CLT-105-02-G-D-A-K

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Rectangular Connectors - Headers, Receptacles, Female Sockets are heavily used in the electronics and communication industry. CLT-105-02-G-D-A-K is a popular type of female socket used in these applications.

CLT-105-02-G-D-A-K is a 4 pin female socket with a pitch of 2 mm, meaning the distance between two pin centers is 2 mm. This type of female socket is made of flame retardant Nylon UL94-V0 and is gold plated for increased conductivity and corrosion resistance. The pin length is 4.5 mm, with some particular applications able to accommodate pins of up to 8.2 mm. The CLT-105-02-G-D-A-K is also rated for an operating voltage of 30V AC and a maximum current of 5A. The nominal temperature range of use for this type of female socket is -30 to + 85 degrees C.

The CLT-105-02-G-D-A-K is used in many different applications. One example is in communication networks, where the female sockets are used to connect multiple devices and nodes. In these applications, they are used to provide power and signal connection between the nodes and the devices. Female sockets are also common in the electronics industry for making connections between components. This includes making electrical connections between wires, components, and other circuits.

The working principle of the CLT-105-02-G-D-A-K female socket is quite simple. The electrical current supplied to the female socket is conducted through the pins, and the socket serves as a conductive path for the current to travel through. The insulation of the socket prevents the current from short circuiting and damaging the components connected to it. This type of female socket is also fitted with locking mechanisms, which ensure that the connections remain secure during operation.

CLT-105-02-G-D-A-K female sockets are a versatile and reliable connector solution for many applications in communication and electronics. They are highly reliable and durable, and can be used in a wide range of temperature conditions. Their high conductivity and corrosion resistance make them suitable for a variety of applications.

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