![]() ![]() Their high durability, tolerance and versatile application make them a preferred connector for intelligent electronic designs. Need technical help or looking for a custom design? Use the form below to contact Mill-Max Technical Services. Pogo Pins (Spring Loaded Pins) are used in almost every kind of electronic device today. With a mechanical rating of 1,000,000 cycles minimum and a current rating of 9 amps temperature rise above ambient) the Mill-Max 08 spring pins are the best choice for heavy duty, high reliability spring pin requirements.įor more information use the links to the right for additional product details, to order a sample, or to find related products. These large scale spring pins feature gold-plated stainless steel springs and gold-plated precision-turned components. 080" (2,03 mm) maximum stroke with built in protection against over compression of the spring.īecause they are designed and built with the same precision as our miniature spring pins, they exhibit excellent signal integrity in shock and vibration environments. The 0871 is surface mount the 0861 has a tail for through-hole mounting providing additional support. The 08 each have a press-fit feature on the body allowing them to be press-fit into housings for assemblies, such as docking stations and battery compartments, or to form module connectors. 187" (4,75 mm) diameter base, promoting a strong solder joint for stability on the board and thick wall construction to withstand the rigors of demanding applications, especially those involving side loads. I find that the solder bumps have been far more reliable than bare pads for repeated use. I apply the solder by hand on my prototype boards and have openings in the paste mask for those boards that have solder-paste applied with a stencil. 092" (2,34 mm) diameter plunger for a larger interface surface, a. 4 I have been putting solder on my pogo-pin pads. These new offerings are a good fit where greater spacing is required due to electrical and mechanical demands. The 08 spring pins have large diameter plungers, bodies and bases to provide the mechanical strength required for rugged applications such as blind-mating of components, drop-in charging systems and quick-connect assemblies where sliding or rotating action is involved. Spring-loaded contacts, also known as pogo pins in reference to the toy they resemble, are commonly used to establish electrical contact between two. Contact Pomagtor to order a custom high-current Pogo Pin and high-current Pogo Pin connector.Mill-Max is pleased to announce the addition of two new large scale spring pins to our family of ruggedized spring-loaded products. We provide a highly reliable, precision-made interconnect solution and can also assist with your custom design needs. It can effectively prevent Pogo Pin from being corroded and oxidized in the working environment, making the high-current Pogo Pin life longer. Therefore, Pogo Pin surface gold plating is thicker than ordinary. High current Pogo Pin needs repeated insertion and removal during the work, and it's a strict working frequency. The high-current Pogo Pin surface plating and high-current test probes can improve flexibility, corrosion resistance, wear resistance, durability, and mechanical properties. The advantages of high-current Pogo Pin are as the following. Pomagtor's new high-current designs take Pogo Pins to a new level. We provide Standard pogo pin and pogo pin connectors, magenetic connector as well as accept OEM custom design. What are these pogo pins anyway Pogo pins are basically spring-loaded metal sticks. Pogo Pin is also known as spring loaded pins, spring thimble, spring probe. Soldering Save Subscribe Once you have your PCB, the next step is to place the 'pogo pins'. The three basic components become a Pogo Pin through high-precision equipment rivet pressure. and a large number of additional applications - battery probes and also. ![]() Pogo Pin is a spring-type probe formed by Plunger, Tube, and Spring. PTR HARTMANNs spring-loaded pogo pins provide an extremely reliable and precise. ![]()
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