PCB-Pogo-Pins,-L-11.00~60.00-mm,-Advanced-manufacturing

PCB-Pogo-Pins,-L-11.00~60.00-mm,-High-precision-size

PCB-Pogo-Pins,-L-11.00~60.00-mm,-Diverse-Length-Options

PCB Pogo Pins, L: 11.00~60.00, Best Diverse Length

PCB pogo pins enable precise electrical connections between PCBs or between PCBs and other parts. High reliability and durability, brass or beryllium copper gold-plated, used for board to board connections, charging and power connections, signal transfer. Johoty customizes miniaturized low-contact resistance.

Features:

<50mΩ resistance, superior electrical performance.
Miniaturize, diversify and customize size accuracy.
200,000 life cycles, high durability, high reliability.
Flat bottom design for SMT and reflow soldering.
Low impedance, high frequency, high-speed signals.
Compliant with RoHS, REACH, ASTM, Lead free.

Get A Free Quote

More Selection

PCB Pogo Pins, L: 11.00~60.00 mm, Description

Product Info: When PCB pogo pins are pressed, plunger tip will move toward barrel inside. After release, spring returns to its original state, and plunger tip returns to its initial position. High-precision connectors generate contact pressure and ensure stable electrical connections.

Features: Low contact resistance, excellent electrical performance, high current carrying. Flat bottom design increases welding contact area and simplifies PCB layout. Miniaturization and modularization, support high-density PCB layout. Spring has long lifespan, resistant to oxidation and wear for frequent dynamic operations. Fully compatible with SMT mounting.

Solving Problems: Poor contact caused by space limits, frequent plugging or dynamic compression. Integrity of high-speed signal and heat accumulation from high-current power supply. Assembly efficiency issue in automated production. Connection challenges in multi module stacking and modular design. Stability issues under vibration and mechanical impact. Long-term continue connection reliability. Customization are difficult to meet. High-precision alignment of multiple contacts.

Specifications: Length 11~60mm, barrel diameter 1.20~11.00mm, current 0.3~50.0A, force 15~3,000gf, stroke 0.6~20.00mm, lifespan <300,000 cycles, -55 ℃~+125℃，resistance ≤150mΩ， plated gold, nickel, silver, rhodium, palladium, CoAu, ruthenium，platinum, composite electroplating, IP65~IP68, etc.

Applications: High density PCB layout, efficient SMT assembly. Transmit high-speed signals, ensure data integrity and high power, and work continuously for a long time. Miniature design, low contact resistance, high stability. High vibration resistance, high current resistance, high temperature resistance, durability, modular design. Beautiful, corrosion-resistant, high-precision connection, flexibility and comfort, long battery life support, lightweight and compact.

Industries: Communication equipment, automotive electronics, smart home and IoT, medical electronics, aircraft navigation and communication equipment, industrial automation, consumer electronics industry.

Benefits: Improve design flexibility and simplify production and assembly processes. Provide excellent electrical performance and reduce overall costs. Enhance product reliability and support innovative product development. Reduce mechanical failures for high equipment consistency. Provide effective solutions to customers and enhance user experience.

PCB Pogo Pins, L: 11.00~60.00 mm, Datasheet

Parameter	Value Range
Diameter	1.20mm to 11.00 mm, custom.
Height/length	11.00 mm to 60.00 mm, custom.
Stroke	0.60 mm to 20.00 mm, custom.
Spring Force	15 gf to 3,000 gf (0.1 N to 30 N).
Mounting Type	Surface Mount (SMT).
Solder Pad Diameter	0.5 mm to 1.5 mm, Custom.
Durability	10,000 to 300,000 cycles.
Contact Resistance	≤ 50 mΩ, Custom.
Rated Current	0.3 A to 50 A, custom.
Rated Voltage	5V to 230V, Custom.
Plunger Material	Brass, Beryllium Copper (BeCu), Stainless Steel, Phosphor Bronze, Tellurium Copper, Tungsten Alloy.
Barrel Material	Brass, Beryllium Copper (BeCu), Nickel Alloy, Stainless Steel, Phosphor Bronze, Titanium Alloy, Tellurium Copper, Tungsten Alloy.
Spring Material	Steel, Music Wire, Stainless Steel.
Coating/Plating	Gold, Silver, Nickel, Palladium, Platinum, Copper-Zinc, Nickel-Titanium Plating, other composite electroplating.
Operating Temperature	-40°C to +125°C, custom.
Package	T&R (Tape and Reel), Bulk, PE bag, Tray, Blister Packaging, etc.

Get a Free Quote for Best PCB Pogo Pins

Johoty’s PCB pogo pins have extremely low contact resistance, high-frequency signal support, high current carrying capacity for compact design and automated production. Stable and reliable electrical connections, ideal choice for improving your equipment performance and efficiency.

Get A Free Quote Now

Products Categories

Get A Free Quote

PCB Pogo Pins, L: 11.00~60.00 mm, Applications

Intelligent agricultural sensor node:

Smart agriculture requires sensors to monitor soil moisture, temperature, and lighting conditions, Johoty’s PCB pogo pins can be used for sensor module connections. They help simplify sensor layout and make devices lightweight and durable. Support low-power operation to ensure stable long-term connection. Adapt to high-density layout and reduce space occupation. Provide high-reliability connections and adapt to outdoor vibrations. Support modular design for quick disassembly and assembly of equipment.

Wearable fitness tracking device:

Fitness trackers require a compact electrical connection solution, PCB pogo pins are widely favored for their compact designs and efficiency. Support internal layout of miniaturized devices. Provide stable connection for dynamic operation. High durability, able to withstand daily usage frequency. Low contact resistance ensures signal efficiency. Adapt to fast assembly and reduce production complexity.

Household robot module:

Home robots require multiple modules for data and power exchange, our PCB pogo pins are an ideal choice for module connections. Support flexible connections between modules to enhance design flexibility. Provide high-frequency signal for high data accuracy. Adapt to vibration and maintain long-term reliable connections. Support high current to meet complex tasks. The modular structure is easy to upgrade and maintain.

Smart home control terminal:

Smart control panels require compact and reliable connectors, Johoty’s PCB pogo pins are the preferred solution. Support high-density wiring and optimize internal space. Provide stable current and signal to enhance equipment performance. Easy to install for efficient production. Compatible with different modules to enhance device scalability. Ensure long-term stability and reduce replacement.

Industrial equipment status monitor:

Industrial status monitors require highly reliable connectors to support continuous operation, and PCB pogo pins are very suitable. Support high current loads to meet eqeuipment high-power requirements. Adapt to harsh environments and provide stable connections. Low contact resistance reduces electrical energy loss. Compact design suitable for miniaturized monitoring modules. Modular connections facilitate device quick replacement and maintenance.

Electric Vehicle BMS:

The EV’s BMS requires reliable connectors to monitor battery status, Johoty’s PCB pogo pins perform well. Support high current to meet battery management requirements. Low contact resistance reduces heat accumulation. Adapt to high-frequency data to improve monitoring efficiency. Durable design suitable for long-term high-frequency use. Modular interfaces facilitate system upgrades and maintenance.

Medical portable diagnostic equipment:

Portable medical devices require compact and highly reliable connectors, PCB pogo pins are the best choice. Support miniaturization layout to enhance device portability. Provide high reliability connections to ensure equipment performance. Durable and adaptable to frequent operations. High signal integrity for sensitive data transfer. Easy installation and reduced production difficulty.

Aerospace sensor module:

Aerospace sensors need to maintain performance in extreme environments, Johoty’s PCB pogo pins are a high-quality choice. Support high-precision connections to ensure error-free signals. Adapt to vibration and impact environments and maintain stability. High temperature resistant design to meet extreme temperatures. Low contact resistance for high quality critical signals. The modular structure facilitates equipment upgrades and maintenance.

Notice: Trying to access array offset on value of type null in /home/johotypro/webapps/johotypro/wp-content/plugins/elementor/includes/widgets/video.php on line 1191

More Information

Advantages of PCB Pogo Pins, L: 11.00~60.00 mm

Micro design improves space utilization efficiency

The miniaturized design of PCB pogo pins enables efficient connections in a very small space. Suitable for high-density PCB layout and optimized internal structure. Save space and leave more design space for complex circuits. Support the development of smaller devices to enhance portability. Meet the demand for compact design in modern electronic devices. Enhance the integration of device appearance and achieve more aesthetically pleasing product design.

Signal integrity in high-frequency transmission

High frequency devices often require precise signal transmission, and Johoty’s PCB pogo pins ensure stable data transmission. Low contact resistance reduces signal loss. Optimize the structure to reduce electromagnetic interference. Support high-frequency signal transmission to meet the requirements of high-speed equipment. Enhance data consistency and improve device accuracy. Suitable for communication and sensing devices that require high-quality signal connections.

Connection stability in dynamic environments

Johoty’s PCB pogo pins perform well in vibration or movement, making them suitable for complex usage scenarios. The internal spring structure provides stable contact pressure. Support long-term use in vibration and impact environments. Adapt to frequent plugging and unplugging to maintain stable connection. High strength materials have strong durability and are not easily deformed. Suitable for industrial or mobile devices with frequent dynamic operations.

Seamless adaptation of automated assembly processes

The surface mount design allows Pogo Pins to perfectly adapt to automated production processes. Compatible with SMT reflow soldering to improve production efficiency. Reduce manual intervention and minimize production errors. Simplify the PCB design process and shorten the development cycle. Support mass production, suitable for efficient industrial manufacturing. Optimize manufacturing costs to meet the rapid iteration demands of the market.

High current carrying capacity enhances performance

High current devices require stable electrical connections, and Johoty’s PCB pogo pins can provide optimal support. A large-diameter needle improves the efficiency of current transmission. Low contact resistance reduces heat accumulation. Adapt to high-power device requirements. Provide stable power supply and improve equipment performance. Suitable for high-power demand in automotive and industrial applications.

Flexible connections in modular design

Modular devices require flexible connection solutions, and PCB pogo pins are perfectly suited for such needs. Support free combination and disassembly of multiple modules. Provide stable electrical connections and simplify module layout. Save assembly time and improve overall efficiency. Enhance device scalability to facilitate functional upgrades. Suitable for rapid iteration of modular electronic products.

Long life design reduces maintenance costs

Johoty’s PCB pogo pins have a long lifespan and are suitable for high-frequency usage scenarios. Wear resistant materials extend the product’s lifespan. The spring has a high lifespan and supports multiple dynamic operations. Reduce the frequency of connector replacement and lower maintenance costs. Long term stable performance reduces equipment failure rate. Suitable for medical, industrial and other equipment that requires long-term stable operation.

Customized options to meet individual needs

Pogo Pins offers a variety of customized specifications to meet the needs of different devices. Adjustable pogo pin height to accommodate various designs. The stroke and spring pressure can be adjusted to meet special requirements. Various material and coating options are available to enhance performance. Unique design suitable for specific environmental requirements. Meet personalized applications in industries such as communication, healthcare, and automotive.

FAQ

Are PCB pogo pins suitable for module connections on mobile devices?

Yes, PCB pogo pins are very suitable for mobile devices. They provide stable connections, withstand vibrations and impacts. Support multiple dynamic plugging and unplugging without compromising performance. Optimize the structure to make equipment disassembly and assembly more convenient. Suitable for high-density layout without taking up extra space. Reliable connection improves module performance consistency.

What current and voltage can PCB pogo pins support?

Johoty’s PCB pogo pins can support devices ranging from low power to high current. Wide rated current range, suitable for various equipment. Low contact resistance reduces power consumption. Supports stable current of up to 50 amperes. Suitable for up to 500V voltage and high safety performance. Suitable for continuous operation of high-power modules.

How can spring life of PCB pogo pins fit long-term use?

The spring life design of PCB pogo pins is excellent, supporting up to 200,000 connections. The spring material is often musi steel wire or stainless steel. Optimize mechanical structure to reduce wear and tear. Improved fatigue strength through precision processing. The gold-plated surface enhances corrosion resistance. Suitable for long-term and frequent connections.

Does PCB pogo pins support flexible design of modular products?

Pogo pins are very suitable for modular design. Support stable connections between multiple modules. Fine-tune stroke and height to accommodate various designs. PCB pogo pins can reduce module assembly complexity. Support flexible layout and improve space utilization. Convenient module disassembly and assembly, enhancing product scalability.

What is performance of PCB pogo pins in high temperatures?

Johoty’s PCB pogo pins exhibit stability in high-temperatures. The working temperature range is wide, from -40°C to+125°C. The material has strong heat resistance and is not easily deformed. Low contact resistance reduces heat accumulation. Structural design to avoid failure caused by high temperatures. Suitable for automobiles and industrial equipment in high temperatures.

How can PCB pogo pins improve automation production efficiency?

Pogo pins are designed and optimized to adapt to automated production. Flat bottom design supports SMT process. Easy installation, reducing manual operation. Compatible with automated surface mount equipment. Improve production speed and shorten development cycle. Suitable for large-scale mass production, reducing production costs.

Does PCB pogo pins support high-frequency signal?

Yes, Johoty’s PCB pogo pins support high-frequency signal transdwe. Low contact resistance ensures signal integrity. Optimize design to reduce EMI. Supports high frequency up to 6GHz. Suitable for high-speed data demand. Widely used in communication and network devices.

How to maintain stable connection of PCB pogo pins in harsh?

PCB pogo pins are specially customized by Johoty for harsh environments. Resistant to high vibration, high impact, the connection is not loose. The spring structure is stable and suitable for dynamic use. The coating has strong corrosion resistance and extends its lifespan. The material has high strength and is not easily affected by external forces. Suitable for industrial and outdoor.

E-mail Address