument State RCL
Recall Register n RCn
Reference Level REF
Return RET
Return RET
Return RET
Return RET
Reference Line Off RL0
Reference Line On RL1
Reference Position RPS
Freq Swp Res 51 pts/span RS1
Freq Swp Res 101 pts/span RS2
Freq Swp Res 201 pts/span RS3
Freq Swp Res 401 pts/span RS4
radians/span RSP
Source Amplitude SAM
Save Instrument State SAV
Scale SCL
Store Data Reg 1 SD1
Store Data Reg 2 SD2
Store Data Reg 3 SD3
Store Data Reg 4 SD4
Service Diagnostics Menu SDG
seconds SEC
Seconds SEC
Frequency, Source Frequency SFR
Source Leveling Off SL0
Settling Time Off SL0
Source Leveling On SL1
Settling Time On SL1
Confidence Test Menu SLF
Sweep Mode, Continuous SM1
Sweep Mode, Single SM2
Sweep Mode, Manual SM3
Sweep Mode SMD
Sweep Time, Step Time (Entry) SMT
S-Parameters Off SP0
S-Parameters ON SP1
Special Functions SPC
Frequency, Sweep Resolution SRL
Send SRQ SRQ
Software Revision Message SRV
Sweep, Linear ST1
Sweep, Alternate ST2
Sweep, Log ST3
Sweep, Amplitude ST4
Sweep, CW ST5
Sweep, Discrete ST6
Confidence Test Channel A STA
Confidence Test Channel B STB
Store and Display STD
Settling Time Entry STE
Sweep Time STM
Store Data STO
Confidence Test Channel R STR
Sweep, Direction DOWN SUD
Sweep, Direction UP SUP
Save State in Register n SVn
Sweep Time, (Entry) SWT
Synthesizer Diag Off SY0
Synthesizer Diag On SY1
Trace 1 Linetype (Entry) T1L
Trace 1 Pen Number (Entry) T1P
Trace 2 Linetype (Entry) T2L
Trace 2 Pen Number (Entry) T2P
Store UD to D1 TD1
Store UD to D2 TD2
Store UD to D3 TD3
Store UD to D4 TD4
Free Run TG1
Line Trigger TG2
External Trigger TG3
Immediate TG4
Take Measurement TKM
Trace Memory Test TMT
Trace 1 TR1
Trace 2 TR2
Sweep Trigger TRG.Sweep Reset Reset TRG/RST
Trigger Mode TRM
Test Forward TSF
Rest Reverse TSR
User Defined Input UD1
User Defined Store UDS
Define Function F1 UF1
Define Function F2 UF2
Define Function F3 UF3
Define Function F4 UF4
Define Function F% UF5
microseconds USC
Microseconds USC
microVolts UV
Volts V
Zero Marker ZMK
 
HP3577 Display Formats  
Function HP-IB Code
Trace 1 TR1
Trace 2 TR2
Display Function DSF
Log Magnitude DF7
Linear Magnitude DF6
Phase DF5
Polar DF4
Real DF3
Imaginary DF2
Delay DF1
TraceOff DF0
Delay Aperture Menue DAP
Aperture 0.5% of Span AP1
Aperture 1.0% of Span AP2
Aperture 2.0% of Span AP3
Aperture 4.0% of Span AP4
Aperture 8.0% of Span AP5
Aperture 16% of Span AP6
Return RET
Input INP
Input x= R,A,B Inx
Input =A/R IAR
Input=B/R IBR
Input=D1 ID1
Input=D2 ID2
Input=D3 ID3
Input=D4 ID4
User Defined Input UD1
Input = S11 I11
Input = S21 I21
Input = S12 I12
Input = S22 I22
Copy Input CPI
Test Forward TSF
Rest Reverse TSR
Scale SCL
Autoscale ASL
Reference Level REF
Scale/DIV DIV
Reference Position RPS
Reference Line Off RL0
Reference Line On RL1
Copy Scale CPS
Phase Slope (Entry) PSL
Phase Slope Off PS0
Phase Slope On PS1
Polar Full Scale (Entry) PFS
Polar Phase Ref (Entry) PPR
Smith Chart Off GT0
Smith Chart On GT1
Marker Position (Entry) MKP
Marker Off MK0
Marker On MK1
Zero Marker ZMK
Marker Offset Off MO0
Marker Offset On MO1
Marker Offset (Entry) MK0
Marker Offset Freq (Entry) MOF
Marker Offset Map (Entry) MOA
Marker Coupling Off CO0
Marker Coupling On CO1
Polar Mag Offset (Entry) PMO
Polar Phase Offset (Entry) PPO
Polar Real Offset (Entry) PRO
Polar Imag Offset (Entry) PIO
Polar Marker Units (Real/Imag) MRI
Polar Marker Units (Mag/Phase) MMP
Marker MKG
MKR-Reference Level MTR
MKR-Start Frequency MTA
MKR-Stop Frequency MTB
MKR-Center Frequency MTC
MKR Offset Span MOS
MKR-Max MTX
MKR-Min MTN
MKR-Target Value MTV
MKR-Right for Target MRT
MKR-Left for Target MLT
MKR-Full Scale MTP
MKR-Polar Phase Ref MPF
Store Data STO
Store Data Reg 1 SD1
Store Data Reg 2 SD2
Store Data Reg 3 SD3
Store Data Reg 4 SD4
Store and Display STD
User Defined Store UDS
Store UD to D1 TD1
Store UD to D2 TD2
Store UD to D3 TD3
Store UD to D4 TD4
Measurement Calibration CAL
Measurement Cal Normalize NRM
Measurement Cal Short NRS
Measurement Cal Partialize CPR
Measurement CAL Full CFL
Measurement CAL Continue CAL CGO
Define Math DFN
Define Math, Constant K1 Real (Entry) KR1
Define Math, Constant K1 Imaginary (Entry) KI1
Define Math, Constant K2 Real (Entry) KR2
Define Math, Constant K2 Imaginary (Entry) KI2
Define Math, Constant K3 Real (Entry) KR3
Define Math, Constant K3 Imaginary (Entry) KI3
Define Function DFC
Define Function F1 UF1
Define Function F2 UF2
Define Function F3 UF3
Define Function F4 UF4
Define Function F% UF5
Math Term for Input R R
Math Term for Input A A
Math Term for Input B B
Math Term for constant K
Math Term for Function F
Math Bracket (
Math Function Plus +
Math Function Minus -
Math Function Multiply *
Math Function Divide /
Math Bracket )
Data Entry Commands  
Increment (Up Arrow) IUP
Increment Down (Down Arrow) IDN
Continouous Entry (knob) Off CE0
Constinuous Entry (knob) Onn CE1
Entry Off HLD
Display Format Suffix Units  
dBm DBM
dBV DBV
dB Relative DBR
Volts V
milliVolts MV
microVolts UV
nanoVolts NV
degrees DEG
degrees/span DSP
radians RAD
radians/span RSP
seconds SEC
milliseconds MSC
microseconds USC
nanoseconds NSC
percent %
exponent E
SOURCE  
Sweep Type  
Sweep, Linear ST1
Sweep, Alternate ST2
Sweep, Log ST3
Sweep, Amplitude ST4
Sweep, CW ST5
Sweep, Discrete ST6
Sweep, Direction UP SUP
Sweep, Direction DOWN SUD
Sweep Mode SMD
Sweep Mode, Continuous SM1
Sweep Mode, Single SM2
Sweep Mode, Manual SM3
Manual Frequency Entry MFR
Manual Amplitude Entry MAM
Marker to Manual MTM
Sweep Time STM
Sweep Time, (Entry) SWT
Sweep Time, Step Time (Entry) SMT
Sweep Time, Sample Time MSR
Frequency FRQ
Frequency, Source Frequency SFR
Frequency, Start Frequency FRA
Frequency, Stop Frequency FRB
Frequency, Center Frequency FRC
Frequency, Span FRS
Frequency, FRC Step Size (Entry) CFS
Frequency, Sweep Resolution SRL
Freq Swp Res 51 pts/span RS1
Freq Swp Res 101 pts/span RS2
Freq Swp Res 201 pts/span RS3
Freq Swp Res 401 pts/span RS4
Return RET
Full Sweep FSW
Freq Step Size FST
Amplitude AMP
Source Amplitude SAM
Amp Step Size AST
Clear Trip, Source CTS
Start Amplitude (Entry) AMA
Stop Amplitude (Entry) AMB
Steps/Sweep Menu NST
Number of Steps =6 NS1
Number of Steps = 11 NS2
Number of Steps = 21 NS3
Number of Steps = 51 NS4
Number of Steps = 101 NS5
Number of Steps = 201 NS6
Number of Steps = 401 NS7
Return RET
Full Sweep FSW
Trigger Mode TRM
Free Run TG1
Line Trigger TG2
External Trigger TG3
Immediate TG4
Sweep Trigger TRG.Sweep Reset Reset TRG/RST
RECEIVER  
Resolution RBW
Resolution BW 1 Hz BW1
Resolution BW 10 Hz BW2
Resolution 100 Hz BW3
Resolution 1kHz BW4
Auto Bandwidth Off AU0
Auto Bandwidth On AU1
Average AVE
Averaging Off AV0
Average N = 4 AV1
Average N = 8 AV2
Average N = 16 AV3
Average N = 32 AV4
Average N = 64 AV5
Average N = 128 AV6
Average N = 256 AV7
Attenuation ATT
Attenuation R = 0 dB AR1
Attenuation R = 20 dB AR2
Attenuation A = 0 dB AA1
Attenuation A = 20 dB AA2
Attenuation B = 0 dB AB1
Attenuation B = 20 dB AB2
Impedance R = 50 Ohms IR1
Impedance R = 1 M Ohm IR2
Impedance A = 50 Ohms IA1
Impedance A = 1 M Ohm IA2
Impedance B = 50 Ohms IB1
Impedance B = 1 M Ohm IB2
Clear Trip, Receiver CTR
Length LEN
Length R (Entry) LNR
Length R Off LR0
Length R On LR1
Length A (Entry) LNA
Length A Off LA0
Lentth A On LA1
Length B (Entry) LNB
Length B OFf LB0
Length B On LB1
Length Step Size LNS
Receiver Suffix Units  
Meters MET
Centimeters CM
Seconds SEC
milliseconds MSC
Microseconds USC
Nanoseconds NSC
Exponent E
Instrument Status  
Special Functions SPC
Confidence Test Menu SLF
Confidence Test Channel R STR
Confidence Test Channel A STA
Confidence Test Channel B STB
Return RET
Beeper Off BP0
Beeper On BP1
Service Diagnostics Menu SDG
Source Leveling Off SL0
Source Leveling On SL1
Settling Time Off SL0
Settling Time On SL1
Synthesizer Diag Off SY0
Synthesizer Diag On SY1
Display Test Pattern DTP
Trace Memory Test TMT
Fast Processor Test FPT
I/O Test PRT
More Serv Diag Menu MOR
Display Memory Test DST
Software Revision Message SRV
S-Parameters Off SP0
S-Parameters ON SP1
Save Instrument State SAV
Save State in Register n SVn
Recall Instrument State RCL
Recall Register n RCn
Instrument Preset IPR
Plot Menu PLM
Plot All PLA
Plot Trace n PLn
Plot Graticule PLG
Plot Characters PLC
Plot Trace Marker n PMn
Configure Plot Menu CPT
Trace 1 Linetype (Entry) T1L
Trace 2 Linetype (Entry) T2L
Trace 1 Pen Number (Entry) T1P
Trace 2 Pen Number (Entry) T2P
Graticule Pen Number PGP
Pen Speed Fast (Max) PNM
Pen Speed Slow PNS
Set Plot Config to Default PLD
Plotter Address (Entry) HBP
HP-IB Only Commands  
Settling Time Entry STE
Dump Register x (x= A, B, R, D1, D2, D3, D4) DRx
Dump Trace n DTn
Dump Marker n DMn
Dumper Marker n Position MPn
Dump State (learn mode out) LMO
Dump Status DMS
Dump Average Number DAN
Dump Key or Knob DKY
Dump Characters DCH
Dump Instrument ID ID?
Load Register x (X= A B R) LRx
Load Register x (X= D1 D2 D3 D4) LDx
Load State (learn mode in ) LMI
Graticule Off GR0
Graticule On GR1
Characters Off CH0
Characters On CH1
Annotation Off AN0
Annotation On AN1
Annotation Clear ANC
Menu Off MN0
Menu On MN1
Menu Clear MNC
ASCII Data Format FM1
64 Bit IEEE Data Format FM2
32 Bit HP 3577B Binary FM3
Bus Diagnostics Mode Off BD0
Bus Diagnostics Mode On BD1
Enter Menu (User Defined) ENM
Enter Annotation ENA
Enter Graphics ENG
Clear Keyboard Buffer CKB
Take Measurement TKM
Error Reporting Mode n Ern
Send SRQ SRQ