Description
The National Instruments PCIe-6738 Analog Output Device, with part number 785822-01, is a versatile component featuring 32 analog output (AO) channels divided into banks of four, each equipped with its own DAC. It provides flexible external clocking options and supports a variety of waveforms, including square, sine, sawtooth, and complex patterns.
This device is capable of both software-timed and hardware-timed data generation, accommodating diverse application needs. Users can benefit from two trigger modes, start-trigger and pause-trigger, which offer precise control over the waveform outputs. The PCIe-6738 operates at sample clock frequencies of 100 MHz by default, with additional options of 20 MHz and 100 kHz available.
Designed for a broad range of uses, the PCIe-6738 excels in applications such as waveform output and control, stimulus-response tests, 3-phase power simulation, and power supply control and simulation. Its rich feature set makes it an integral component for professionals requiring accurate and reliable analog output functionalities.
| Specification | Detail |
|---|---|
| Product Name | National Instruments PCIe-6738 Analog Output Device |
| Part Number | 785822-01 |
| Number of AO Channels | 32 |
| Channels per Bank | 4 |
| External Clocking Options | Yes |
| Supported Waveforms | Square, Sine, Sawtooth, Complex |
| Data Generation Methods | Software-timed, Hardware-timed |
| Trigger Modes | Start-trigger, Pause-trigger |
| Sample Clock Frequencies | 100 MHz (default), 20 MHz, 100 kHz |
| Applications | Waveform output, Control applications, Stimulus-response tests, 3-phase power simulation, Power supply control and simulation |
Question 1: What types of applications is the National Instruments PCIe-6738 Analog Output Device ideally suited for, given its capabilities in waveform output and control, as well as in stimulus-response tests?
Answer 1: The two trigger modes available on the National Instruments PCIe-6738 Analog Output Device for controlling waveform outputs are start-trigger and pause-trigger.
Question 2: What types of waveforms can the National Instruments PCIe-6738 Analog Output Device, part number 785822-01, generate, and what are its capabilities regarding software-timed and hardware-timed data generation?
Answer 2: The National Instruments PCIe-6738 Analog Output Device, part number 785822-01, can generate square, sine, sawtooth, and complex waveforms, and it is capable of both software-timed and hardware-timed data generation, allowing for versatile application across various timing requirements.
Question 3: What are the distinct features and applications of the National Instruments PCIe-6738 Analog Output Device with part number 785822-01?
Answer 3: The National Instruments PCIe-6738 Analog Output Device, part number 785822-01, features 32 AO channels with individual DACs, flexible external clocking, support for multiple waveform types, software and hardware-timed generation, two trigger modes, and operates at default sample clock frequencies of 100 MHz, with 20 MHz and 100 kHz options, making it suitable for a variety of applications such as waveform output and control, stimulus-response tests, 3-phase power simulation, and power
Question 4: What types of applications is the National Instruments PCIe-6738 Analog Output Device, with its 32 analog output channels and a variety of waveform support, most suited for?
Answer 4: The National Instruments PCIe-6738 Analog Output Device, with its 32 analog output channels and support for multiple waveforms, is most suited for applications such as waveform output and control, stimulus-response tests, 3-phase power simulation, and power supply control and simulation.
Question 5: What are the two trigger modes available on the National Instruments PCIe-6738 Analog Output Device for controlling waveform outputs?
Answer 5: The National Instruments PCIe-6738 Analog Output Device is ideally suited for applications such as waveform output and control, stimulus-response tests, 3-phase power simulation, and power supply control and simulation, due to its versatile analog output capabilities and precise timing features.
