Multi Pin Connector, Pitch 2.55~12.00, compact

Multi Pin Connector, Pitch 2.55~12.00, Best

Multi Pin Connector,-Pitch-2.55~12.00,-reliable

Multi Pin Connector, 2.55~12.00, Best Pogo Pins

Multi pin connector is a male and female pogo pin connector that transmits signals, power, or data between 9~598 pins. It can be single, double row, or matrix. It can adapt to irregular contact surfaces and small docking errors. Clients often customize it to solve high-density and space limitations, waterproof magnetic high-speed transfer, anti-interference and signal integrity. Johoty offers flexible customization under competitive pricing.

Features:

High precision contact, stable signals.
Long-life designs, high-frequency use.
Small alignment error, high flexibility.
Compact design, high-density, space-saving.
Strong anti-interference, complete signal without loss.
Reliable, highly adaptable in extreme environments.

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Multi Pin Connector, Pitch 2.55~12.00, Description

Product Info: Multi pin connector can base on pogo pins and help engineers easily solve various challenges in high-end applications. Breaking through bottleneck of traditional connectors and helping engineers quickly clarify thinking during their designs and debugging processes. Realize reliable electrical connections in high-frequency and high-precision.

Features: High-frequency applications with repeated connections, high-precision design, low contact resistance, and high durability. Stable operation under vibration and impact, high-density pogo pin layout, transmitting multiple signals or power sources. Effectively saving space, complex signal transfer, high-density interconnection, and durability, avoiding electrical interference or signal loss.

Solving Problems: Quickly break down technological bottlenecks and obtain better inspiration and solutions. Resolve system instability, unstable connections, and signal distortion. Simultaneously transmitting multiple signals or power on the same interface. Effectively avoiding poor contact caused by vibration and thermal expansion. A more suitable solution for high-frequency, high-speed, and high-power electronic signal transfer. Provide precise and stable signal transfer under space constraints or complex electrical connection requirements.

Specifications: Pins 9~598pcs, pitch 3.00~12.00mm, stroke 0.50~5.00mm, pogo pin length 3.80~31.00mm, plunger diameter 0.90~3.50mm, shape bending, DIP, SMT, solder-up, double-ended. Voltage ≤250V, current 0.1~20.0A, force 30~300gf, lifespan ≤200,000 cycles, -55℃~+125℃, resistance ≤100mΩ, IP67, IP68, 5Gbps, EMI, etc.

Applications: 5G and optical communication, data communication, EV and smart cars, BMS, Portable medical equipment, surgical and diagnostic equipment. Intelligent wearable devices, personal electronic products, industrial robots, and automated production lines. Drones and automated detection, military and defense equipment, aerospace equipment and satellite systems.

Industries: The electronics and communication industry, automotive, medical equipment, consumer electronics, automation and robotics industry, aerospace and defense industry.

Benefits: Improve connection reliability and stability, enhance equipment durability and adaptability. Improve efficiency and flexibility of product design, reduce its costs. Reduce engineering complexity and improve system integration, enhance brand competitiveness and customer satisfaction. Save maintenance and service costs in the later stage, and provide customized solutions. Adapt to special space and shape requirements, and meet specific signal transfer.

Multi Pin Connector, Pitch 2.55~12.00, Datasheet

Parameter	Value Range
Connector Type	Pogo pin multi-pin connector, spring loaded connector.
Number of Pins	9-598 Pins, custom.
Pogo Pin Pitch	2.50mm~12.00mm, custom.
Sizes (L, W, H)	15.00mm~128.50mm (L), 5.60mm~51.00mm (W), 3.54mm~51.00mm (H), custom.
Pogo Pin Length	3.80mm~31.00mm, custom.
Plunger Diameter	0.90mm~3.50mm, custom.
Stroke	0.50mm~5.00mm, custom.
Contact Resistance	≤ 100mΩ, custom.
Insulation Resistance	≥ 100 MΩ (minimum), custom.
Current Rating per Pin	≤ 20A per pin, custom.
Voltage Rating	≤ 250V, custom.
Temperature	From -40°C to +85°C, up to 250°C, custom.
Cycle Life	≥ 10,000 cycles, up to 200,000 times, custom.
Contact Material	Brass, phosphor copper, beryllium copper, tellurium copper, stainless steel, copper alloy, custom.
Contact Plating	Rhodium, ruthenium, gold, silver, nickel, palladium, platinum, composite coating, custom.
Connector Housing Material	UL 94V-0 LCP, PPS, PA, PI, PC, PEEK, metal housing, custom.
Spring Force	30g – 300g per pin, custom.
Shock and Vibration Resistance	50g – 100g, 10-2000 Hz frequency range.
Environmental Protection	IP65, IP67, IP68, custom.
Magnetic Alignment	Optional, waterproof magnetic connector.
Compliance Standards	RoHS, UL, CE, ASTM, REACH, ISO9001, ISO14001
Mounting Style	Surface Mount, Through-hole, Double-ended, Solder-Cup, Custom.
Resistance to Chemical Exposure	Good resistance to oils, solvents, and corrosion
Bandwidth	1 Gbps – 40+ Gbps, custom.
Customization	Custom size, stroke, pitch, spring force, voltage, current, resistance, 10 types of plunger tip shapes, life cycles, IP67 waterproof, magnetic connector, etc.
Insertion Depth	1.00mm – 5.00mm typical, custom.
EMI Shielding	≥ 30dB shielding effectiveness.
Package	(tape and reel) T&R, tray, reel, builk PE bag, custom.
Lead Time	Mass production 3~4 weeks, 2 weeks for samples.

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Johoty’s multi pin connector is designed to solve complex issues perfectly in various high-end applications. With excellent precision and stability, it can effectively improve engineering efficiency and reduce failure rates. Helps engineers quickly solve technical problems, improves product reliability and performance. It is an essential core accessory for high-end applications.

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Multi Pin Connector, Pitch 2.55~12.00, Applications

Connection applications in high-precision medical instruments

Sensors and monitoring devices have very strict connection requirements in high-precision medical instruments. Johoty’s multi pin connector transfers precise and stable signals, avoiding interference may occur with traditional connectors during high-frequency operation. Electrocardiograms and ultrasound equipment can benefit from Johoty’s pogo pin connector. In some situations that require continuous monitoring, its reliability and durability are crucial. Johoty’s pogo pins, with their unique contact pressure and precision, help engineers solve the problem of connection stability during design.

Precise connection of automated production line

In automated production lines, connectors’ stability directly affects production efficiency. High reliability of multi pin connector makes them suitable for use in high-speed operation. It ensures that every signal line maintains good contact after prolonged operation, reducing machine malfunctions. Multiple precision control systems are often involved in automation equipment. Johoty’s pogo pin connector can efficiently transmit signals and support multi-point contact. It can effectively avoid signal loss and improve overall stability.

Connection of UAV electronic control system

Drone industry has very high requirements for high-performance electronic control systems. Small, precise, and durable multi pin connector has become important component of internal electrical control system of unmanned aerial vehicles. It can maintain high contact stability during multiple assembly processes, avoiding signal interruption or current fluctuations may cause flight failures. In high load or adverse weathers, our spring loaded connector ensures normal operation of electronic control system. It can enable the drone to complete complex tasks more stably.

Connection of intelligent control system for automobiles

The constantly improving intelligence of automobiles requires high-precision connections for more and more sensors, cameras, and control systems. A multi pin connector is ideal choice to address this challenge. It can ensure stable and fast transfer of electrical signals between various subsystems within the vehicle. Very suitable for complex applications of autonomous driving and intelligent connectivity. Johoty’s pogo pins can still work stably in environments with severe vibrations or large temperature changes. They can provide strong guarantees for efficient operation of smart cars.

Connection of precision equipment in aerospace

Electronic devices in spacecraft often face extreme environments, so connectors’ requirements are very demanding. Johoty has strong R&D capabilities and practical experience, which has enabled our multi pin connector to have wide applications. Our meticulous design ensures stable signal transfer in low temperature, gravity environments, or high radiation. Johoty’s pogo pins or pogo pin connector can easily adapt to tiny spaces of spacecraft. They can effectively reduce interference between devices and are key technologies to ensure normal operation of aerospace equipment.

Audio transfer connection for high-end audio systems

Quality requirements for signal transfer are strict for audio systems and high-end audio equipment. Multi pin connector can provide unparalleled signal stability and clarity, avoiding possible distortion or interference of audio signals during transfer. Accurate plunger tips can ensure high fidelity audio signals and meet high-quality audio transfer of sound engineers. By using Johoty spring loaded connector, sound quality of audio equipment can definitely be significantly improved. Based on feedback from many customers in different countries, our pogo pins is ideal choice for professional audio engineers, manufacturers, and audio enthusiasts.

Connection of precision robot joint control system

Precision robots are popular in mass production electronics manufacturing and assembly processes. Robot joints require high precision and reaction speed to complete movement distance with accurate time and precise stroke. Multi pin connector can provide stable electrical signal transfer for robot control systems. Its highly precise contact can effectively avoid control delays or distortions caused by loads, vibrations, etc. This pogo pin ensures efficient response of robots under complex operations, improving overall reliability and response speed of robot system.

Multi point connection of smart home devices

Smart home systems are becoming increasingly complex, requiring precise communication between devices through multiple signal lines. Johoty’s multi pin connector is suitable for this type of multi-point connections. It can provide stable and rapid electrical signal transfer between multiple devices. When involving multiple sensors and control modules, it can effectively reduce signal loss caused by connection aging, corrosion, etc. In smart door locks, lighting control, and home security systems, Johoty’s pogo pin connector ensures efficient linkage between devices. It can greatly improve performance and user experience of smart home systems.

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Advantages of Multi Pin Connector, Pitch 2.55~12.00

Precise contact, super stability

A high-precision multi pin connector based on pogo pin technology can provide unparalleled contact accuracy. It can maintain stable connections for a long time in complex environments. Each pogo pin is precision machined to achieve reliable electrical contact under high-speed data transfer and high-frequency current. For highly demanding engineers, pogo pins are an extremely attractive technology. According to customer feedback, it can meet requirements of engineering projects that require high stability and performance.

High density connectivity solves spatial problems

Johoty considered ultimate optimization of space utilization when designing this multi pin connector. It can provide high-density electrical connections within a limited space. For engineers designing miniaturized and compact devices, our pogo pin connector can provide significant advantages. In smart hardware, consumer electronics, it can demonstrate complete functionality under automatic compensation and size limitations that traditional connectors cann’t provide. Each pogo pin can be precisely docked, helping engineers solve insufficient space but huge connection requirements.

Efficient data transfer without delay

Multi pin connector often adopt innovative designs that support 5G high-speed data transfer without any delay. It can ensure smooth signal transfer between devices and use for video signal data transfer. It is commonly used in high-end computing devices, real-time communication systems, and high-frequency processing systems. After using this pogo pin connector, engineers can more easily handle rapid exchange of large-scale data. Its accuracy and transfer speed far exceed traditional connection methods, and engineers will have significant breakthroughs in technology.

Low contact resistance can effectively improve product lifespan

Johoty’s multi pin connector has ultra-low contact resistance and won’t experience signal attenuation or current instability. In this way, engineers can avoid common contact problems in high-precision applications. It can strongly support high-speed data transfer and significantly improve device’s lifespan. Through such innovative design, engineers can reduce maintenance and component replacement, greatly reducing operating costs.

Flexibly adapt to complex application scenarios

This multi pin connector can perfectly adapt to high-pressure, high-temperature, and high-frequency environments. Its design can meet conventional industrial requirements and work normally in extreme environments. Engineers can confidently apply pogo pin connector to various complex systems. It is based on high-precision spring loaded pin, so you don’t have to worry about connection failures or performance degradation. After verification by many customers, our multi pin connector is the ideal choice for solving high-end application problems.

Quick assembly to reduce production cycle

Our multi pin connector adopts convenient assembly method, all of which are modular and installed using solder wires, through holes, or SMT. Engineers can quickly connect and disassemble during installation without specialized tools, greatly reducing assembly time. In complex equipment production, this pogo pin connector can significantly improve efficiency and reduce production cycles. For engineers, this is not only a technological advancement, but also an increase in productivity, reducing working hours and costs.

High anti-interference ability to ensure system stability

Electromagnetic interference has always been a headache for engineers in modern high-tech products. The multi pin connector adopts unique design and has high anti-interference performance. It can effectively prevent external EMI from entering device, ensuring stable system operation. It is suitable for precision instruments and medical equipment. After using Johoty’s pogo pins, engineers can save a lot of interference caused problems and truly achieve equipment’s stable operation.

Exquisite appearance, meeting design requirements of high-end products

This multi pin connector based on pogo pins has powerful functions and modern appearance design. It meets aesthetic requirements of today’s high-end products. With its compact, luxury, and exquisite appearance, it can seamlessly integrate with any high-end device. Engineers don’t have to sacrifice appearance and aesthetic design while pursuing technical performance. Designers and engineers can achieve win-win situations between functionality and appearance through Johoty’s pogo pin connector.

FAQ

Why are multi pin connector more advantageous in high-precision applications?

The advantage of a multi pin connector is that it can provide stable electrical connections in very small spaces. Due to its spring-loaded design, the connector can automatically adjust the contact pressure. It can maintain good contact effect in high-frequency signal transfer or high vibration environment. For engineers, pogo pin connectors can provide excellent reliability and flexibility. In devices that require extremely high space and precision, it solves complex electrical problems that traditional connectors cannot adapt to.

How to prevent poor contact of multi pin connector?

The design of multi pin connector places great emphasis on pressure distribution and balance at the contact points. Each pogo pin ensures sufficient contact pressure through a spring to avoid poor contact. In order to further improve reliability, the materials and manufacturing processes of Johoty’s pogo pin connector have been rigorously optimized. We can ensure that each pogo pin can work stably for a long time in actual use. Each pogo pin can independently adjust its contact state is key to preventing poor contact in complex applications.

Can multi pin connector effectively reduce signal attenuation during high-frequency transfer?

Yes, Johoty’s multi pin connector can work well in high-frequency applications. The reason is that we can reduce its’ contact resistance and current interference when we designed it. High-precision manufacturing of pogo pins ensures the smoothness and conductivity of contact points. This design and process can minimize signal attenuation and reflection. When transferring at high frequencies, it’s ideal choice for requiring high signal quality and stability. And, It’s based on the reliability and low contact resistance of pogo pins.

How to handle inconsistent contact forces in multi pin connector?

Inconsistent contact force usually leads to unstable signals or connection failures. High-precision spring of multi pin connector can maintain consistent contact force under different working conditions. In environments with significant equipment vibration or temperature changes, each pogo pin can automatically adjust pressure as needed. Johoty’s pogo pin connector ensures uniform contact force across all pogo pins, avoiding inconsistent contact force in traditional connectors.

What are challenges of using multi pin connector in small space?

The application in confined spaces imposes strict requirements on the design, reliability, and space utilization of connectors. Compact design and spring contact of multi pin connector provide stable electrical connections in limited spaces. This pogo pin connector has a compact appearance and high-precision manufacturing, which ensures contact integrity in dense arrangements. Please trust Johoty, we can solve the space limitation that traditional connectors can’t cope with.

How can multi pin connector reduce connection instability caused by environmental changes?

The spring structure and conductive material of multi pin connector have excellent temperature adaptability. It can maintain stable electrical connections in extreme temperature and humidity changes. This design can automatically adjust contact pressure, avoiding unstable contact caused by environmental changes in traditional connectors. For engineers, using pogo pin connector can ensure devices’ stable operation in harsh environments. It can reduce system failures caused by environmental changes.

Can multi pin connector achieve fast and stable automatic connections?

Yes, the design of multi pin connector ensures fast and stable contact during insertion and removal. Each pogo pin has a spring device that can automatically adjust contact pressure during insertion. This ensures fast and stable electrical connections. This automated design can improve connection efficiency and effectively reduce problems caused by human errors. Multi pin connector can effectively ensure system’s efficiency and reliability.

How to reduce problems caused by small errors in high-precision docking of multi pin connector?

The high-precision manufacturing of multi pin connector can effectively reduce small errors during contact. Johoty always strictly controls machining tolerance of each pogo pin to ensure precise docking during connection process. This high-precision design can effectively avoid electrical contact problems or signal loss caused by small errors. Multi pin connector is highly suitable for high-end devices that require high precision, ensuring system’s stable operation.

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