Keysight 87222D: High-Performance DC-40 GHz Switch Transfer for Demanding Applications

Keysight 87222D Switch Transfer, DC – 40 GHz, 4 Port, 24 VDC

Product Overview

The Keysight 87222D Switch Transfer is a high-performance, 4-port, DC – 40 GHz switch designed for use in a variety of applications, including test and measurement, signal routing, and ATE systems. The switch features a rugged design and high reliability, making it ideal for use in demanding environments.

Features and Specifications

Frequency range: DC – 40 GHz
Number of ports: 4
Insertion loss: < 1.5 dB
Return loss: > 20 dB
Isolation: > 60 dB
Switching speed: < 100 ns
Power supply: 24 VDC

High performance: The Keysight 87222D Switch Transfer offers excellent performance, with low insertion loss, high return loss, and high isolation. This makes it ideal for use in applications where signal integrity is critical.
Rugged design: The switch is designed to withstand the rigors of demanding environments, making it ideal for use in test and measurement applications.
High reliability: The switch is built to last, with a long operating life and high reliability. This makes it a cost-effective solution for applications where uptime is critical.

Value

The Keysight 87222D Switch Transfer offers a number of benefits that make it a valuable investment for customers. These benefits include:

Improved signal integrity: The switch’s low insertion loss and high return loss help to maintain signal integrity, making it ideal for use in applications where signal quality is critical.
Increased efficiency: The switch’s fast switching speed helps to improve efficiency in applications where rapid signal routing is required.
* Reduced downtime: The switch’s high reliability helps to reduce downtime in applications where uptime is critical.

Overall, the Keysight 87222D Switch Transfer is a high-performance, rugged, and reliable switch that offers a number of benefits for customers. It is an ideal solution for applications where signal integrity, efficiency, and uptime are critical.