#USA #Tewksbury #Pickering Interfaces #LXI Matrix #Test Engineers

Pickering Interfaces Unveils the 65-217 LXI Matrix for Evolving Test Needs

In a move that demonstrates its commitment to innovation, Pickering Interfaces has introduced the 65-217, a modular Ethernet-controlled LXI matrix designed for flexibility and scalability in testing environments. This advanced matrix system is aimed at meeting the ever-changing demands faced by test engineers in various industries.

Key Features of the 65-217 Matrix

The 65-217 is engineered to work with the 65-200 scalable LXI chassis platform. A standout feature of this product is its modular design that empowers users to expand their test setups as requirements evolve. With the ability to accommodate up to six plug-in modules in a single chassis, engineers can effortlessly enhance their matrix configuration without overhauling their existing setups. Each plug-in module introduces a 64x8, 1-pole matrix, yielding a maximum configuration of 384x8 within a compact 19-inch, 2U chassis, making it suitable for various test scenarios in aerospace, automotive, and beyond.

The user-friendly aspect of the 65-217 is accentuated by its front-load installation capability, enabling technicians to add or replace modules without removing the entire chassis from the test rack. This feature minimizes disruption during maintenance and upgrades, allowing for uninterrupted testing processes.

Simplified Path Identification and Reduced Complexity

The integration of advanced control software within the 65-217 facilitates a simplified approach to path identification between modules. This feature significantly reduces programming complexity, enabling engineers to focus more on testing processes rather than managing intricate configurations.

Supporting Versatile Applications

Particularly beneficial in applications requiring RF crosstalk measurements, the 65-217 matrix supports unterminated signal paths. This flexibility meets specific needs within the aerospace and automotive sectors, enhancing the versatility of the testing solutions.

Enhanced Bandwidth Management and Maintenance

The matrix is designed to support a dual Y-axis analog bus, allowing multiple external instruments to access different sections of the matrix concurrently. This not only optimizes resource allocation but also allows for independent matrix operations, enhancing test efficiency. Switched Y-axis loop-thru connections further empower engineers to expand their systems across multiple chassis, ideal for intricate testing requirements.

To ensure optimal performance, features such as relay cycle counting help users keep track of maintenance schedules and balance usage across signal paths effectively. The inclusion of Built-In Relay Self-Test (BIRST) technology and optional external eBIRST self-test tools simplifies the identification of any potential relay failures, offering proactive maintenance solutions.

Technical Specifications and Support

The 65-217 matrix is capable of switching up to 300 VDC or 250 VAC at 2 A, with a maximum power rating of either 60 W or 62.5 VA. Supporting a wide range of testing requirements, the system is backed by Pickering's standard three-year warranty and promises long-term product support.

About Pickering Interfaces

Pickering Interfaces stands at the forefront of engineered solutions, specializing in modular signal switching, simulation, and connectivity products geared toward electronic testing and verification. With a rich history of supporting global industries, including automotive, aerospace, defense, and medical, Pickering continues to lead the way in developing cutting-edge products to improve testing and verification processes. For more information on the 65-217 and other innovative products, visit Pickering Interfaces.