Pogo Pin Connector, also known as pogo pin connector, antenna ejector pin connector, spring ejector pin connector, conductive pin connector, Spring Loaded Connectors, spring pin connector or Pogo Pin connector. They are commonly used components in PCB circuit boards. They can not only be soldered and fixed to the circuit board through SMT/SMD reflow soldering technology, but also can be soldered and fixed through wave soldering technology. The mounting and soldering methods of these Pogo Pin Connectors provide flexibility, allowing them to be used in a variety of applications. There are many types of Pogo Pin Connector, such as Vertical Contact SMD Pogo Pin Connector (vertical contact surface mount Pogo Pin connector), Vertical Contact Dip Pogo Pin Connector (vertical contact plug-in Pogo Pin connector), Rolling Ball Pogo Pin Connector (roller ball Pogo Pin Connector), SMD Side Contact Pogo Pin Connector (Side Contact Surface Mount Pogo Pin Connector) and High Current Pogo Pin Connector (High Current Pogo Pin Connector) and so on. In addition, due to their wide range of applications, we have launched a variety of standard models of pogo pin connectors for designers and engineers to choose from. At the same time, we also provide product customization services.
Pogo Pin Connector is a precision connector with built-in spring and based on internal bevel design. It is mainly composed of multiple Pogo Pins and a high-temperature nylon plastic housing housing part, and is assembled through precision molds and precision equipment. Among them, the contact surface between the needle (plunger) of the Pogo Pin and the spring is beveled. The role of the bevel design is to ensure that when the Pogo Pins are working, the lateral force generated by the contact between the bevel and the spring is used to keep the needle and the inner wall of the needle tube stable. Contact, let the current mainly pass through the gold-plated needle and needle tube to obtain stable and extremely low contact resistance, and maintain a stable and reliable electronic and electrical connection even during frequent plugging and unplugging.
Because Pogo Pin Connectors provide stable and reliable connections, they have been used by many world-renowned large companies, especially when high-frequency plugging and unplugging are required or in environments with vibration. They are also designed so that when components are worn or damaged, they can be replaced quickly and easily, greatly improving the maintenance efficiency and service life of electronic equipment.
Due to the excellent performance and flexibility of Pogo Pin Connectors, they have occupied an important position in the field of electronic manufacturing and are important components in the design of modern electronic products.
Rtench provides types of pogo pin connectors.
You will eventually wonder what mounting alternatives are available for pogo pins if you are considering them for your application.
Surface mount: pogopin pogo pins are usually mounted in a stable manner, and the bottom of the pin tube is a flat bottom design, so we can use vertical or horizontal packaging, which makes it easier to solder with the PCB. In addition, some needles have positioning pins at the end, so there is no offset and the effect will be better.
Direct welding tail installation method: ordinary plug-in package, convenient for welding. In addition, we often use tail-bend insert packages, which also give pogopin spring thimble manufacturers more options in space utilization.
Floating installation: Mainly adopts double-headed double-action design, which is more suitable for connections without welding pressure, allowing engineers to have greater space flexibility when making two-way board-to-board connections.
Pogo pins are generally used for precision connections in electronic products such as mobile phones, portable electronic devices, communications, automobiles, medical, aerospace and other electronic products, and can improve the corrosion resistance, stability and durability of these connectors. Since pogo pin is a very fine probe, its application in precision connectors can reduce the weight and appearance of the connector, making the connector more delicate and beautiful.
Different structures carry different amounts of current, and different structures can also be used in different functional designs. The number of contact points will also affect the amount of current.
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