PXI/PXIe 32x8 High Density Matrix Module, 2-Pole, 2A

40-588-222

A high density, high bandwidth PXI/PXIe matrix with dual pole switching.
Supported by our eBIRST Switching System Test Tools.

Estimated shipping is 20 to 40 working days

Please contact sales office for availability

Compare

Wishlist

Your local sales contacts

PXI/PXIe 32x8 High Density Matrix Module, 2-Pole, 2A

40-588-222

$6,600

Estimated delivery is 20 to 40 working days

Overview
Specifications and Downloads
Specifications
Downloads
How to Buy
Also in this Range
Related
Need Help?

Overview

The 40-588-222 is a high density 32x8 2-pole PXI matrix module capable of switching up to 2 A at 220 VDC/250 VAC. The module is in 2-slot format and is constructed using quality electromechanical relays for high switching confidence. A smaller 16x8 2-pole version is also available.

The matrix has been optimised for applications that require high signal bandwidth. With careful matrix design and the use of isolation switching, the 40-588 has a bandwidth in the range of 35 MHz to 70 MHz depending upon path selected.

High Reliability and Ease of Use

The 40/42-588 matrix is formed from two 16x8 matrix daughter cards with their Y-connections linked via an internal analog bus. This is designed to minimize the cost and complexity of interconnecting cable assemblies.

Isolation Switching

The 40/42-588 daughter cards are fitted with isolation switches between the matrix Y-bus and the interconnecting analog bus. These ensure that only the required Y signal is routed to the front panel connector helping to preserve the bandwidth and crosstalk performance.

This module is supported by our eBIRST Switching System Test Tools

Key Features

Available as a PXI or PXIe Module
High-Density in 2-Slot Format
32x8 or 16x8 2-Pole Configuration
Maximum Current 2A Hot or Cold Switching
Switch up to 220VDC/250VAC
Bandwidth up to 70MHz
Automatic Isolation Switching
VISA, IVI & Kernel Drivers Supplied for Windows
PXI Version Supported by PXI or LXI Chassis
PXIe Version Supported by PXI Hybrid or PXIe Chassis
Supported by our eBIRST Switching System Test Tools
3-Year Warranty

* Note: Product image above may be a different model in this range and is for illustrative purposes only

Product specifications

If no specifications are present, please see the product datasheet in this section.

Please note: In some cases, for products like our Scalable LXI Chassis, the specifications can be found on the datasheets for the associated plugin modules that are inserted into these chassis. To find these modules, go to the "Also in the Range" link above.

Need to narrow down your search by specifications, try our Product Selector

Product Type:	Matrices
Platform:	PXI, PXIe
Switch Type:	EMR
X Size:	32
Y Size:	8
Max I (A):	2
Max V DC:	220
Poles:	2
Banks:	1

Downloads

	PDF Datasheet Includes full information and specifications PDF, 916.88 KB
	PDF Manual Includes manual, extended specifications, installation instructions PDF, 3.12 MB
	Related 104-pin D-type Connector Accessories Datasheet A complete list and documentation for mating connection accessories PDF, 2.17 MB

Software drivers & downloads for Switching & Simulation Products

Find CAD 3D Models downloads for products here.

Kevin manages all of Canada and the New England & Mid-Atlantic regions in the United States; these consist of the following:

CT, DE, ME, MD, MA, NH, NJ, NY, RI, VT, VA, & DC

Find the local rep/agent in your area here >>

Tim manages Latin America and the following states in the United States:

AK, AZ, AR, CA, CO, HI, ID, LA, MT, NV, NM, OK, OR, TX, UT, WA, WY

Find the local rep/agent in your area here >>

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nullam viverra eleifend justo ac posuere. Sed finibus elit turpis, sit amet rhoncus ex volutpat non. Curabitur commodo dignissim lectus, condimentum aliquet tortor molestie a. Aliquam molestie vehicula urna et hendrerit. Donec lobortis urna ut ante congue, dapibus sollicitudin justo ultricies. Proin mollis, ligula ut sollicitudin varius, nibh mauris fringilla elit, at auctor justo est sed mauris. Suspendisse lacus turpis, ullamcorper facilisis mi in, efficitur faucibus dui. Pellentesque varius enim non tortor vestibulum varius. Mauris tempus vehicula ligula id semper. Quisque malesuada mauris id magna mollis, eget fringilla ipsum lacinia.