Mini-Pogo-Pins,--L-6.00~26.00-mm,-Precision-design-1

Mini-Pogo-Pins,--L-6.00~26.00-mm,-Multiple-sizes-1

Mini-Pogo-Pins,--L-6.00~26.00-mm,-Durable-materials-1

Mini Pogo Pins, L 6.00~26.00 mm, Precision design

Mini Pogo Pins, 6.00~26.00, Best PCB Space Saving

Mini pogo pins are parallel soldered with their contact points and PCB pads using right angle method. Small size and short installation height, reducing PCB space occupation. Gold or silver plating reduces contact resistance for efficient signals, data, or power. Johoty offers flexible customization.

Features:

Miniaturization and high-density design.
Quality springs for high-precision uses.
High conductivity, low contact resistance.
High durability and long life cycles.
Good resistance to vibration and impact.
Flexible customization and compatibility.

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Mini Pogo Pins, L: 6.00~26.00 mm, Description

Product Info: Mini pogo pins are installed parallel to PCB surface at 90° angle. Pogo pins are vertically soldered to PCB pads, but they are parallel to PCB. Spring contact connection to achieve stable connection with circuit board in a small space.

Features: Right angle design, installed on PCB pads. Space saving, high-density connection, high-precision operation. Spring contacts, resistant to vibration and impact, long lifespan, high reliability, low contact resistance.

Solving Problems: Space limited connection requirements, electrical signal attenuation or interference. High frequency signal transfer and testing, testing interface and automation connection requirements. Convenient repair and replacement, precision and consistency of manufacturing processes. Easy to be influenced by external factors, failure or interference of pogo pins. Overall increase in product volume and weight.

Specifications: Length 6~26mm, barrel diameter 1.20~7.85mm, current 1~50.0A, force 20~8000gf, stroke 0.6~4.80mm, lifespan <200,000 cycles, -55 ℃~+125℃, resistance ≤50mΩ, plated gold, silver, rhodium, palladium, ruthenium, platinum, composite electroplating, IP65, IP67, etc.

Applications: Smartphone watches, wearable devices. Car charging, electric vehicles. Portable medical devices, implantable devices. Automated testing equipment, production line robots, industrial sensors, and control systems. Wireless communication devices, device programming and testing. Drones and avionics, military and defense.

Industries: Consumer electronics, communication and networking, automotive electronics, drones and aerospace, medical equipment, military and defense, industrial automation and control.

Benefits: Customers can design more compact and lightweight products, providing clients with greater design flexibility. Reduce connection failures, minimize system failures, reduce repair and ASS costs, enhance brand reputation. Ensure equipment communication capability and reduce signal loss and delay. Reduce replacement frequency, lower maintenance costs, extend equipment overall lifespan, decrease product failure rates. Reduce manual errors during assembly process, achieve higher efficiency & lower costs. Customers can design equipment operates reliably in harsh. Shorten engineers’ development cycle and provide simpler and more efficient connectivity solutions. Compliant with RoHS, REACH, ASTM, Reduce procurement costs and customize different requirements.

Mini Pogo Pins, L: 6.00~26.00 mm, Datasheet

Parameters	Value Ranges
Description	Right angle mini pogo pin.
Pin Length	6.00-26.00 mm.
Stroke	0.60-4.80 mm.
Spring Force	20-8,000 gf.
Diameter	1.20-7.85 mm.
Tip Style	Concave, flat, pointed, crown, cup, star, Custom.
Plating Material	Gold, nickel, rhodium, composite electroplating. Custom.
Durability	10,000+ cycles, up to 200,000 cycles.
Contact Resistance	<50 mΩ
Current Rating	1-50 A
Voltage Rating	3.3-10,000 V
Operating Temperature	-40°C to 125°C
Humidity Resistance	10%RH to 90%RH.
Pin Material	Brass, beryllium copper, phosphor bronze, Custom.
Spring Material	Stainless steel, piano wire, Custom.
Base Material	Brass, steel, beryllium copper, phosphor bronze, Custom.
Mounting Type	Right angle surface mount
Soldering Method	Reflow, wave, manual
PCB Pad Requirements	1.2×1.2 mm, 1.5 mm spacing, Custom.
Packaging Type	Tape and Reel preferred for automation, PE bag, Tray, etc
Certificates	ISO, RoHS, REACH, MIL-STD, ASTM, UL, etc

Get a Free Quote for Best Mini Pogo Pins

Johoty’s mini pogo pins feature precise positioning, high-density design, and excellent durability, stable and reliable electrical connections in limited spaces. Save space and improve efficiency, fit high-end electronic devices. Help clients increase productivity, reduce costs.

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Mini Pogo Pins, L: 6.00~26.00 mm, Applications

Charging interface for mobile devices:

Mini pogo pins can be applied to charging interfaces of mobile phones, tablets, etc., providing stable power transfer. They can quickly and safely charge devices. The contact point design is compact and suitable for tight spaces. Easy to install and securely connected. Reduced the damage caused by frequent use, and extended equipment lifespan.

Wearable devices:

In smartwatches and health bracelets, mini pogo pins enable battery charging and data transfer functions. Its compact design is suitable for limited space. Maintain stable connection under high-frequency use. Simplified device connection interface. Improved durability and ease of use.

Portable electronic products:

Mini pogo pins are used in portable electronic products, headphones, Bluetooth speakers, and more. They provide stable power and data transfer. Compact design saves space. Durable and adaptable to frequent connection. Improved electronic devices’ portability and performance stability.

Robots and automation equipment:

Mini pogo pins are used for power transfer and signal connection in robots and automation equipment. They can withstand vibrations and maintain stable contact. High reliability ensures equipment long-term stable operation. Compact design suitable for complex spaces. Easy installation and maintenance, reducing repair costs.

Household appliances:

Mini pogo pins in household appliances are used for connecting power supply and control systems. They provide devices stable power. Adapt to damp or vibrating environments. Compact design, space saving. Simplify installation and maintenance to enhance product performance.

Automotive electronic systems:

Mini pogo pins are used in cars to provide power and signal exchange for navigation, sensors, batteries, etc. They can withstand vehicles’ vibrations. Stable connection ensures the normal operation of onboard devices. Compact design saves interior space. Easy to install, convenient for maintenance and replacement.

Medical equipment:

In medical equipment, mini pogo pins are used to connect devices with batteries and circuits. They stably transmit current and signals for high-precision medical instruments. Compact design, suitable for small spaces. High durability reduces equipment failures and improves reliability.

Computer hardware:

Mini pogo pins are used for connecting computer motherboards and external devices. They provide fast and stable data and signals. Save hardware space and improve work efficiency. The design is sturdy and ensures long-term use without any malfunctions. Simplify hardware connections and improve product performance.

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Advantages of Mini Pogo Pins, L: 6.00~26.00 mm

Compact design saves space:

Compact design of mini pogo pins can save space on PCBs. They have a small volume, but strong connection performance. Suitable for high-density circuit board design, helping devices to be more compact. Reduced unnecessary connecting components and optimized layout. Fit miniaturized electronic devices, improve overall design efficiency.

High reliability ensures stable connection:

Right angle mini pogo pins are made of high-quality materials to ensure stable connections during long-term use. Under high-frequency connections, they can still maintain reliable contact. Precise contact point design effectively avoids poor contact issues. Its sturdy and durability reduce maintenance frequency. Provide longer life cycles, reduce maintenance costs.

High precision contact performance:

The design of Johoty’s mini pogo pins emphasizes precision, ensuring consistent current transfer every time. Accurate contact points avoid signal loss or unstable power. By optimizing metal contact surface, the transfer speed has been improved. Ensuring efficient power, data, signal transfer. Perfectly fit high-precision equipment.

Durable, adaptable to harsh environments:

Mini pogo pins can maintain high efficiency in extreme conditions. They are resistant to temperatures and vibrations for various industrial and automotive electronic devices. Metal materials make them wear-resistant and prevent damage during long-term use. Under frequent use or harsh conditions, contact point can remain stable and reliable. Improved equipment overall reliability.

Low contact force enhances user experience:

The low contact force design of our mini pogo pins makes connection smoother. This advantage reduces damage to the device during contact. Compared to traditional connectors, it is easier to operate. The design conforms to ergonomics, making equipment easier to operate. Reduced losses caused by improper connection.

Adapt to various connectivity:

Right angle mini pogo pins support multiple connectivity, allowing for both power and data. They are suitable for traditional devices and high-end smart devices. Can adapt to various PCBs’ dimensions, shapes, or sizes. Can provide stable support in complex circuit design. Its multifunctionality greatly expands applications.

Rapid assembly reduces production costs:

The right angle design of mini pogo pins can simplify PCBs’ soldering process. Through automated production equipment, installation can be quickly completed, reducing manual operation time. Simplified production process and improved production efficiency. Reduced error possibility during production process. Effectively reduced overall production costs.

Powerful compatibility:

Mini pogo pins have strong compatibility to connect various devices. They can be applied in smart devices, robots, medical equipment, etc. In complex systems, stable connections can still be provided. Good compatibility with different hardware. Provide designers with more flexible solutions.

FAQ:

How to avoid PCBs’ thermal expansion issues with mini pogo pins?

Mini pogo pins are designed with elastic materials that can adapt to thermal expansion of circuit boards. With significant temperature changes, stable connections can be maintained. Flexible contact points reduce solder stress. The spring structure absorbs the displacement caused by thermal expansion and contraction. The special coating improves temperature resistance performance.

Why is right angle installation more suitable for compact devices than direct insertion design?

Right angle installation saves vertical space and makes PCB design more compact. It can arrange other components more flexibly. Suitable for narrow spaces, optimize equipment appearance. Reduce equipment internal complexity and facilitate maintenance. Maintain connection stability without affecting performance.

How mini pogo pins cope with the challenges of mechanical vibration?

Spring design can absorb mechanical vibrations and protect contact points. Contact surface design is tight, effectively reducing the risk of looseness. High quality materials increase wear resistance and impact resistance. Coating protection reduces wear caused by vibration. Suitable for electronic devices in vibration.

How to handle the performance of mini pogo pins in high humidity?

Special coatings can prevent moisture erosion and improve oxidation resistance. Contact point design reduces the possibility of moisture entering. Mini pogo pins have a high sealing structure to protect internal springs. With high humidity, stable electrical connection can still be maintained. Suitable for equipment use in humid.

Will mini pogo pins cause delays in high-speed signal transfer?

The contact points are designed with low resistance to ensure fast signal transfer. Material selection optimizes conductivity and reduces latency. High precision structure avoids signal loss. Design to support high-frequency transfer. Johoty’s mini pogo pins are suitable for devices of high signal transfer speed.

Is it possible to customize length and shape of mini pogo pins?

Mini pogo pins support customization of length, shape, and current, etc, for customer needs. Adjustable spring strength to adapt to different applications. We can optimize installation design of right angle according to requirements. Provide multiple connector options to meet special equipment. Customized services ensure the best match between products and equipment.

Will mini pogo pins overheat during high current?

Low resistance material design effectively reduces heat generation. Spring structure disperses current load and reduces temperature rise. Optimization design of contact points ensures uniform conductivity. Mini pogo pins have strong heat dissipation and can work normally under high currents. Suitable for connecting high current devices.

How to determine if mini pogo pins are suitable for my device?

Select appropriate mini pogo pins specifications and sizes based on device requirements. Consult with Johoty’s CFT team for professional suggestions. Check design document to match installation requirements. Choose a compact design based on space constraints. Ensure it can meet power and signal transfer requirements. Johoty’s right angle mini pogo pins, when made into connectors, can simultaneously transmit data and signals, power.

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