800-10-045-66-001101

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Rectangular Connectors - Headers, Male Pins are widely used in a variety of applications. The 800-10-045-66-001101 connector is such an example. This type of rectangular connector consists of two parts, Headers and Male Pins. Headers are provided with two rows of parallel pins that can be mated with the respective pins of the male connector. This series is designed to have a high-power density, with 10 Amps per contact.

The 800-10-045-66-001101 connector has a unique feature - the voltage rating is up to 250 V and the current rating is up to 10 A per pin. This allows the connector to be used for all kinds of electrical applications such as signal transmission, communications, and power distribution. The 800-10-045-66-001101 connector is also quite durable, with the outer housing made of die-cast aluminum or plastic which makes this connector suitable for high-vibration environments. Furthermore, the pins on the male connector part are made of nickel plated brass which increases conductivity and reduces any contact resistance.

The working principle of the 800-10-045-66-001101 connector is quite simple. As mentioned before, it consists of two parts, Headers and Male Pins. Whenever the connector is required to transmit power, the Headers and the Male Pins are mated together. This will cause the pins of the “male” connector to make contact with the pins of the “headers” If the Body Contact (BC) terminals are used, there is no need to make contact with the pins, as the BC terminals will automatically make contact with the corresponding female terminals. The connections established by this will thus be electrically connected. The connector is designed so that once the connection is made, it will remain in position.

In conclusion, the 800-10-045-66-001101 connector is a type of rectangular connector that is suitable for a variety of applications. The voltage rating of this connector is up to 250 V, and the current rating is up to 10 A per pin. This makes the connector suitable for all kinds of electrical applications such as signal transmission, communications, and power distribution. The working principle involves mating together the Headers and Male Pins, or alternatively using the BC terminals to make the connection. The connector is designed to remain in position once the connection is made.

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