PTC33DGAN

PTC33DGAN is a family of rectangular connectors that provides small sizes, high current capacity and reliable mating durability. It is designed for use in a variety of applications, including industrial control, automotive, HVAC and medical devices. It is also suitable for applications requiring efficient and secure data/signal transmission.

The PTC33DGAN connector has two parts, a head and a male pin. The head includes a body, two latches, and two solder terminals. The two latches securely hold the male pin in the head. The pins are constructed from high-temp-resistant copper, nickel-plated for additional reliability. The head features a light gray polycarbonate shell and is designed for quick and easy installation.

The key features of the PTC33DGAN line of connectors include:

• High current capacity up to 3A
• Excellent EMI/RFI shielding performance
• Reliable mating durability
• Dust and water-resistant design

The working principle of the PTC33DGAN connector is fairly straightforward. The female connector is first inserted into the head, with the pins aligned with the corresponding slots in the head. The latches then securely hold the female connector in place, preventing any movement or loosening of the connection. When electrical current is applied to the connector, the pins make contact with the slots in the head, enabling efficient and reliable power and/or data transfer.

The PTC33DGAN connector can be used in a wide range of applications, including industrial control, automotive, HVAC and medical devices. It is also suitable for applications requiring efficient and secure data/signal transmission. For example, it can be used in computers, cell phones, digital cameras, medical profiles and other electronics with tight spaces.

The PTC33DGAN family of rectangular connectors provides high current capacity and reliable mating durability, making it ideal for a variety of applications that require efficient and secure data/signal transmission. It is also easy to install and provides excellent EMI/RFI shielding performance. As such, it is an excellent choice for a variety of electronic applications.