Description
The product features Part Numbers 781420-33 and 781421-33, falling under the category of PXI Switches. It is designated as model SWB-2833, described as the NI 2833A 4X71, 2 A 2-Wire EMR Matrix for NI SwitchBlock. This device is manufactured by National Instruments and is classified as a Matrix Module for SwitchBlock.
This module utilizes Latchable Electromechanical Relays and boasts a configuration of a 4×71, 2-wire matrix. It is expandable up to a 4×213 matrix in a single carrier and can reach up to 4×852 in a single PXI chassis. The bandwidth capability of this device is 10 MHz, and it is designed to fit into 2 SwitchBlock slots.
The life cycle of this product is rated at 1×108 no-load mechanical operations. Each channel can carry a current of up to 2 A, with a voltage row-to-column specification of 100 V. The maximum switching power of the device is 60W, making it a robust option for various applications within its specifications.
| Specification | Detail |
|---|---|
| Part Numbers | 781420-33, 781421-33 |
| Category | PXI Switches |
| Model | SWB-2833 |
| Description | NI 2833A 4X71, 2 A 2-Wire EMR Matrix for NI SwitchBlock |
| Manufacturer | National Instruments |
| Type | Matrix Module for SwitchBlock |
| Relay Type | Latchable Electromechanical Relays |
| Configuration | 4×71, 2-wire matrix; Expandable up to 4×213 in a single carrier, up to 4×852 in a single PXI chassis |
| Bandwidth | 10 MHz |
| Slots for Connections | 2 SwitchBlock slots |
| Life Cycle | 1×108 no-load mechanical |
| Current per Channel | Up to 2 A |
| Voltage Row-to-Column | 100 V |
| Maximum Switching Power | 60W |
Question 1: What are the part numbers for the SWB-2833?
Answer 1: 781420-33 and 781421-33
Question 2: What is the maximum current per channel for the SWB-2833?
Answer 2: Up to 2 A
Question 3: How is the SWB-2833 expandable?
Answer 3: Up to a 4×213 matrix in a carrier, 4×852 in a PXI chassis.
Question 4: What is the bandwidth of the SWB-2833?
Answer 4: 10 MHz
Question 5: What is the life cycle of the SWB-2833’s relays?
Answer 5: 1×10^8 no-load mechanical operations
