The pogo pin connector is an indispensable precision electronic component in all electronic products. Because of its variable shape, light volume, and good performance, it is widely used by electronic manufacturers.

Main components of pogo pin thimble connector

So what are the main components of this small pogo pin connector?

The 5G RF pogo pin thimble connector mainly comprises a needle shaft, a spring, and a needle tube. The pogo pin connector adopts this design, with space-saving advantages, long service life, and small point-to-point spacing.

The most important part of the pogo pin connector is the needle shaft. The needle shaft is mainly divided into two types: reverse drilling and beveled edge. Design according to different requirements. Since the volume of the back-drilled hole is characterized by lightness and smallness, electronic products with small-size connectors are required. The anti-drilled needle shaft can meet the needs of manufacturers for springs to a large extent. Even if the spring exceeds the length of the needle tube, the needle shaft can be hollowed out to give the spring more room. The beveled edge is mainly to ensure that the needle shaft can have greater contact with the needle tube, thereby ensuring a stable and low connection resistance.

Several points of the pogo pin connector

1. Size of pogo pin connector

The size of the pogo pin connector is mainly determined by the strength, current load, and shape of the design, but the production cost of the large diameter will also increase. For example, the standard pogo pin connector has a needle tube of 1.5 and a needle of 0.9, which is the most economical choice.

2. Height of pogo pin connector

The working height determines the height of the pogo pin connector, when the work is tightened, and the accuracy of the matching parts installation. Usually, the tightening stroke is about 70% of the total stroke, and the more common working stroke is 1.0MM.

3. pogo pin connector current load

The requirements for the current load are different, and the entire design parameters need to be changed and adjusted accordingly.

4. Durability of pogo pin connectors

Durability is a dynamic test, not a static test. Because the gap between the results of the static test and the dynamic test is very large, which can be dozens of times. And durability is related to many factors. Usually, a 10,000 lifespan is relatively cost-effective; if you want to increase the durability, you need to customize it.