TFM-140-02-S-D-P

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TFM-140-02-S-D-P is a type of rectangular male pin connector. It has a two part construction consisting of a plastic insulator and a metal pin contact. The plastic insulator is made from a flame retardant polyester material that is overmolded over the steel pins. The metal pins are gold plated Nickel-titanium-zinc alloy and have a wall thickness of 0.158 in (4 mm).

The plastic insulator has a dual row of contacts. Each row has a pin spacing of 2.00 mm (0.079in). The pins are arranged in a vertical staggered pattern on the insulator. This design allows for more efficient power transfer to the connected component while reducing the overall profile of the connector. The insulator is also designed to be locked in place with screws or snap-lock lugs that are easily attached and removed.

The TFM-140-02-S-D-P connector is used in a wide range of applications. It is commonly used in industrial electronics, medical devices, industrial controls, lighting and energy management systems, appliance connections and many other applications. It can be used as a replacement for JST, Molex and TE connectors and is often used in applications that require power transmission to control or monitor signals.

The working principle of TFM-140-02-S-D-P is quite simple yet effective. When a current passes through the connector, the voltage is applied to the pin contacts. This creates a magnetic field around the contact that produces a charge in the circuit. This charge is then propagated through the circuit from the male pin to the component it is connected to. By having this improved charge propagation, it allows more efficient power transfer and reduces the overall power losses in the circuit.

The TFM-140-02-S-D-P connector is a reliable and efficient solution for a variety of applications. Its simple construction, low profile design and efficient power transmission make it an ideal choice for a wide range of applications. It is a versatile connector that is capable of providing reliable connections in a variety of environments.

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