PTC12DFBN

Rectangular connectors, such as the PTC12DFBN, are essential components for any electrical system design requiring two or more mating contacts. Connectors come in various sizes, shapes and configurations, depending on the application they are intended for. The PTC12DFBN is a headers, male pins connector commonly used in many applications.

The connectors are found in the market in two types, right angle and vertical. The two types vary in terms of their common header pitch. Right angle header, the PTC12DFBN is a single row, 4 mm pitch, which can stack from 7 to 10 pins, and the vertical header is a double row, 2.0mm pitch, header. The PTC12DFBN is a male pin connector, designed for soldering to printed circuit boards (PCB).

The PTC12DFBN is a single pin and two ground pin headers which are commonly used in consumer electronics, medical electronics, and automotive device applications. It has a simple design, with pins that have plated through holes at both sides of the contact, for ease of soldering. It is also designed to provide secure connections, with a low contact resistance, and is resistant to most environmental elements, such as humidity, dust, and abrasion.

The PTC12DFBN’s working principle involves the electrical connection between two or more contacts in order to transfer information and electricity. In this connector, the pins are inserted into receptacles on the board. The contact between the pins and the receptacle is made when the pins are fully inserted. This creates an electrical connection point, which can be used for power, data or signal transmission.

Additionally, a key factor of this connector\'s reliability is its excellent contact properties. Its inner contact bow is designed to easily fit into a corresponding socket and it provides an efficient contact force which achieves a high quality connection. This ensures that it can withstand high-speed electrical signals passing through without any signal losses

The PTC12DFBN is a versatile and reliable rectangular connector, widely used in a variety of applications. It is capable of wiError! Hyperlink reference not valid.thstanding both low and high impedance signals, is designed to provide secure connections, and offers excellent contact properties for a reliable signal integrity.