G832MB011205222HR Connectors, Interconnects

The G832MB011205222HR rectangular connector is designed for use in a variety of arrays, edge type, and mezzanine applications. It features a high-speed connection system, robust shielding, and compliant design that is suitable for a number of demanding applications such as routers and switches. The connector has two independent contacts that can be used to facilitate low-voltage signal transfers and power distribution.

Applications

The G832MB011205222HR rectangular connector is designed for use in a variety of high-speed, low-power applications, such as routers and switches, automated test equipment, telecom and datacom equipment, medical instrumentation, and 3D imaging systems. This high-speed connection system is suitable for a variety of systems that require high-speed, low-voltage, and/or low-power connections. Additionally, the connector is compliant with a number of popular standards, such as VME and IEEE-1386, making it an ideal choice for many applications.

Working Principle

The G832MB011205222HR rectangular connector features two independent contacts that are designed to facilitate low-voltage signal transfers and power distribution. The connector is also designed to minimize signal and power loss due to its robust shielding and low-voltage design. The contacts are arranged in a single row, which allows for efficient and reliable signal transmission. Additionally, the connector also features signal grounding and signal shielding for improved signal integrity.

Conclusion

The G832MB011205222HR rectangular connector is designed for use in a variety of arrays, edge type, and mezzanine applications. It features a high-speed connection system, robust shielding, and compliant design that is suitable for a number of demanding applications. The connector has two independent contacts that can be used to facilitate low-voltage signal transfers and power distribution. The connector is compliant with a number of popular standards, such as VME and IEEE-1386, making it an ideal choice for many applications.