Different types of sockets offer specific mechanical and electric parameters when it comes to the product testing process. Pogo pins have proved to be critical elements in the development and testing of semiconductor products.

A pogo pin socket comes with high performance that has made it more accessible in electrical solutions. The mechanical and electrical properties required to support the various test requirements vary widely throughout the product’s development process. For instance, aging sockets are broadly useful in applications where the test signal is relatively low.

With the help of an applications engineer from Test Tooling and Solutions Group, a pogo pin socket is customizable to suit a wide range of applications. There are a variety of ways of mounting the pogo pins on a device.

Mounting vertically

The most straightforward way of mounting a pogo pin is placing it on a solder pad and using a solder paste to stick the connector. While this is the easiest way, it is not highly recommendable. Why? It is usually not stable, and the pins may dislocate or break with the mating pressure or through vibration.

Use a plug-in tail

You can mount a pogo pin by using one with a plug-in tail. It is by fixing the tail into the mounting hole on the printed circuit board (PCB). This mounting method is common with most of the bigger components of the PCB.

The plug-in tail provides support to the pin and increases its stability.

Use a housing case

Another way of mounting a pogo pin is by using a case with stands to hold the whole connector securely on the board with the pressure pressing the pins to the gold pads. Alternatively, you can mount the pins on the gold pad with a solder paste, but this time they will be secured by the case.

This method is generally stable enough for most of the applications.

Plug-in tail with a house

In this method, you combine a housing case and pins with a plug-in tail. It makes a very secure way of mounting a connector and provides stability.

This method is highly recommendable because it is durable.

Using a cable

You can mount a pogo pin using a cable on the PCB. With this, you create a small solder cap at the back of the pin where you will attach the cable. Some manufacturers can supply connectors with pre-assembled cables or single pins.

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Alternatively, you can use standard or non-standard connectors on whichever side of the cable, for example, a USB connector.

Double-ended pins

With a double-ended pin, you can directly press-fit the pin into the housing device or mount it in a plastic housing that is then attached to the device.

conclusion

Pogo pins are heat resistant up to a certain point, and sometimes the spring material will be unable to withstand. The best way is to seek or consult an expert who knows the best material and the right pins.