Difference between revisions of "Component: TTI Power Supply - PL155-P (TTI PL155-P PSU) (Test Equipment)"
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Revision as of 12:22, 3 February 2023
Author | Matrix TSL |
Version | 1.0 |
Category | Test Equipment |
Contents
- 1 TTI Power Supply - PL155-P component
- 2 Component Source Code
- 3 Detailed description
- 4 Examples
- 5 Macro reference
- 5.1 ADDRESSRet
- 5.2 CLS
- 5.3 CONFIGRet
- 5.4 DAMPING
- 5.5 DECI
- 5.6 DECV
- 5.7 DECVV
- 5.8 DELTAI
- 5.9 DELTAIRet
- 5.10 DELTAV
- 5.11 DELTAVRet
- 5.12 EERRet
- 5.13 ESE
- 5.14 ESERet
- 5.15 ESRRet
- 5.16 I
- 5.17 IDNRet
- 5.18 IFLOCK
- 5.19 IFLOCKRet
- 5.20 IFUNLOCK
- 5.21 INCI
- 5.22 INCV
- 5.23 INCVV
- 5.24 IORet
- 5.25 IRANGE
- 5.26 IRANGERet
- 5.27 IRet
- 5.28 ISTRet
- 5.29 LOCAL
- 5.30 LSE
- 5.31 LSERet
- 5.32 LSRRet
- 5.33 NOLANOK
- 5.34 OCP
- 5.35 OCPRet
- 5.36 OP
- 5.37 OPALL
- 5.38 OPC
- 5.39 OPCRet
- 5.40 OPRet
- 5.41 OVP
- 5.42 OVPRet
- 5.43 PRE
- 5.44 PRERet
- 5.45 PSUInitialise
- 5.46 QERRet
- 5.47 RATIO
- 5.48 RATIORet
- 5.49 RCL
- 5.50 RST
- 5.51 SAV
- 5.52 SRE
- 5.53 SRERet
- 5.54 STBRet
- 5.55 TRG
- 5.56 TRIPRST
- 5.57 TSTRet
- 5.58 V
- 5.59 VORet
- 5.60 VRet
- 5.61 VV
- 5.62 WAI
- 6 Property reference
TTI Power Supply - PL155-P component
TTI PL155-P Power Supply Unit Component. 15V - 5A
Component Source Code
Please click here to download the component source project: FC_Comp_Source_temp/TTIPL155PPSU.fcsx
Please click here to view the component source code (Beta): FC_Comp_Source_temp/TTIPL155PPSU.fcsx
Detailed description
No detailed description exists yet for this component
Examples
No additional examples
Macro reference
ADDRESSRet
ADDRESSRet | |
Returns the bus address of the instrument; This is the address used by the GPIB, if fitted, or may be used as a general identifier over the other interfaces. | |
- BYTE | Return |
CLS
CLS | |
Clear Status. Clears the Status structure. This indirectly clears the Status Byte Register. | |
- VOID | Return |
CONFIGRet
DAMPING
DECI
DECI | |
Decrement the output <n> current limit by the step size set for output <n>. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- VOID | Return |
DECV
DECV | |
Decrement the output <n> voltage by the step size set for output <n>. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- VOID | Return |
DECVV
DECVV | |
Decrement the output <n> voltage by the step size for output <n> and verify. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- VOID | Return |
DELTAI
DELTAIRet
DELTAIRet | |
Returns the output <n> current step size. The response is DELTAI<n><nr2><rmt> where <nr2> is in Amps. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- FLOAT | Return |
DELTAV
DELTAV | |
Set the output <n>voltage step size to <nrf> Volts | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- FLOAT | Voltage |
Set a Voltage step between 0.0 - 15.0 V | |
- VOID | Return |
DELTAVRet
DELTAVRet | |
Returns the output <n> voltage step size. The response is DELTAV<n><nr2><rmt> where <nr2> is in Volts. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- FLOAT | Return |
EERRet
EERRet | |
Query and clear Execution Error Register. The response format is nr1 <rmt>. | |
- STRING | Return |
ESE
ESE | |
Sets the Standard Event Status Register to the value of <nrf>. | |
- BYTE | Status |
Set status register to a value of 0-255 | |
- VOID | Return |
ESERet
ESERet | |
Returns the value in the Standard Event Status Enable Register in <nr1> numeric format. The syntax of the response is <nr1><rmt>. | |
- BYTE | Return |
ESRRet
ESRRet | |
Returns the value in the Standard Event Status Register in <nr1> numeric format. The register is then cleared. The response is <nr1><rmt>. | |
- INT | Return |
I
I | |
Set output <n> current limit to <nrf> Amps | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- FLOAT | Current |
Set a current between 0 - 5000 mA | |
- VOID | Return |
IDNRet
IDNRet | |
Returns the instrument identification. The exact response is determined by the instrument configuration and is of the form <NAME>, <model>, <Serial No.>, <Version>, <rmt>. | |
- STRING | Return |
IFLOCK
IFLOCKRet
IFUNLOCK
INCI
INCI | |
Increment the output <n> current limit by the step size set for output <n>. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- VOID | Return |
INCV
INCV | |
Increment the output <n> voltage by the step size set for output <n>. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- VOID | Return |
INCVV
INCVV | |
Increment the output <n> voltage by the step size for output <n> and verify. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- VOID | Return |
IORet
IORet | |
Returns the output readback current for output <n> The response is <nr2>A<rmt> where <nr2> is in Amps. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- FLOAT | Return |
IRANGE
IRANGERet
IRet
IRet | |
Returns the set current limit of output <n> The response is I <n><nr2><rmt> where <nr2> is in Amps | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- FLOAT | Return |
ISTRet
ISTRet | |
Returns IST local message as defined by IEEE Std. 488.2. The syntax of the response is 0<rmt>, if the local message is false, or 1<rmt>, if the local message is true. | |
- BOOL | Return |
LOCAL
LOCAL | |
Go to local. This does not release any active interface lock so that the lock remains with the selected interface when the next remote command is received. | |
- VOID | Return |
LSE
LSE | |
Set the value of LSE <n>, Limit Event Status Register <n>, to <nrf>. | |
- BYTE | Register |
Select Register | |
- BYTE | Value |
Value to be placed in the register (0-255) | |
- VOID | Return |
LSERet
LSERet | |
Return the value of LSE<n>, Limit Status Enable Register <n> - response is <nr1><rmt>. | |
- BYTE | Register |
Select register | |
- BYTE | Return |
LSRRet
LSRRet | |
Query and clear Limit Event Status Register <n>. The response is <nr1><rmt>. See status reporting section for details. | |
- BYTE | Register |
Select Register number | |
- FLOAT | Return |
NOLANOK
NOLANOK | |
Disables the LAn Err message for no LAN connection found at power on if <nrf> is 1 and enables the message if <nrf> is 0. | |
- BOOL | Status |
0 = Message disabled, 1 = Message enabled | |
- VOID | Return |
OCP
OCPRet
OCPRet | |
Returns the current trip setting for output <n> The response is CP<n><nr2><rmt> where <nr2> is in Amps. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- FLOAT | Return |
OP
OP | |
Sets the output <n> on/off where <nrf> has the following meaning: 0=OFF, 1=ON. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- BOOL | Status |
0=OFF, 1=ON | |
- VOID | Return |
OPALL
OPC
OPCRet
OPCRet | |
Query Operation Complete status. The response is always 1<rmt> and will be available immediately the command is executed because all commands are sequential. | |
- BOOL | Return |
OPRet
OPRet | |
Returns output <n> on/off status The response is <nr1><rmt> where 1 = ON, 0 = OFF. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- BOOL | Return |
OVP
OVPRet
OVPRet | |
Returns the voltage trip setting for output <n>. The response is VP<n>Mnr2><rmt> where <nr2> is in Volts. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- FLOAT | Return |
PRE
PRE | |
Sets the Parallel Port Enable Register to the value <nrf>. | |
- BYTE | Status |
Set register value 0-255 | |
- VOID | Return |
PRERet
PRERet | |
Returns the value in the Parallel Poll Enable Register in <nr1> numeric format. The syntax of the response is <nr1><rmt>. | |
- BYTE | Return |
PSUInitialise
PSUInitialise | |
This macro is required to initialise the PSU | |
- VOID | Return |
QERRet
QERRet | |
Query and clear Query Error Register. The response format is nr1<rmt>. | |
- BYTE | Return |
RATIO
RATIO | |
Set the ratio of output 2 (slave) to output 1 (master) in tracking mode to <nrf>, where <nrf> is the ratio in percent (0 to 100). | |
- BYTE | Ratio |
Ratio percentage (0-100) | |
- VOID | Return |
RATIORet
RATIORet | |
Query the ratio of output 2 (slave) to putput 1 (master) in tracking mode. The response is <nrf>, where <nrf> is the ratio in percent (0 to 100). | |
- BYTE | Return |
RCL
RST
SAV
SRE
SRE | |
Set the Service Request Enable Register to <nrf>. | |
- BYTE | Status |
Set register value 0-255 | |
- VOID | Return |
SRERet
SRERet | |
Returns the value of the Service Request Enable Register in <nr1> numeric format. The syntax of the response is <nr1><rmt> | |
- BYTE | Return |
STBRet
STBRet | |
Returns the value of the Status Byte Register in <nr1> numeric format. The syntax of the response is <nr1><rmt>. | |
- BYTE | Return |
TRG
TRG | |
The PSU has no trigger capability. The command is accepted but performs no action. | |
- VOID | Return |
TRIPRST
TRIPRST | |
Attempt to clear all trip conditions. | |
- VOID | Return |
TSTRet
TSTRet | |
The PSU has no self test capability and the response is always 0 <rmt>. | |
- BOOL | Return |
V
V | |
Set output <n> to <nrf> Volts | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- FLOAT | Voltage |
Set a Voltage between 0.0 - 15.0 V | |
- VOID | Return |
VORet
VORet | |
Returns the output readback voltage for output <n> The response is <nr2>V<rmt> where <nr2> is in Volts. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- FLOAT | Return |
VRet
VRet | |
Returns the set voltage of output <n> The response is V <n> <nr2><rmt> wjere <nr2> is in Volts. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- FLOAT | Return |
VV
VV | |
Set output <n> to <nrf> Volts with verify. | |
- BOOL | Output |
Choose Output: 1 = Output 1, 2 = Output 2 (if applicable) | |
- FLOAT | Voltage |
Set a Voltage between 0.0 - 15.0 V | |
- INT | Return |
WAI
WAI | |
Wait for the Operation Complete true. As all commands are completely executed before the next is started this command takes no additional action. | |
- VOID | Return |