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High Current Pogo Pin Connector
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High Current Pogo Pin Connector

The Pogo pin connector has a service life test of 50,000 cycles, a rated voltage of DC 12V, a maximum current of 10A, a maximum single-pin contact impedance of 50 milliohms, a 2-pin spacing of 7.0mm, and can operate stably in temperatures from -25°C to +80°C. The raw materials and coatings used comply with ROHS and REACH environmental standards.
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Product Introduction

Dongguan Xinteng Electronics Co., Ltd. is one of the most reliable manufacturers and suppliers of high current pogo pin connector in China, featured by quality products and good service. Welcome to wholesale bulk durable high current pogo pin connector in stock here from our factory. Also, customized service and OEM&ODM service are available.

 

High Current Pogo Pin Connector

 

This Pogo Pin connector features a circular structure and a 7.0mm pitch. The relatively wide pitch is designed to meet the insulation safety distance requirements for high-current transmission. It can carry a maximum current of 10A and has a service life of 50,000 cycles. The contact force is 300g ± 20% at a working pressure of 2.1mm.

The Pogo Pin is made of highly conductive brass with a thick gold plated surface to reduce contact resistance and prevent oxidation. Due to the high current transmission requirements, the pin diameter is designed to be 3.0mm. A smaller pin diameter can easily overheat and even affect spring performance. A proper design ensures stable contact under high loads.

RT-1059-A02-11

RT-1059-B02-21

RT-1059-B02-21

Product Parameters

 

Product model

RT-1059

Mechanical

Contact force

300g±20g at 2.1 mm working storke

Life test

50,000 cycles

Electrical

Rated voltage

DC 12V

Rated current

10A Max

Contact resistance of spring pin

50 milliohm Max

Materials

Salt Spray

24H

0peration Temperature -25°C to +80°C

Packing

PE bag / reel packing

Material and coating conform to ROHS and REACH standards

 

How to use the pogo pin connector

 

  1. First, Pogo Pin connectors rely on a spring mechanism to achieve contact. They consist of a male end (a spring-loaded Pogo pin) and a female end (a flat or recessed contact). During use, the male and female ends must maintain precise alignment, with a generally recommended tolerance of ±0.1mm. Excessive misalignment can lead to "pin jamming" or "pin misalignment" during mating, deforming or even damaging the pin tip.
  2. Pogo Pin connectors can be mounted using various methods, including DIP soldering, SMT mounting, or screws. Both DIP and SMT Pogo Pin connectors are suitable for applications in small devices, such as handheld testers and wearables. The DIP method is more stable and ensures pin verticality, while the SMT method saves space and is therefore suitable for wearable devices. For test fixtures or tooling, a press-in design can facilitate replacement, allowing for quick replacement and maintenance of pin modules.
  3. The compression stroke must be controlled in the docking design. Engineers will mark the compression stroke of each Pogo Pin on the drawing. It's crucial to use it within the indicated compression range. Overcompression can damage the spring, while shallow compression can cause poor contact. The best practice is to compress the pin to the middle of its stroke after assembly. This ensures stable contact and prolongs life.
  4. In terms of electrical performance, high-current Pogo Pin connectors require attention to contact resistance and heat generation. This can be achieved by increasing the copper foil width on the PCB or implementing heat dissipation. It's recommended that Pogo Pins be plated with thicker gold to reduce contact resistance and resist oxidation.
  5. When plugging and unplugging, try to maintain a vertical insertion direction and avoid angled insertion. Pogo Pins have a guide taper, but inserting at a steep angle can easily damage the plating. Over time, the gold plating wears away, the tip oxidizes, and the contact resistance increases.

 

Dongguan Xinteng Electronics Co., Ltd.

 

We are a manufacturer specializing in high-reliability Pogo Pin connectors. We handle everything from R&D, production, and sales in-house, making us a truly frontline technology-based company. Our factory occupies approximately 2,700 square meters, and our R&D team consists of 15 members, many of whom have over 15 years of experience in the industry and are deeply familiar with structural, electrical performance, and process details.

In recent years, Xinteng has been striving for higher standards, such as miniaturized design, high-current transmission, waterproof and corrosion-resistant, and long lifespan, and we have developed numerous innovative solutions.

We provide electrical connection solutions for automotive electronics, IoT devices, consumer electronics, and medical aesthetics. From a customer perspective, Xinteng's strengths lie in its rapid response, efficient communication with our engineering team, and the ability to propose appropriate structural design solutions for diverse application scenarios.

DONGGUAN XINTENG ELECTRONICS CO LTD-6

 

FAQ

 

Q: Will the pins of a high-current pogo pin connector interfere with each other?
A: Yes, if the pogo pins are too close together, the magnetic field and heat between adjacent pins will affect each other, so sufficient spacing is essential. For example, for 10A pins, a pin spacing of 6.5mm or greater is recommended. Otherwise, localized temperature rise may occur.

Q: Can high-current connectors be used outdoors or in humid environments?
A: Yes, but structural protection is required. We recommend adding a waterproof ring or rubber coating to the exterior. For pogo pins, choose a nickel-plated base followed by a thick gold plating. Some projects also apply conformal coating or a dust cover after assembly to prevent moisture from entering the spring cavity.

Q: Can I customize the magnetic connector with a cable? If so, what cable materials are available?
A: Of course, we can. Conventional options include PVC and TPE. For high and low temperature resistance, choose silicone cable. For wear resistance, choose braided mesh cable.

Q: Is connector modularity important for repair and replacement?
A: Very important. Making the pogo pads into replaceable modules not only facilitates repairs but also reduces rework time. Especially for industrial or test equipment, field module replacement is much more cost-effective than returning the device to the factory for repair. Designing maintenance spaces and replacement paths allows for easy replacement of the pin array without disassembling the entire device.

Q: If I'm customizing a connector with a cable, can you provide a weathering test report for the cable?
A: Yes, we can provide high-temperature, low-temperature, aging, salt spray resistance, and other test data based on your requirements and needs, ensuring compliance with your industry standards.

 

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