PTC36DAGN

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The PTC36DAGN is a rectangular, double row header in a male pin configuration. It is designed as a connector mating with two separate pathways: one side has a 38-way configuration, and the other has a 36-way configuration. Both sides have a 2.54mm pitch, 2mm terminal pitch, and 0.64mm PCB acceptor hole size. The PTC36DAGN is a versatile connection system that can hook up a variety of circuits and components.

The PTC36DAGN can be used for a variety of applications. Its dual pathways and versatility make it suitable for a wide range of electronic applications, including motors, active components, circuits, and systems. It is an excellent choice for applications that require high-density connection, and its enhanced performance increases system stability.

The PTC36DAGN is also suitable for applications where space is a premium. Its compact design means that devices can be connected in areas where space is limited. Its female contact receptacles can also receive cables with 2.54mm wide connectors, making it an ideal choice for device connectivity.

In terms of construction, the PTC36DAGN is comprised of two separate layers. The top layer contains the male pins, while the bottom layer contains the female contact receptacles. The male pins and female contact receptacles are connected by thin conductive wires, which form an electrical connection between the two layers. When pins on the top layer are inserted into the female contact receptacles on the bottom layer, an electrical connection is formed.

The PTC36DAGN also offers improved performance over other connector systems. Its robust design ensures that its connection is secure and reliable. It also features gold-plated contacts to ensure that electrical signals are transmitted without interruption. Furthermore, its secure locking system prevents accidental disconnection.

The PTC36DAGN is an ideal choice for applications where reliability and performance are paramount. Its robust construction and secure locking system ensure that it is always up to the task, and its enhanced performance increases system stability and reliability. Its compact size makes it an excellent choice for applications where space is limited, and its dual pathways provide greater versatility.

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