Socket Pogo Pin, L12.00~41.00 mm, diverse applications

Socket Pogo Pin, L12.00~41.00 mm, High-temperature

Socket Pogo Pin, L12.00~41.00 mm, Customizable options

Socket Pogo Pin, L:12.00~41.00 mm, Best Flexibility

Socket pogo pin combines the stability of soldering installation with excellent conductivity of pogo pins. By plating beryllium copper tellurium copper stainless steel with gold and nickel, the corrosion resistance, wear resistance, and conductivity can be improved. Simplify welding to ensure excellent conductivity, suitable for automated assembly and miniaturization applications. Johoty offers flexible customization.

Features:

Corrosion and wear resistance, high reliability and durability.
Beryllium/tellurium copper, optimized springs, high conductivity.
Compact and miniaturized for high-density PCBs, micro devices.
Soldering process, reduce manual operation, efficient production.
Customized dimensions, materials, and electrical performance.
Compliant with RoHS REACH, ASTM, pass strict quality testing.

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Socket Pogo Pin, L:12.00~41.00 mm, Description

Product Info: Socket pogo pin combines solder cup and pogo pins, compatible with multiple wire diameters. Provide stable mechanical and electrical connections. By compressing and rebounding, it ensures stable contact with mating parts. Tolerates a certain range of deviations for dynamic connections.

Features: High conductivity phosphor bronze or brass ensure low resistance and high conductivity. Precision design of soldering cup depth and inner diameter, insertion and welding of wire diameter. ≤20 mΩ ensures efficient signal transfer. Easy welding, long lifespan and high stability.

Solving Problems: Signal transfer distortion or interruption caused by poor contact, oxidation, or micro corrosion. Reduced lifespan or functional failure due to wear, fatigue, or contact pressure attenuation. External forces can easily affect it, resulting in fracture or instability, and complex assembly. The assembly and alignment requirements are high, and slight deviations may result in malfunction or poor contact. Performance is prone to degradation in extreme temperatures, humidity, and high salt spray. Unable to fit personalized and different devices. Due to limited volume, the transfer of high current and high-frequency signals continues to increase. Replacing the entire component incurs high maintenance costs.

Specifications: Length 12~41mm, barrel diameter 0.60~13.00mm, current 0.5~50.0A, force 40~700gf, stroke 0.6~9.50mm, AWG30~AWG20, lifespan <200,000 cycles, -55 ℃~+155℃，resistance ≤100mΩ, composite electroplating, plated rhodium, palladium, copper, CoAu, ruthenium, platinum, gold, nickel, etc.

Applications: Miniaturization and high-frequency plugging, high precision and high hygiene requirements, high current and adaptability to harsh environments. Dynamic connectivity and high durability, high-frequency signals and resistance to environmental interference. Reliability in extreme environments, high-power connections, and modular energy storage. Modular and dynamic connectivity requirements, high-frequency plugging and removal, and movable devices.

Industries: Security and Internet of Things, Laboratory and Research, Power and Energy Industry. Automobiles and new energy, aerospace and military, communication and networking. Smart home and IoT, industrial automation and testing.

Benefits: Low contact resistance reduces signal loss and energy waste, while antioxidant performance reduces the risk of failure. High current support from low-power devices to high-power applications 10000 lifespan significantly reduces replacement frequency, maintains high performance with strong durability, and replaceable design reduces overall maintenance costs. Modular design adapts to various devices, wide environmental adaptability can be used in extreme environments, and high compatibility is suitable for multiple fields. High signal integrity improves equipment performance, excellent mechanical performance maintains stable connections, and precision design enhances product aesthetics. Suitable for manual or automated operations, improving assembly efficiency and reducing precision assembly requirements in the production process. High cost-effectiveness reduces subsequent replacement and maintenance costs, quick assembly reduces labor and time costs, and minimizes downtime risks.

Socket Pogo Pin, L:12.00~41.00 mm, Datasheet

Parameter	Value Range
Description	Solder cup-style socket pogo pin for high-end applications.
Contact Resistance	15 mΩ to 150 mΩ, custom.
Current Rating	0.5 A to 50 A, custom.
Voltage Rating	12 V to 48 VDC, special design up to 250V.
Contact Material	BeCu, brass, stainless steel, custom.
Plating	Gold (0.1 µm to 3.5 µm), Nickel, custom.
Spring Force	40gf to 700gf, custom.
Stroke	0.60 mm to 9.50 mm.
Operating Temperature	From -55°C to 155°C.
Durability	10,000 to 200,000 cycles.
Overall Length	12.00 mm to 41.00 mm, custom.
Solder Cup Inner Diameter	0.50 mm to 1.50 mm.
Barrel Diameter	0.60 mm to 13.00 mm.
Vibration Resistance	Compliant to MIL-STD-202.
Humidity Resistance	10% RH~90% RH, 85°C.
Salt Spray Resistance	24 hrs to 200 hrs.
Packaging Type	R&R (Tape and reel), Tray, Bulk.

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Johoty’s socket pogo pin is based on highly conductive materials with precise spring force. With a lifespan of over 200,000 cycles, it can adapt to wide temperatures and ensure stable connections. Fast delivery, support customization, compliant with RoHS and ASTM. Johoty provides you with right choice!

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Socket Pogo Pin, L:12.00~41.00 mm, Applications

Smart home device connection

Socket pogo pin makes smart homes more convenient. Smart speakers rely on their connection to a charging base for stable charging. The smart camera is connected to the gimbal without losing power. The smart lights are connected to lamp holder through socket pogo pin, which makes installation very simple. The door and window sensors can be connected to batteries for longer battery life. The smart lock uses it to connect the battery module, making replacement faster.

Medical equipment module connection

Wearable devices can be connected to a charging dock for easier use. Socket pogo pin makes medical devices more efficient. Ultrasonic equipment can be connected to probes with easy switching. In vitro diagnostic equipment is connected to modules through it, saving time. Medical monitoring equipment is connected to a power module with stable power supply. Medical robot tools are connected and flexible to use.

Consumer electronic device connection

Connecting a smartwatch to a charger is convenient and stable. Socket pogo pin makes electronic devices thinner and lighter. Wireless earphones can be connected to a charging case for easier access. Electronic readers use it to connect modules, making the design more compact. The portable game console is connected to the battery module through it, making it easy to replace. Portable speakers can be connected to expansion accessories for stronger functionality.

Module docking of industrial equipment

Industrial robots use it to connect tools and quickly replace them. Socket pogo pin makes industrial equipment more flexible. Industrial sensors are connected to the host through it, making maintenance easier. Industrial power modules rely on them to connect devices, providing safer power supply. It is used to connect modules for automation equipment, making functional combinations more convenient. Production equipment connects components through it, allowing for quick assembly.

Automotive electronic module connection

The car camera relies on its connection module to provide stable images. Socket pogo pin enhances automotive electronic performance. The in car entertainment system uses it to connect accessories, providing a diverse range of experiences. The smart rearview mirror works longer by connecting it to a power source. Connect the seat heating module with it for easier maintenance. The onboard radar module is connected through it for more accurate detection.

Modular design of robots

Service robots use it to replace tools and adapt to multiple scenarios. Socket pogo pin makes robots smarter. Educational robots rely on their connection modules for flexible combination. The cleaning robot is more efficient by connecting accessories through it. Industrial robots use it to connect battery modules for longer battery life. The inspection robot connects sensors through it to conduct more detailed inspections.

Aerospace equipment connection

Drones use it to connect battery modules and fly longer. Socket pogo pin improves aerospace efficiency. The flight control equipment relies on its connected modules to operate more stably. Satellite components are connected to components through it, making assembly more efficient. The detector is connected to the sensor for better performance. Aviation electronic equipment works continuously by connecting to a power source.

Lightweight Design of Wearable Devices

The smart bracelet is connected to the charging base through it, and the operation is simple. The motion tracking device uses it to connect modules, making the device more lightweight. Smart glasses rely on their connection to battery modules for easy replacement. Wearable medical devices are easy to clean through their connected components. Socket pogo pin makes wearable devices more lightweight. Virtual reality devices use it to connect accessories, providing more diverse functions.

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Advantages of Socket Pogo Pin, L:12.00~41.00 mm,

High precision connectivity performance

The accuracy of socket pogo pin is very high, which can ensure a very stable connection between devices. Its spring force is uniform and not easy to loosen. The resistance of the contact point is very low, and the signal transfer is fast. The design of plunger is meticulous and suitable for use in small spaces. Strict manufacturing tolerance control ensures more precise connections.

Excellent wear resistance

Johoty’s socket pogo pin is very durable and can withstand up to 200,000 insertions and removals. Its surface material is very hard and not easily damaged after friction. The spring part has undergone special treatment to maintain its high spring force for a long time. The contact point will not deform due to long-term use. Even in harsh environments, it can maintain stability.

High current carrying capacity

The socket pogo pin can pass up to 50A of current and is suitable for various devices. The material of plunger has strong conductivity and can transmit stable current. Internal structure optimization reduces current loss. The spring force design is reasonable and will not loosen due to high current. Good high temperature resistance and low temperature rise when current passes through.

Small scale design adaptability

The solder cup socket pogo pin is very compact and suitable for use in precision equipment. The plunger design is compact and can save internal space. The spring part is small yet powerful, never compromise its performance. The barrel has a small volume, makes device thinner and lighter. It can be embedded into complex modules, making it convenient to use flexibly.

Excellent conductivity stability

The socket pogo pin can maintain stable conductivity for a long time. The contact point material is excellent and the resistance change is small. The spring force is uniform and the connection will not disconnect. The surface coating is smooth, reducing current interference. Strong sealing design to prevent external factors from affecting performance. Capable of adapting to high-frequency signal transfer requirements during connection.

Superior anti vibration performance

Johoty’s socket pogo pin remains stable in a vibrating environment. The spring force design is scientific and can absorb vibration and impact. The connection between plunger and barrel is tight and not easy to loosen. The shell material is sturdy and can withstand equipment movement. Compact structure, even in bumpy environments, it will not affect the connection. Suitable for use on mobile devices.

Easy and fast assembly

The installation of socket pogo pin is very simple and greatly saves time. The plug-in part is seamlessly integrated with the module. Modular design that does not require complex tool assembly. The spring is very simple on structure and also easy to disassemble. Uniform size, able to quickly match with other components. Users can easily complete device assembly work.

Excellent temperature adaptability

The solder cup socket pogo pin can adapt to various temperature conditions and has stable performance. It can maintain conductivity in high temperature environments. The spring force will not decrease at low temperatures, and the connection remains reliable. The material has been processed and has strong temperature resistance. Temperature changes will not cause deformation or poor contact. Suitable for equipment usage needs in complex environments.

FAQ:

Why is socket pogo pin suitable for high-frequency signals?

The contact resistance of socket pogo pin is very low, as low as 15mΩ, and the signal transfer loss is small. The internal spring force is stable and can be customized to 800gf or even 3,000gf, ensuring continuous and reliable contact points. Coating material has good conductivity and can reduce signal interference. Plunger design optimization reduces the reflection of high-frequency signals. Compact structure effectively reduces signal delay and interference.

How to maintain efficient connection of socket pogo pin in micro devices?

Its plunger and barrel designs are very small, suitable for small spaces. The spring part has been optimized to be both compact and strong. Strict tolerance control ensures stable operation in micro devices. It has very flexible installation methods and can embed with various precision modules. Even in small devices, socket pogo pin conductivity is still excellent.

Why can socket pogo pin withstand high currents?

It can reduce current loss based on high quality brass with gold-plated. Spring and plunger design can evenly distribute pressure and prevent overheating. Plunger coating is resistant to high temperatures, ensuring that it is not damaged when passing high currents. Optimize internal structure of socket pogo pin to effectively improve its current carrying. Contact area between plunger and barrel has been scientifically designed to improve conductivity efficiency.

How to avoid socket pogo pin loosening after long-term use?

Spring materials have high resilience and can maintain stable pressure. The precise fit between plunger and spring prevents looseness. Barrel design protects its internal structure and reduces vibration impact. Contact point coating has good wear resistance and is stable for long-term frequent insertion and removal. Internal components in socket pogo pin have been optimized and designed to extend their lifespan.

How to ensure compatibility of socket pogo pin among multiple interfaces?

Its size design is uniform and can adapt to multiple interfaces. Easily adjust spring pressure for different contact requirements. Plunger has diverse shapes and supports various connection methods. Socket pogo pin is flexible on installation method and can be embedded into different device modules. Modular design, socket pogo pin can easily combine with other components.

Why can socket pogo pin maintain long-term conductivity stability?

Contact point coating is excellent, reducing the resistance increase caused by oxidation. Spring force is uniform and will not weaken due to prolonged use. Plunger material is wear-resistant, ensuring a stable contact area at all times. Socket pogo pin structure has strong sealing performance to prevent environmental interference. The contact point resistance is small, and current transfer is more continuous and stable.

Can socket pogo pin meet high-frequency connections?

The spring design of Johoty’s socket pogo pin is fatigue resistant and can withstand multiple uses. Plunger material is wear-resistant and remains reliable after frequent contact. Spring pressure has been optimized and the contact is always tight. The coating is durable and conductivity won’t decrease after uses. Barrel design protects internal components from damage caused by frequent uses.

How can socket pogo pin adapt to different device shapes?

The solder-cup of socket pogo pin are diverse and can be customized for design. Circular, flat, and pointed plummers are suitable for different needs. Spring pressure is adjusted according to plunger shape, making the connection more secure. Plunger length can be flexibly adjusted to match device height. Surface finishing of socket pogo pin is excellent, and various plnugers can conduct electricity stably.

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