CP2-HB125-GA1-KR

Backplane connectors are an important component for any system needing to transfer power or signal from one side of the chassis to the other. As the backbone of any system, this component needs to provide reliable and efficient performance, and offer the most cost effective solution for your application. CP2-HB125-GA1-KR is an example of a backplane connector from AMP, a Tyco Electronics brand. Having a range of features and specifications, it is specifically designed for use in mobile telecommunications and industrial control systems.

Features and Benefits

The CP2-HB125-GA1-KR features a rugged design, tested to meet the requirements of the most demanding applications to ensure reliable and efficient performance. It provides a high level of flexibility with design options to reduce assembly time, ease of maintenance and reduce inventory costs. The connector is compliant with the EEC and MIL standards, making sure it is suitable for use in any operating environment. It also has a wide operating temperature range from -40°C to +85°C.

The CP2-HB125-GA1-KR connector also provides excellent resistance against shock and vibration as well as offering high level crosstalk protection. It features an optimized signal integrity for hard metric performance as well as providing high speed blocking capability. In addition, this connector reduces the risk of damage to the backplane and features a simple but robust locking mechanism. This ensures quick and easy installation and operation.

Application Field

The CP2-HB125-GA1-KR is designed for use in a wide range of applications including industrial, automotive, telecommunications, computer, and any other system requiring high speed data transfer. It is also suitable for use in applications such as HVAC control systems, power monitoring and control systems, motor control systems, and any other system requiring power and/or signal connections.

AMPs CP2-HB125-GA1-KR is capable of handling both digital and analog signals, making it suitable for use in a variety of applications. It is also able to operate at high speeds making it ideal for use in data intensive applications. The connectors are extremely durable and are designed to last, making them an excellent choice for industrial and automotive applications.

Working Principle

The CP2-HB125-GA1-KR connector consists of a plug and receptacle system, with the receptacle being mounted on a ‘backplane’. The two parts are connected by a series of pins that are arranged on a specified grid pattern. Each pin is given a particular numerical rating which indicates its size, position and number of pins. The system is designed to provide a reliable connection between two components, while allowing for an efficient transfer of power or data.

The connection between the plug and receptacle is enabled by a spring mechanism, that creates a friction fit between them. This spring is compressed when the plug is inserted into the receptacle, enabling the connection and preventing accidental disconnection. The connection is designed to be robust and can accommodate a wide range of connection speeds, making it suitable for use in applications that require a high-speed transfer of data.

The CP2-HB125-GA1-KR is also specifically designed to provide high-speed signal integrity. It features a highly efficient signal path with low crosstalk and a tightly controlled impedance to reduce ‘ringing’. This ensures that the data transmitted over the connection is accurate and reliable.

Conclusion

The CP2-HB125-GA1-KR is a hard metric backplane connector from the AMP family of connectors. It is designed for use in applications that require a reliable, efficient, and high-speed connection between two components. It features a wide operating temperature range, a rugged design and excellent resistance against shock and vibration. In addition, it is also designed to provide high-speed signal integrity with a tightly controlled impedance.

The CP2-HB125-GA1-KR is capable of providing a reliable data transfer, making it suitable for use in a variety of applications. With its standardized pin grid and range of features, the connector is an excellent, cost effective solution for any system requiring a backplane connector.