DF64-2S-4.5H(21) Connectors, Interconnects

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Solid State Lighting Connectors are used to connect various electrical devices such as lights. The DF64-2S-4.5H(21) is a type of solid state lighting connector used for a wide range of applications. This article will discuss the application field and the working principle of the DF64-2S-4.5H(21) connector.

The DF64-2S-4.5H(21) has a wide range of applications, such as motion sensors, ceiling lights, and street lamps. It is designed to connect two circuits of low-voltage current and is compatible with a wider range of voltage values. Because it is resistant to UV radiation and water, it can be used for outdoor applications. Additionally, the DF64-2S-4.5H(21) is designed with a low-resonance frequency to reduce the electromagnetic interference from the connected device.

The DF64-2S-4.5H(21) utilizes a range of materials to increase its durability and resistance to temperatures, dust, and various chemicals. Its contacts are made of gold to provide reliable electrical performance. The housing is constructed from Polyamide (PA 66) which can resist high temperatures. The contact holders are made with thermoplastic elastomer (TPE) which also offers resistance to high temperatures and electrical insulation. The contacts are shielded by a seal made of Nitrile Butadiene Rubber (NBR) that is resistant to fuel and lubricants.

The working principle of the DF64-2S-4.5H(21) connector can be summarized in three steps. First, power is supplied to the connector through the two terminals, which then passes through the contacts and creates an electrical current. Second, this current is passed through the insulation sleeve and transmitted to the other terminal. Finally, it is secured by the locking system which prevents the two terminals from becoming accidentally disconnected.

In conclusion, the DF64-2S-4.5H(21) has a wide range of applications and is capable of connecting two low-voltage circuits. It is also durable and resistant to various environmental factors which makes it suitable for outdoor applications. Finally, its working principle involves passing electrical current through the two terminals, insulation sleeve, and locking system.

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