The National Instruments SWB-2813 is a 2-Wire Matrix Module for SwitchBlock with part numbers 781420-13 and 781421-13, designed for a 4 x 21 topology, compatible with the NI-280


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Description

The National Instruments SWB-2813, with part numbers 781420-13 and 781421-13, is a specialized 2-Wire Matrix Module designed for use within SwitchBlock systems. It features a 4 x 21 topology and is compatible with the NI-2800 PXI-based carrier module.

Equipped with high-quality mechanical reed relays that possess iridium material contacts, the module ensures reliable and long-lasting performance. The SWB-2813 includes advanced features such as relay health monitoring, hardware triggering, and relay count tracking, enhancing its functionality and ease of use.

Connection to the system is established via a 96-position connector, allowing for flexible configurations. The module supports a maximum bandwidth of 8 MHz and can handle a maximum switching current of 1 A DC and a maximum switching voltage of 150 V DC. Additionally, it requires just one slot within a carrier module, making it a compact yet powerful component for complex switching systems.

Specification Detail
Part Number 781420-13, 781421-13
Product Name National Instruments SWB-2813
Type 2-Wire Matrix Module for SwitchBlock
Topology 4 x 21
Compatible Carrier NI-2800 PXI-based carrier module
Relay Type Mechanical reed relays with iridium material contacts
Features Relay health monitoring, hardware triggering, relay count tracking
I/O Connector 96-position connector
Maximum Bandwidth 8 MHz
Maximum Switching Current DC 1 A
Maximum Switching Voltage DC 150 V
Slot Requirement One slot within a carrier module

Q1: What advanced features does the National Instruments SWB-2813 2-Wire Matrix Module offer to enhance its functionality and ease of use?
A1: The National Instruments SWB-2813 2-Wire Matrix Module boasts unique features such as relay health monitoring, hardware triggering, and relay count tracking, and it offers a 4 x 21 topology, compatibility with the NI-2800 PXI-based carrier module, mechanical reed relays with iridium material contacts for durability, a 96-position connector for flexible configurations, a maximum bandwidth of 8 MHz, and the ability to handle a maximum switching current of 1 A DC

Q2: What are the unique features of the National Instruments SWB-2813 2-Wire Matrix Module that enhance its functionality and ease of use within SwitchBlock systems?
A2: The National Instruments SWB-2813 2-Wire Matrix Module, featuring part numbers 781420-13 and 781421-13, offers a 4 x 21 topology and is designed to integrate seamlessly with SwitchBlock systems, specifically connecting to the NI-2800 PXI-based carrier module. It is equipped with high-quality mechanical reed relays with iridium material contacts for durable performance and includes advanced features such as relay health monitoring, hardware triggering, and relay count tracking

Q3: What are the capabilities and features of the National Instruments SWB-2813 2-Wire Matrix Module, and how does it integrate with SwitchBlock systems?
A3: The National Instruments SWB-2813 2-Wire Matrix Module includes advanced features such as relay health monitoring, hardware triggering, and relay count tracking to enhance its functionality and usability.

Q4: What advanced features are included in the National Instruments SWB-2813 2-Wire Matrix Module to enhance its functionality and usability?
A4: The National Instruments SWB-2813 2-Wire Matrix Module offers advanced features such as relay health monitoring, hardware triggering, and relay count tracking to enhance its functionality and ease of use.

Q5: What are the unique features and capabilities of the National Instruments SWB-2813 2-Wire Matrix Module within SwitchBlock systems?
A5: The unique features of the National Instruments SWB-2813 2-Wire Matrix Module that enhance its functionality and ease of use within SwitchBlock systems include relay health monitoring, hardware triggering, and relay count tracking, along with a convenient 96-position connector for flexible configurations.