More and more consumers are pursuing trendy appearances, compact, small bodies, and multiple functions due to industry growth and product technology advancements. But for all electronic product developers, creating and designing such a product is a significant problem. Based on this, engineers use the pogo pins. In terms of structural space utilization, assembly costs, lifespan, sample cycles, cost, etc., pogo pins also have clear advantages.

Introduction of pogo pin

The pogo pin comprises needles, needle tubes, springs, and other parts. To stabilize the performance of the connector, Shenzhen connector manufacturers divide the needles of the pogo pins into the following types:

1. The needle bevel structure of the pogo pin

The design concept of the pogo pin can ensure low and stable contact resistance and can guarantee the stable conduction of the product;

2. The needle back-drilling structure of the pogo pin

The length of the matching spring of this pogo pin design can exceed the length of the needle tube. In the case of limited space, the design of reverse drilling can obtain stable elastic force and stroke;

3. The needle flat bottom structure of the pogo pin

Due to this design, the pogo pin and the pogo pin can not be in contact with the structure of the thimble under certain conditions, which will cause the current not to pass the needle. Instead, the tube wall will go along the spring, which will cause the resistance to be too large, and the voltage will drop significantly. , resulting in an unstable current of electronic products.

Pogo pin is a precision connector used in all electronic equipment such as mobile phones, computers, automobiles, aviation, etc. It is widely used in semiconductor equipment, and its main function is to connect.

According to different product applications, it has different appearances, but as a whole, the pogo pin has a precision spring structure inside. The product's surface is generally gold-plated or nickel-plated, according to different products. For example, pogo pin connectors are arranged from a single pin to dozens of single pins, forming different connector shapes in different products. For example, when the product has more than one needle, a plastic sleeve will generally be made of environmentally friendly plastic to fix the pogo pin together. The rubber sleeve is generally black.

The function of the pogo pin connector is the connection of the connector, such as the head of the most common mobile phone charger and the contacts in the mobile phone charging port. These two parts have connectors, and the various interfaces in the car are also pogo pin connections—the device's existence.