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TiePie Handyscope HS2 Manuals
Manuals and User Guides for TiePie Handyscope HS2. We have
1
TiePie Handyscope HS2 manual available for free PDF download: Programmer's Manual
TiePie Handyscope HS2 Programmer's Manual (67 pages)
DLLs
Brand:
TiePie
| Category:
Test Equipment
| Size: 0.23 MB
Table of Contents
Table of Contents
3
Introduction
7
How Can I
9
Understand the Codes
9
Error Codes
9
Defined Constants
9
Open / Close the Instrument
11
Search and Initialize the Instrument
11
Close the Instrument
11
Get Information about My Instrument
12
Get the Calibration Date
12
Get the Instrument Serial Number
12
Determine the Available Input Sensitivities
13
Determine the Available Input Resolutions
13
Get the Number of Input Channels
14
Get the Maximum Sampling Frequency
14
Get the Maximum Record Length
14
Check for Availability of DC Hardware Offset Adjustment
15
Check for a Square Wave Generator
15
Check for a Function Generator
15
Get the Maximum Amplitude of the Function Generator
16
Perform a Measurement
17
Start a Measurement
17
Check if the Hardware Is Measuring
17
Abort a Running Measurement
17
Read the Trigger Status
18
Read the Measurement Status
18
Force a Trigger
18
Retrieve the Data
19
Get the Data from a Specific Channel in Binary Format
19
Get the Date from a Specific Channel in Volts
19
Get All Digital Input Values
20
Get One Sample of the Digital Input Values
20
Example of Use of the Routines
21
Setup for Streaming Measurements
23
Using Dataready Callback Function
23
Using Dataready Event
23
Setting up Streaming Measurements
24
Getting the Current Transfer Mode
24
Performing Streaming Measurements
25
Control the Input Resolution
26
Set the Input Resolution
26
Get the Current Input Resolution
26
Control the Instrument Configuration
27
Set the Instrument Configuration
27
Get the Current Instrument Configuration
27
Control Which Channels Are Measured
28
Get the Current Measure Mode
28
Set the Measure Mode
28
Input: Output
28
Output: Return Value
28
E_No_Errors
28
E_Invalid_Value
28
Control the Time Base
29
Get the Current Record Length
29
Set the Record Length
29
E_No_Hardware
29
E_No_Errors
29
Get the Current Number of Post Samples
30
Set the Number of Post Samples
30
Get the Current Sampling Frequency
31
Set the Sampling Frequency
31
E_No_Hardware
31
Get the Sample Clock Status
32
Set the Sample Clock Status
32
Control the Analog Input Channels
33
Get the Current Input Sensitivity
33
Set the Input Sensitivity
33
Get the Current Auto Ranging Status
34
Set the Auto Ranging Status
34
Get the Current Input Coupling
35
Set the Input Coupling
35
Get the Current DC Level Value
36
Set the DC Level Value
36
Control the Trigger System
37
Get the Current Trigger Source
37
Set the Trigger Source
37
Get the Current Trigger Mode
38
Set the Trigger Mode
38
Get the Current Trigger Mode for a Specific Channel
39
Set the Trigger Mode for a Specific Channel
39
Get the Current Trigger Level
40
Set the Trigger Level
40
Get the Current Trigger Hysteresis
41
Set the Trigger Hysteresis
41
Select the PXI External Trigger Signals
42
Get the Current Used PXI External Trigger Signals
42
Set the PXI External Trigger Slopes
43
Get the Current PXI External Trigger Slopes
43
Control the Digital Outputs
44
Set the Digital Outputs
44
Get the Current Status of the Digital Outputs
44
Control the Square Wave Generator
45
Get the Current Square Wave Generator Frequency
45
Set the Square Wave Generator Frequency
45
Control the Arbitrary Waveform Generator
46
Set the Generator Mode
46
Get the Current Generator Mode
46
Set the Generator Signal Type
47
Get the Current Generator Signal Type
47
Set the Generator Amplitude
48
Get the Current Generator Amplitude
48
Set the Generator DC Offset
49
Get the Current Generator DC Offset
49
Set the Generator Signal Symmetry
50
Get the Current Generator Signal Symmetry
50
Set the Generator Frequency
51
Get the Current Generator Frequency
51
Set the Generator Trigger Source
52
Get the Current Generator Trigger Source
52
Fill the Function Generator Waveform Memory
53
Set the Generator Output State
54
Get the Current Generator Output State
54
Set the Generator Enabled State
55
Get the Current Generator Output State
55
Generate Bursts
56
Use the I C Bus
57
Get the I C Bus Speed
57
Set the I C Bus Speed
57
Write Data to the I C Bus
58
Read Data from the I 2 C Bus
59
Perform Resistance Measurements
60
Setup Resistance Measurements
60
Retrieve the Resistance Values
60
Deprecated Routines
61
Get the Maximum Sampling Frequency
61
Start a Measurement
61
Get All Measurement Data in Volts
61
Get One Sample of the Measurement Data, in Volts
62
Get All Measurement Data, Binary
62
Get One Sample of the Measurement Data, Binary
62
Retrieve the Measured Data in Binary Format
62
Retrieve the Measured Data in Volts
63
Get the Current Sampling Frequency
63
Set the Sampling Frequency
63
Get the Current Trigger Timeout Value
63
Set the Trigger Timeout Value
64
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