09140006201

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Heavy Duty Connectors - Contacts are electronic components that connect two or more electronic circuits. They are designed for use in higher-intensity electrical systems. 09140006201 is one such Heavy Duty Connector.

The unique design of 09140006201 has a distinct shape that increases the efficiency and performance of heavy-duty applications. The design also lowers contact resistance and provides superior tear-resistance.

09140006201 features four metalized shields that increase the durability and longevity of the connection and eliminate the possibility of short circuits. The Metalized shields also protect the contacts from the elements. The contact material is snap-fitted to the PCB and retains its position during normal vibration or shock.

09140006201 is designed for high current (typically 4 A) and 1500VAC (IEC) applications. The contacts can be configured for three different contact arrangements (1-, 2- and 3-terminal configurations). Applications include power supplies, AC/DC converters, power distribution, and other high voltage applications.

The working principle of 09140006201 relies on the wedge principle, which is the displacement of energized electrical contacts by mechanical force. The contact design of 09140006201 utilizes a bellows-type contact material that flexes between points or surfaces located in the contact during operation. This flexure of the contact material produces a wedge-like gap between contacts, increasing contact pressure and maintaining electrical contact.

The flexibility of the contact material increases as the current rises, and this ensures a secure and reliable electrical connection even when vibration or shock is present. This also reduces contact resistance and significantly increases current carrying capacity.

In conclusion, the 09140006201 Heavy Duty Connector is an ideal choice for high current, high voltage applications. Its distinct shape and construction provide superior tear-resistance, contact resistance, and high current handling capacity. Additionally, the wedge principle design ensures the contact remains secure and reliable against vibration or shock.

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