UTPCH13BLY

UTPCH13BLY connectors are used in a variety of applications, including commercial, industrial, and military. These connectors are designed for high-reliability and high-frequency applications. UTPCH13BLY connectors are unique in that they are designed to use both a printed circuit board land and a PCB termination method. In addition, the connectors are designed to be both a multi-pin and a single-pin connector.

The UTPCH13BLY connector has a 30-pin base with 15 holes and 15 cavities. These holes and cavities enable the connector to be used with either wire-to-wire connection or a direct connect. The base also features an annular radiating trace, which ensures that the connector has high levels of radiated immunity.

The UTPCH13BLY connectors are available in both board and rack-mount configurations. The board mount configuration features a two-piece plastic housing that supports the connector on the board. The rack-mount configuration features a two-piece steel housing that is designed to provide additional strain relief.

The UTPCH13BLY connector utilizes a specific technology that provides outstanding signal integrity. This technology is known as Via-in-pad technology and it provides a high level of shielding and signal integrity. It utilizes a technique called transmission line design to ensure that signals are secure and reliable. This technology provides shielding that reduces the amount of interference in the connector, which in turn improves signal integrity and system reliability.

In addition, UTPCH13BLY connectors are designed to meet stringent fatigue and dynamic loading requirements. In particular, the connectors are designed to meet the specifications of the IEEE C37.90-2009 standard for high-current-carrying connectors. This standard specifies the requirements for the resistive and capacitive characteristics of the connectors, as well as for the stability of the connectors when exposed to electrical shock, vibration, and other mechanical possibilities.

Furthermore, the UTPCH13BLY connectors are designed to be durable and long-lasting. The materials used in the construction of the connectors can withstand extreme temperatures, shock, vibration, humidity, and other environmental conditions. The connectors are also designed for use in high-frequency applications such as military, industrial, and satellites.

In summary, UTPCH13BLY connectors are designed for use in high-reliability and high-frequency applications. They are designed to be both a multi-pin and single-pin connector and utilize Via-in-pad technology for improved signal integrity. The connectors are also designed to meet stringent fatigue and dynamic loading requirements and to provide reliable operation in extreme environments.