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2 Pogo Pin Connector
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2 Pogo Pin Connector

2 pogo pin connector is made of halogen-free and lead-free raw materials, which complies with ROHS and REACH environmental standards. The right-angle pogo pin is suitable for use in scenarios with limited space, and the life test reaches 20,000 cycles. It has multiple specifications, sizes, currents, voltages, etc., and also supports product customization.
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Product Introduction

Dongguan Xinteng Electronics Co., Ltd. is one of the most reliable manufacturers and suppliers of 2 pogo pin connector in China, featured by quality products and good service. Welcome to wholesale bulk durable 2 pogo pin connector in stock here from our factory. Also, customized service and OEM&ODM service are available.

 

2 pogo pin connector

 

This 90° right-angle structure connector is made of environmentally friendly materials without halogen or lead. It achieves a maximum contact impedance of 50mΩ in a 12V 3A working environment through the precise combination of 0.8mm gold-plated pins and double-spiral springs.

This connector breaks the "contact first, then conduct" mechanism and has a service life of up to 20,000 plug-in cycles. 2 pogo pin is highly suitable for applications in 5G micro base station equipment with limited space. Based on the actual test data from communication equipment manufacturers, it has been demonstrated that our product can double the assembly efficiency of millimeter wave antenna modules and reduce the failure rate by 0.3%.

 

Product Parameters

 

Product model

Standard sample 2PIN

Mechanical

Contact force

80g±20g at 0.8mm working storke Full storke 1.0mm

Life test

20,000 cycles

Electrical

Rated voltage

DC 12V

Rated current

3A Max

Contact resistance of spring pin

50 milliohm Max

Materials

Tube/Plunger

Brass 0.125um Au over 1.5um~2.5um Ni

Spring

SUS 0.025um Au

Packing

PE bag / reel packing

Material and coating conform to ROHS and REACH standards

 

Product details

 

This 2 pogo pin connector has a contact spacing of 2.0mm. The tail of the pin is designed as a 90° right angle. It is produced using halogen-free and lead-free materials, and there are multiple size specifications for you to choose from.

 

Product details

 

Support customization

 

Form Factor Options: Common options include SMT mounting, DIP through-hole, right-angle bend, dual-pin design, wire bonding, and integrated molding, allowing selection based on product assembly methods.

Main Material: Generally, C3604 or C6801 copper alloys are used, as these two alloys offer stable strength, machinability, and electrical performance.

Spring Force Range: Standard spring force is controlled to no more than 15g to ensure stable contact during long-term use without excessive wear.

Rated Voltage/Current: Supports ≤120V, ≤40A specifications, suitable for the power supply and signal requirements of most low-to-medium voltage equipment.

Connection Angle: Available in 90°, 180°, or other special angle structures, allowing engineers to design according to PCB layout or space constraints.

Female Socket Assembly Methods: Includes DIP soldering, right-angle bend, wire bonding, and encapsulation molding, adaptable to different manufacturing processes.

Positioning structure of the female connector: options include grooves, sealing rings, clamping structures, positioning ears, positioning pins, or in-mold injection molding, to ensure accurate, stable and reliable alignment of the connector during assembly.

 

Support customization

 

our services

 

Our company has always adhered to the development philosophy of "quality first, innovation as the core", continuously enhancing our R&D capabilities and production processes, and striving to provide global customers with more stable and reliable connection solutions. In terms of product quality, delivery cycle, and after-sales service, we always endeavor to achieve perfection.

 

our services

 

FAQ

 

Q: Why do the Pogo Pins get stuck or fail to compress smoothly?

A: This is mainly caused by design flaws in the syringe and needle structure, residue of the tube mouth sealant, or contamination from the soldering flux. The needle shaft gets stuck. We need to optimize the design and avoid process contamination.

Q: How to solve the size deviation of the 2 pogo pin connector?

A: Optimize the manufacturing process accuracy to ensure that the needles are aligned and the contact force is uniform, and reduce contact failures caused by size deviations.

Q: Common problems in new energy vehicles?

A: The vibration of the vehicle-mounted system can easily cause the needle to loosen, so it is necessary to enhance the anti-vibration design and conduct regular maintenance.

Q: How does temperature variation cause faults?

A: The expansion and contraction due to heat and cold causes the needle body to loosen and deform. Therefore, materials with strong temperature adaptability should be selected and the structural stability should be enhanced.

Q: How to solve the abnormal color of the electroplating layer?

A: If the gold layer turns red and dark due to impurities in the plating solution or excessive current density, the plating solution needs to be purified and the current parameters need to be calibrated.

 

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