Description
The National Instruments SMA-2165 Prototyping Accessory, with Part Number 782092-01, is a high-quality Test Fixture designed to facilitate debugging, testing, or prototyping for differential digital I/O. It is fully compatible with arbitrary waveform generators, digital waveform analyzers, and digital waveform generators from National Instruments, providing a robust solution for various testing scenarios.
This accessory features a generous prototyping area measuring 1.57 in. × 3.54 in., which includes 154 unconnected solder pads for custom circuit or component evaluation. Moreover, connectivity is ample with 44 SMA connectors and one VHDCI connector, ensuring versatile connection options for a wide array of devices and cables.
| Attribute | Description |
|---|---|
| Product Name | National Instruments SMA-2165 Prototyping Accessory |
| Part Number | 782092-01 |
| Type | Test Fixture |
| Compatible With | Arbitrary waveform generators, digital waveform analyzers, and digital waveform generators from National Instruments |
| Primary Use | Debugging, testing, or prototyping for differential digital I/O |
| Prototyping Area | 1.57 in. × 3.54 in. with 154 unconnected solder pads |
| Connectors | 44 SMA connectors, 1 VHDCI connector |
Q1: What testing and prototyping functionalities does the National Instruments SMA-2165 Prototyping Accessory provide for differential digital I/O, and what are its compatibility features with other devices?
A1: The prototyping area provided by the National Instruments SMA-2165 Prototyping Accessory measures 1.57 inches by 3.54 inches and includes 154 unconnected solder pads for custom circuit or component evaluation.
Q2: What are the dimensions and features of the prototyping area on the National Instruments SMA-2165 Prototyping Accessory, Part Number 782092-01, and how does it enhance the debugging, testing, or prototyping process for differential digital I/O?
A2: The National Instruments SMA-2165 Prototyping Accessory is compatible with arbitrary waveform generators, digital waveform analyzers, and digital waveform generators, and its key features include a generous prototyping area of 1.57 in. × 3.54 in. with 154 unconnected solder pads, 44 SMA connectors, and one VHDCI connector to facilitate debugging, testing, or prototyping for differential digital I/O.
Q3: What type of devices can the National Instruments SMA-2165 Prototyping Accessory, described as a Test Fixture with Part Number 782092-01, be used with, and what are its key features regarding prototyping space and connectivity?
A3: The National Instruments SMA-2165 Prototyping Accessory offers a comprehensive platform for debugging, testing, and prototyping differential digital I/O, featuring a prototyping area with 154 solder pads for custom circuits, compatibility with National Instruments’ arbitrary waveform generators, digital waveform analyzers, and digital waveform generators, and includes 44 SMA connectors and one VHDCI connector for versatile connectivity options.
Q4: What is the size of the prototyping area provided by the National Instruments SMA-2165 Prototyping Accessory, and how many unconnected solder pads does this area include?
A4: The National Instruments SMA-2165 Prototyping Accessory, Part Number 782092-01, can be used with arbitrary waveform generators, digital waveform analyzers, and digital waveform generators, and it boasts a prototyping area of 1.57 in. × 3.54 in. with 154 unconnected solder pads, along with 44 SMA connectors and one VHDCI connector for versatile connectivity options.
Q5: What types of National Instruments equipment is the SMA-2165 Prototyping Accessory compatible with, and what are its key features for facilitating debugging, testing, or prototyping?
A5: The prototyping area on the National Instruments SMA-2165 Prototyping Accessory, Part Number 782092-01, measures 1.57 inches by 3.54 inches and includes 154 unconnected solder pads for custom circuitry, with 44 SMA connectors and one VHDCI connector to ensure versatile connectivity; these features enhance the debugging, testing, or prototyping process for differential digital I/O by allowing for flexible and extensive interfacing options with various devices and cables, facilitating a
