Description
The National Instruments SWB-2814 is a specialized Matrix Module for NI SwitchBlock, identified by part numbers 781420-14 and 781421-14, designed to operate in a 2-wire, 8 x 9 configuration. It is engineered to be compatible with a PXI Carrier Module, requiring only one out of six slots within the carrier module to function.
Field technicians can appreciate the convenience of field-replaceable relays, while the built-in relay health monitoring capabilities, supported by the NI Switch Health Center software, provide essential diagnostics and maintenance tools. For those needing access to the analog bus, a variation of the SWB-2814 module is available to meet diverse application needs.
Suitable for a variety of automated measurement and testing applications, the module includes a relay monitoring chip to ensure reliable performance and supports a maximum bandwidth of up to 10 MHz, highlighting its capability to handle high-speed signal switching with precision.
| Specification | Detail |
|---|---|
| Product Name | National Instruments SWB-2814 |
| Part Numbers | 781420-14, 781421-14 |
| Type | Matrix Module for NI SwitchBlock |
| Configuration | 2-wire, 8 x 9 |
| Compatibility | Works with PXI Carrier Module |
| Slots Required | One out of six slots in the carrier module |
| Relay Replacement | Field replaceable |
| Relay Monitoring | Relay health monitoring with NI Switch Health Center software |
| Analog Bus Access | Variation available |
| Applications | Automated measurement and testing |
| Relay Monitoring Chip | Included |
| Maximum Bandwidth | 10 MHz |
Q1: What are the benefits and features of the National Instruments SWB-2814 Matrix Module, and how does it integrate with automated measurement and testing applications?
A1: The National Instruments SWB-2814 is particularly suited for automated measurement and testing applications that require rapid and precise signal switching, such as in automated test equipment (ATE) for consumer electronics, automotive testing, and semiconductor testing, where the 10 MHz maximum bandwidth can accommodate the high-speed signals typically encountered in these environments.
Q2: Considering the specifications of the National Instruments SWB-2814, what type of automated measurement and testing applications is the module particularly suited for given its maximum bandwidth of 10 MHz and high-speed signal switching capabilities?
A2: The National Instruments SWB-2814 Matrix Module offers field technicians the convenience of field-replaceable relays and built-in relay health monitoring capabilities through NI Switch Health Center software, making it ideal for maintenance and diagnostics, while its compatibility with a PXI Carrier Module, relay monitoring chip, and ability to handle a maximum bandwidth of up to 10 MHz make it highly suitable for a variety of automated measurement and testing applications.
Q3: What features of the National Instruments SWB-2814 Matrix Module make it beneficial for field technicians and suitable for automated measurement and testing applications?
A3: The National Instruments SWB-2814 Matrix Module, designed for NI SwitchBlock, offers benefits such as field-replaceable relays and relay health monitoring through NI Switch Health Center software, enhancing maintenance efficiency. It operates in a 2-wire, 8 x 9 configuration and requires only one slot in a PXI Carrier Module, making it space-efficient. With a maximum bandwidth of 10 MHz, it is capable of high-speed signal switching, making it ideal for a wide range of
Q4: What are the part numbers for the National Instruments SWB-2814 Matrix Module, and what is its maximum supported bandwidth for signal switching?
A4: The part numbers for the National Instruments SWB-2814 Matrix Module are 781420-14 and 781421-14, and its maximum supported bandwidth for signal switching is 10 MHz.
Q5: How does the National Instruments SWB-2814 Matrix Module accommodate diverse application needs through its configuration and compatibility with PXI Carrier Modules?
A5: The National Instruments SWB-2814 Matrix Module accommodates diverse application needs through its flexible 2-wire, 8 x 9 configuration and its compatibility with PXI Carrier Modules, requiring just one out of six slots for functionality, and also offers a variation with access to the analog bus, catering to different requirements.
