Add the TSP examples from TSB with Toolkit configs

Application_Specific/LIV_Diode_Testing/README.md

@@ -0,0 +1,9 @@
+# LIV Diode Testing
+
+These TSP scripts are for performing Light-Current-Voltage (LIV) testing with a photodiode with a [2601B-PULSE 10us Pulser/SMU](https://www.tek.com/products/keithley/source-measure-units/2601b-pulse-system-sourcemeter) and other instruments.
+
+Case I is with a DMM6500 or DMM7510
+Case II is with a 2602B SMU
+Case III is with a 2461 SMU
+
+See the code comments for more information. 

Instrument_Examples/Series_2600/TSP_Scripts_for_LIV_Testing/completePulse_CaseII_2601B_PULSE_2602B.tsp → Application_Specific/LIV_Diode_Testing/completePulse_CaseII_2601B_PULSE_2602B.tsp

@@ -21,6 +21,7 @@ Description:
 	and analysis.
 
 Required Equipment:  1 Model 2601B-PULSE System SourceMeter instrument
+                     1 2602B System SourceMeter intrument
 
 Note:  The function does not perform any error checking.  It is the user's 
        responsibility to specify settings that are compatible with the 

Application_Specific/README.md

@@ -31,6 +31,9 @@ Files to be used with LabVIEW 2018 for controlling a 3765 plug-in card for a 370
 * **[Increase 4-Wire Resistance Measurement Capability with Common-side Ohms](./Increase_4-Wire_Resistance_Measurement_Capability_with_Common-side_Ohms)**  
 C# and Python code examples to target increased 4-wire measurement bandwidth per multiplexer card using the Common-side Ohms functionality. 
 
+* **[LIV Diode Testing](./LIV_Diode_Testing/)**  
+TSP code for performing Light-Current-Voltage (LIV) testing with a 2601B-PULSE and other instruments. 
+
 * **[Rds(On) of SiC MOSFET](./Rds(On)_of_SiC_MOSFET/)**  
 Supplemental TSP code to a series of videos made by Keithley Applications Engineer Andrea Clary using a 2461 High Current Source Measure Unit and a 2450 SMU.
 

Instrument_Examples/DAQ6510/Mixed_Function_Multi-Channel_Scanning/Mixed_Function_Scanning.tsp

@@ -0,0 +1,34 @@
+-- Reset the instrument to the default settings
+reset()
+
+-- Establish channel settings for the scan card configuration...
+channel.setdmm("101", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_AC_VOLTAGE)
+channel.setdmm("101", dmm.ATTR_MEAS_DETECTBW, dmm.DETECTBW_30HZ)
+channel.setdmm("102:110", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_DC_VOLTAGE)
+channel.setdmm("111:114", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_TEMPERATURE)
+channel.setdmm("111:114", dmm.ATTR_MEAS_TRANSDUCER, dmm.TRANS_THERMOCOUPLE)
+channel.setdmm("111:114", dmm.ATTR_MEAS_THERMOCOUPLE, dmm.THERMOCOUPLE_K)
+channel.setdmm("111:114", dmm.ATTR_MEAS_REF_JUNCTION, dmm.REFJUNCT_SIMULATED)
+channel.setdmm("111:114", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_TEMPERATURE, dmm.ATTR_MEAS_SIM_REF_TEMP, 23)
+channel.setlabel("101", "ACSource")
+channel.setlabel("111", "Reg12VTemp")
+channel.setlabel("112", "Reg5VTemp")
+channel.setlabel("113", "LoadTemp1")
+channel.setlabel("114", "LoadTemp2")
+channel.setdmm("121", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_AC_CURRENT)
+channel.setdmm("122", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_DC_CURRENT)
+
+-- Generate the scan...
+scan.create("101:114,121,122")
+scan.scancount = 10
+
+-- Clear and size the buffer...
+defbuffer1.clear()
+defbuffer1.capacity = 10 * 16
+
+-- Start the scan and wait...
+trigger.model.initiate()
+waitcomplete()
+
+-- Extract the data...
+printbuffer(1, defbuffer1.n, defbuffer1, defbuffer1.readings, defbuffer1.channels)

Instrument_Examples/DAQ6510/Mixed_Function_Multi-Channel_Scanning/README.md

@@ -3,7 +3,7 @@
 
 This example application demonstrates how to use the DAQ6510 to perform complex multi-channel,
 mixed function scanning in a production-test environment.
-The DAQ6510 can perform more than one function in a multichannel scan, providing a range of dataacquisition
+The DAQ6510 can perform more than one function in a multichannel scan, providing a range of data acquisition
 options in a single test.
 In this production environment the DAQ6510 is:
 

Instrument_Examples/DAQ6510/Pre-Scan_Monitor/PreScan_Monitor.tsp

@@ -0,0 +1,18 @@
+-- monitor temperature on channel 101
+reset()
+channel.setdmm("101", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_TEMPERATURE, dmm.ATTR_MEAS_TRANSDUCER, dmm.TRANS_THERMOCOUPLE, dmm.ATTR_MEAS_THERMOCOUPLE, dmm.THERMOCOUPLE_K, dmm.ATTR_MEAS_REF_JUNCTION, dmm.REFJUNCT_INTERNAL) channel.setdmm("101", dmm.ATTR_MEAS_UNIT, dmm.UNIT_CELSIUS)
+
+-- set limit high on monitor and trigger scan when high limit exceeds
+scan.monitor.channel = "101"
+scan.monitor.limit.high.value = 30
+scan.monitor.mode = scan.MODE_HIGH
+
+-- scan 2-wire resistance on channel 102:105
+channel.setdmm("102:105", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_RESISTANCE, dmm.ATTR_MEAS_RANGE_AUTO, dmm.ON)
+
+-- create scan
+scan.create("101:105")
+scan.scancount = 10
+
+-- initiates the monitoring of channel 101 conditions, which will enable the scan when it crosses the temperature threshold.
+trigger.model.initiate()

Instrument_Examples/DAQ6510/README.md

@@ -18,7 +18,7 @@ Visual Basic example (with dummy TSP script) to load and run a TSP file.
 Python example to scan thermocouples over 24+ hours and plot results with matplotlib. See README in directory for more.
 
 * **[Mixed Function Multi-Channel Scanning](./Mixed_Function_Multi-Channel_Scanning/)**  
-Python and Visual Basic examples to perform more complex scans with multiple measurement functions. See README in directory for more. 
+Both TSP and Python with Visual Basic examples to perform more complex scans with multiple measurement functions. See README in directory for more. 
 
 * **[Mixed Signal Scanning](./Mixed_Signal_Scanning/)**  
 Python and MatLab example with RS-232 to set up and execute a scan with multiple measurement functions. 
@@ -27,19 +27,19 @@ Python and MatLab example with RS-232 to set up and execute a scan with multiple
 Zipped C# project to control the DIO ports on the 7707 Differential Multiplexer Switch Card and TSP Script to configure the same card. See README in directory for more.
 
 * **[Pre-Scan Monitor](./Pre-Scan_Monitor/)**  
-Python examples with TSP and SCPI commands to wait for a temperature chamber to come up to temperature before executing a scan. See README in directory for more. 
+Native TSP and Python examples with TSP and SCPI commands to wait for a temperature chamber to come up to temperature before executing a scan. See README in directory for more. 
 
 * **[Scan Temperature using Thermocouples](./Scan_Temperaure_Using_Thermocouples/)**  
-Python and Visual Basic examples to scan temperature with thermocouples. See README in directory for more. 
+TSP and Python with Visual Basic examples to scan temperature with thermocouples. See README in directory for more. 
 
 * **[Scanning Low Level DC Voltage](./Scanning_Low_Level_DC_Voltage/)**  
-Python examples demonstrating the use of NPLC and Autozero functions to accurately measure low voltage. See README in directory for more. 
+TSP and Python examples demonstrating the use of NPLC and Autozero functions to accurately measure low voltage. See README in directory for more. 
 
-* **[Scannig Resistors with 4W Measurement](./Scanning_Resistors_Using_4W_Measurement/)**  
+* **[Scanning Resistors with 4W Measurement](./Scanning_Resistors_Using_4W_Measurement/)**  
 Python examples to scan ressitance measurements with a preference for 4-wire/Kelvin connections. See README in directory for more. 
 
 * **[Speed Scanning for Increased Throughput](./Speed_Scanning_for_Increased_Test_Throughput/)**  
-Python examples demonstrating differences in scan speed between the 7700, 7703, and 7710 multiplexer modules. See README in directory for more. 
+TSP and Python examples demonstrating differences in scan speed between the 7700, 7703, and 7710 multiplexer modules. See README in directory for more. 
 
 * **[Three Ways to Manage Scanning](./Three_Ways_To_Manage_Scanning/)**  
 Three python examples demonstrating different ways to control a scan: a traditional triggered approach, a manual approach, and a interval triggered approach. See README in directory for more. 

Instrument_Examples/DAQ6510/Scan_Temperaure_Using_Thermocouples/Scanning_Temperature_with_Thermocouples.tsp

@@ -0,0 +1,30 @@
+-- Reset the instrument to the default settings
+reset()
+
+-- Set up channel settings for Slot 1
+channel.setdmm("101:110", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_TEMPERATURE)
+channel.setdmm("101:110", dmm.ATTR_MEAS_TRANSDUCER, dmm.TRANS_THERMOCOUPLE)
+channel.setdmm("101:110", dmm.ATTR_MEAS_THERMOCOUPLE, dmm.THERMOCOUPLE_K)
+channel.setdmm("101:110", dmm.ATTR_MEAS_REF_JUNCTION, dmm.REFJUNCT_INTERNAL)
+channel.setdmm("101:110", dmm.ATTR_MEAS_OPEN_DETECTOR, dmm.ON)
+
+-- set up Scan
+scan.create("101:110")
+
+-- Set the scan count to 24hrs * 60min/hr = 1440
+scan.scancount = 1440
+
+-- Set the time between scans to 60s
+scan.scaninterval = 6.000e+01
+
+-- Ensure data gets written to a connected USB drive after each scan
+scan.export("/usb1/scan24hr.csv", scan.WRITE_AFTER_SCAN, buffer.SAVE_RELATIVE_TIME)
+
+-- Enable scan restart after power failure
+scan.restart = scan.ON
+
+-- Trigger to start the scan...
+trigger.model.initiate()
+
+-- Ensure that the display shows the SCAN swipe and carousel
+display.changescreen(display.SCREEN_SCAN_SWIPE)

Instrument_Examples/DAQ6510/Scanning_4W_Resistors/Scanning_4W_Resistors.tsp

@@ -0,0 +1,18 @@
+-- Reset the instrument to the default settings
+reset()
+scanCount = 100
+
+-- set up each channels function, range and offset compensation
+channel.setdmm("101, 102", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_4W_RESISTANCE, dmm.ATTR_MEAS_RANGE, 100, dmm.ATTR_MEAS_OFFCOMP_ENABLE, dmm.OCOMP_ON)
+channel.setdmm("103, 104", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_4W_RESISTANCE, dmm.ATTR_MEAS_RANGE, 10, dmm.ATTR_MEAS_OFFCOMP_ENABLE, dmm.OCOMP_ON)
+channel.setdmm("105, 106", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_4W_RESISTANCE, dmm.ATTR_MEAS_RANGE, 1, dmm.ATTR_MEAS_OFFCOMP_ENABLE, dmm.OCOMP_ON)
+
+-- set up Scan
+scan.add("101,102,103,104,105,106")
+scan.scancount = 100
+
+-- set up trigger model
+trigger.model.initiate()
+
+-- wait till scan completes
+waitcomplete()

Instrument_Examples/DAQ6510/Scanning_Low_Level_DC_Voltage/Scanning_Low_Level_DCV.tsp

@@ -0,0 +1,30 @@
+-- Reset the instrument to the default settings
+reset()
+channelCount = 6
+scanCount = 10
+bufferSize = channelCount * scanCount
+defbuffer1.capacity = bufferSize
+
+scan.buffer = defbuffer1 -- not necessary when using the default buffer, but added to show command use case
+
+-- set up channels
+channel.setdmm("101:106", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_DC_VOLTAGE, dmm.ATTR_MEAS_RANGE_AUTO, dmm.ON, dmm.ATTR_MEAS_AUTO_ZERO, dmm.ON, dmm.ATTR_MEAS_NPLC, 5)
+
+-- set up Scan
+scan.add("101:106")
+scan.scancount = scanCount
+
+-- set up trigger model
+trigger.model.initiate()
+
+-- print measurement data to console
+i = 1
+while i <= bufferSize do
+	delay(2)
+	lastIndex = defbuffer1.n
+	printbuffer(i, lastIndex, defbuffer1.readings)
+	i = lastIndex + 1
+end
+
+-- save buffer data from defbuffer1 to USB
+buffer.save(defbuffer1, "/usb1/MyData.csv")

Instrument_Examples/DAQ6510/Speed_Scanning_for_Increased_Test_Throughput/Speed_Scanning.tsp

@@ -0,0 +1,59 @@
+-- Set up variables to be referenced during the scan
+local scanCnt = 1000
+local sampleCnt = 0
+local chanCnt = 0
+local actualRdgs = 0
+local rcvBuffer = ""
+
+-- Get the initial timestamp for end-of-run comparison
+local x = os.clock()
+
+-- Reset the instrument and clear the buffer
+reset()
+defbuffer1.clear()
+
+-- Set up reading buffer format and establish scan count
+format.data = format.ASCII
+scan.scancount = scanCnt
+-- Configure the scan channels for the Slot 1 card
+channel.setdmm("101:120", dmm.ATTR_MEAS_FUNCTION, dmm.FUNC_DC_VOLTAGE)
+channel.setdmm("101:120", dmm.ATTR_MEAS_RANGE, 1)
+channel.setdmm("101:120", dmm.ATTR_MEAS_RANGE_AUTO, dmm.OFF)
+channel.setdmm("101:120", dmm.ATTR_MEAS_AUTO_ZERO, dmm.OFF)
+channel.setdmm("101:120", dmm.ATTR_MEAS_DIGITS, dmm.DIGITS_4_5)
+channel.setdmm("101:120", dmm.ATTR_MEAS_NPLC, 0.0005)
+channel.setdmm("101:120", dmm.ATTR_MEAS_APERTURE, 8.33333e-06)
+channel.setdmm("101:120", dmm.ATTR_MEAS_LINE_SYNC, dmm.OFF)
+channel.setdmm("101:120", dmm.ATTR_MEAS_LIMIT_ENABLE_1, dmm.OFF)
+channel.setdmm("101:120", dmm.ATTR_MEAS_LIMIT_ENABLE_2, dmm.OFF)
+
+-- Dim the display...
+display.lightstate = display.STATE_LCD_OFF
+
+-- Generate the scan...
+scan.create("101:120")
+scan.scaninterval = 0.0
+chanCnt = scan.stepcount
+
+-- Calculate the overall sample count and use it to size the buffer
+sampleCnt = scanCnt * chanCnt
+defbuffer1.capacity = sampleCnt
+
+-- Start the scan...
+trigger.model.initiate()
+
+-- Loop to capture and print readings
+i = 1
+while i <= sampleCnt do
+	delay(0.5)
+	myCnt = defbuffer1.n
+	-- NOTE: Can be supplemented or replaced by writing to USB
+	printbuffer(i, myCnt, defbuffer1.readings)
+	i = myCnt + 1
+end
+
+-- Turn the display back on...
+display.lightstate = display.STATE_LCD_50
+
+-- Output the elapsed time to the user
+print(string.format("Elapsed Time: %2f\n", os.clock() - x))

Instrument_Examples/DMM6500/Resistors/binning.tsp → Instrument_Examples/DMM6500/Grading_and_Binning_Resistors/Grading_and_Binning_Resistors.tsp

@@ -1,59 +1,61 @@
---[[
-
-***********************************************************
-*** Copyright 2019 Tektronix, Inc.                      ***
-*** See www.tek.com/sample-license for licensing terms. ***
-***********************************************************
-
-This example is from the DMM6500's User's Manual. Check there for more details on running this example.
-
-This sequence of TSP commands will grade resistors into established bins of accuracy.
-
-After the code executes, the data is displayed in the Instrument Console of Test Script Builder.
-
-]]
-
 -- Reset the instrument to default settings
 reset()
+
 -- Create a user-defined reading buffer that can store up to 1 million readings
-bufferVar = buffer.make(1000000)
+local bufferVar = buffer.make(1000000)
 bufferVar.clear()
--- Set the measure function to 4-wire resistance
+
+--Set the measure function to 4-wire resistance
 dmm.measure.func = dmm.FUNC_4W_RESISTANCE
+
 -- Set the number of power line cycles 1 PLC
 dmm.measure.nplc = 1
+
 -- Immediately update autozero reference measurements and then disable the autozero function
 dmm.measure.autozero.once()
+
 -- Enable offset compensation for more accurate resistance reading
 dmm.measure.offsetcompensation.enable = dmm.ON
+
 -- Configure digital I/O lines 1 through 4 as digital outputs. These I/O lines are used to output binning code to component handler
 digio.line[1].mode = digio.MODE_DIGITAL_OUT
 digio.line[2].mode = digio.MODE_DIGITAL_OUT
 digio.line[3].mode = digio.MODE_DIGITAL_OUT
 digio.line[4].mode = digio.MODE_DIGITAL_OUT
+
 -- Clear digital I/O lines to 0
 digio.line[1].state = digio.STATE_LOW
 digio.line[2].state = digio.STATE_LOW
 digio.line[3].state = digio.STATE_LOW
 digio.line[4].state = digio.STATE_LOW
--- Configure digital I/0 line 5 as a trigger input used to detect the start-of-test trigger from the component handler
+
+-- Configure digital I/0 line 5 as a trigger input used to detect
+-- the start-of-test trigger from the component handler
 digio.line[5].mode = digio.MODE_TRIGGER_IN
+
 -- Set trigger detector to detect falling edge
 trigger.digin[5].edge = trigger.EDGE_FALLING
--- Configure digital I/0 line 6 as a trigger output used to send an end-of-test trigger to the component handler
+
+-- Configure digital I/0 line 6 as a trigger output used to send
+-- an end-of-test trigger to the component handler
 digio.line[6].mode = digio.MODE_TRIGGER_OUT
+
 -- Output a falling edge trigger
 trigger.digout[6].logic = trigger.LOGIC_NEGATIVE
+
 -- Set width of output trigger pulse to 10 us
 trigger.digout[6].pulsewidth = 10E-6
+
 -- Trigger pulse is output when the Notify Block generates an event
 trigger.digout[6].stimulus = trigger.EVENT_NOTIFY2
--- Load Component Binning trigger model template
--- See the Reference Manual for details on these parameters
-trigger.model.load("GradeBinning", 100, 5, 0.1, 0.1, 120, 80, 15, 4, 110, 90, 1, 105, 95, 2, 101, 99, 3, bufferVar)
--- Initiate trigger model and wait until finished
+
+--Load Component Binning trigger model template
+trigger.model.load("GradeBinning", 100, 5, .1, .1, 120, 80, 15, 4, 110, 90, 1, 105, 95, 2, 101, 99, 3, bufferVar)
+
+--Initiate trigger model and wait until finished
 trigger.model.initiate()
 waitcomplete()
--- Display on front panel USER swipe screen after binning test completes
+
+--Display on front panel USER swipe screen after binning test completes
 display.changescreen(display.SCREEN_USER_SWIPE)
 display.settext(display.TEXT1, "Test Completed")

Instrument_Examples/DMM6500/Measuring_4W_Res_with_OCOMP/Measuring_4W_Res_with_OCOMP.tsp

@@ -0,0 +1,22 @@
+--Reset the Model DMM6500 to the default settings.
+reset()
+
+--Set the measure function to 4-wire resistance.
+dmm.measure.func = dmm.FUNC_4W_RESISTANCE
+
+--Enable autorange.
+dmm.measure.autorange = dmm.ON
+
+--Enable autozero.
+dmm.measure.autozero.enable = dmm.ON
+
+--Enable offset compensation.
+dmm.measure.offsetcompensation.enable = dmm.ON
+
+--Set the number of power line cycles to 1.
+dmm.measure.nplc = 1
+
+--Read the resistance value.
+print(dmm.measure.read())
+
+