Description
The National Instruments TB-2630 PXI Terminal Block, with part number 778733-01, is designed for seamless integration with the PXI-2530 Matrix Switch Module. Installation is straightforward as it connects to the front connector of the PXI-2530 and is secured in place with top and bottom chassis screws to ensure stability and reliability.
This terminal block facilitates efficient connectivity with ribbon cable headers and screw terminals dedicated for trigger input and output signals, supporting a wide range of signal routing options. It boasts ribbon cable connectors that are 2 × 9 inches in size with a 0.100 inches pitch, making it highly adaptable to various assembly requirements.
The TB-2630 is compatible with ribbon cables that have a pitch of 0.050 inches, offering flexibility and ease of use in different configurations. For those requiring matrix configurations with the PXI-2530, National Instruments provides additional terminal blocks, namely the TB-2631 and TB-2632, to cater to specific system demands.
| Specification | Detail |
|---|---|
| Manufacturer | National Instruments |
| Product Name | TB-2630 PXI Terminal Block |
| Part Number | 778733-01 |
| Compatible Module | PXI-2530 Matrix Switch Module |
| Installation | Front connector of the PXI-2530, secure with top and bottom chassis screws |
| Connectivity | Ribbon cable headers, screw terminals for trigger I/O |
| Ribbon Cable Connector Size | 2 × 9 inches, 0.100 inches pitch |
| Compatible Ribbon Cable Pitch | 0.050 inches |
| Additional Terminal Blocks for PXI-2530 | TB-2631, TB-2632 (for matrix configurations) |
Question 1: How does the National Instruments TB-2630 PXI Terminal Block ensure stability when integrated with the PXI-2530 Matrix Switch Module?
Answer 1: The National Instruments TB-2630 PXI Terminal Block ensures stability when integrated with the PXI-2530 Matrix Switch Module by connecting to the front connector of the PXI-2530 and being secured in place with top and bottom chassis screws.
Question 2: What type of connectors and screw terminals does the National Instruments TB-2630 PXI Terminal Block offer for facilitating connectivity with the PXI-2530 Matrix Switch Module?
Answer 2: The National Instruments TB-2630 PXI Terminal Block offers ribbon cable headers and screw terminals dedicated for trigger input and output signals to facilitate connectivity with the PXI-2530 Matrix Switch Module.
Question 3: What are the unique features and compatibility aspects of the National Instruments TB-2630 PXI Terminal Block when used with the PXI-2530 Matrix Switch Module?
Answer 3: The National Instruments TB-2630 PXI Terminal Block ensures stable and reliable integration with the PXI-2530 Matrix Switch Module through its straightforward connection to the front connector of the PXI-2530 and by being secured in place with top and bottom chassis screws.
Question 4: What features of the National Instruments TB-2630 PXI Terminal Block ensure its stable and reliable integration with the PXI-2530 Matrix Switch Module?
Answer 4: The ribbon cable connectors on the National Instruments TB-2630 PXI Terminal Block are 2 × 9 inches in size with a 0.100 inches pitch, and its compatibility with 0.050 inches pitch ribbon cables enhances versatility by allowing it to be used with different ribbon cable types, facilitating ease of integration into a variety of system configurations.
Question 5: What are the dimensions and pitch of the ribbon cable connectors on the National Instruments TB-2630 PXI Terminal Block, and how does its compatibility with 0.050 inches pitch ribbon cables enhance versatility in system configurations?
Answer 5: The National Instruments TB-2630 PXI Terminal Block, designed for use with the PXI-2530 Matrix Switch Module, features an easy installation process, secure chassis screw attachments for stability, efficient connectivity through ribbon cable headers and screw terminals for triggers, and a versatile ribbon cable connector size of 2 × 9 inches with a 0.100 inches pitch. Additionally, it is compatible with ribbon cables that have a 0.050 inches pitch, and for various matrix configurations, National Instruments
