90156-0162

Rectangular Connectors - Housings

The 90156-0162 is a two-circuit, double-entry, flush-mount, rectangular connector housing. It is suitable for use in a wide range of applications which require two wires to be securely interconnected in a circuit. This type of connector housing offers a reliable, low-cost solution for wiring two circuits.

Application Field

The 90156-0162 connector housing is commonly used in the automotive, industrial and/or commercial industries for a wide range of applications. For example, this type of connector housing can be used to connect two wires in circuits that control various display, illumination, or device operations.

This type of connector housing is also commonly used in LED lighting systems, signal cables, power supplies and in other devices that require two-way communication. Additionally, the 90156-0162 connector housing can be used to connect two wires that control motor operations or activate automotive, industrial, and/or commercial machine operations.

Working Principle

The 90156-0162 connector housing works by providing a secure connection between the two contact terminals. The connection is made by inserting both contacts into the connector housing and pushing down the snap locks. This locks the contacts into place and creates a secure public interconnect.

Once the contacts are in place, the contact terminals are firmly secured and can pass electrical current from one terminal to the other. The contact terminals are also designed to effectively reduce noise and cross-talk (known as crosstalk) between the two terminals, ensuring better signal quality when the two circuits are connected.

One of the main advantages of the 90156-0162 connector housing is its simple design and installation. This means that the connector housing can be quickly and comparatively easily installed in a wide range of applications. This type of connector housing is also designed to be durable and long-lasting; the connector housing is resistant to temperature, shock, and vibration.