6 pin connectors, pitch 2.55~5.00, Precise Connectivity

6 pin connectors, pitch 2.55~5.00, Excelle

6 pin connectors, pitch 2.55~5.00, Flexible customization

6 Pin Connectors, 2.55~5.00, Best Connectivity

6 pin connectors are high-precision pogo pin connectors with single-row and double-row, male and female shapes. It can achieve high-speed 6Gbps and high frequency. Based on high reliability, compactness, and ease of use, it supports multiple signal and power transfer. Gold-plated brass, pursuing 15mΩ resistance, high-precision contact, and stable current, is a key component in high-end electronics. Johoty supports full customization of injection molding.

Features:

Stable contact, strong anti-vibration performance.
High-density design saves installation space.
Spring-loaded to ensure long-lasting use.
Low contact resistance, optimized electrical performance.
Resist electromagnetic interference, ensure signal quality.
Customizable, supports multiple signals and functions.

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6 Pin Connectors, pitch 2.55~5.00, Description

Product Info: Each pogo pin of 6 pin connectors has consistent elasticity and conductivity. Suitable for high-end electronics with high-frequency signal transfer, data connection, or power supply. It provides excellent contact performance in miniaturized and high-density applications.

Features: High precision contact design, excellent elasticity and conductivity, support high-speed data transfer and low-power current consumption. Strong durability and vibration resistance. High density design and miniaturization, high assembly accuracy, good thermal management and electrical isolation.

Solving Problems: Resolve poor contact, limited space and high density, and resist vibration and mechanical impact. Signal interference and electrical noise, frequent plugging and unplugging, and high reliability. Thermal management and temperature fluctuations, electrical isolation and safety.

Specifications: Pins 6pcs, pitch 2.55~5.00mm, stroke 0.80~4.20mm, pogo pin length 4.00~33.00mm, plunger diameter 0.90~2.00mm, shape DIP, solder cup, SMT, right angle. Voltage <220V, current 1.0~30.0A, force 15~900gf, lifespan ≤200,000 cycles, -55 ℃~+125℃，resistance ≤50mΩ, 5Gbps, IP67, IP68, EMI, etc.

Applications: Use in high density, low loss, and high-frequency electrical connections are required, with high requirements for volume and reliability. The requirement for signal integrity is high, requiring stable electrical contact and the ability to cope with high-speed data transfer and high-frequency signal interference. A power transfer and data exchange interface that can withstand high-frequency vibrations, temperature fluctuations, and harsh environmental conditions. High reliability, anti-interference ability, and stability after long-term use, able to withstand vibration, impact, and chemical corrosion. Working under extreme temperatures, high voltages, and radiation, for low contact resistance and stable signal transfer. Need for miniaturization and high integration, supporting stable transfer of high currents and efficient power management.

Industries: Consumer electronics, communication industry, industrial automation and robotics technology, automotive electronics, medical equipment. Aerospace industry, power electronics and energy management, testing and measurement instruments, intelligent hardware and IoT industry.

Benefits: Support high-frequency and high-speed data transfer, improve reliability and stability, and optimize space utilization. Enhance durability and anti-interference ability, reduce overall system costs, and support high-frequency and frequent contact. Improve equipment design flexibility, simplify production processes, enhance customer brand value and product competitiveness.

6 Pin Connectors, pitch 2.55~5.00, Datasheet

Section	Value Range
Name	6 pin connectors, pogo pins.
Sizes (L,W,H)	15.00~50.00mm (L), 2.50~15.00mm (W), 2.40~35.00mm (H), custom.
Pogo pin length	4.00~33.00mm, custom.
Plunger diameter	0.90~2.00mm, custom.
Barrel diameter	1.48~3.00mm, custom.
Pitch	2.55-5.00 mm, custom.
Contact Stroke	0.80-4.20 mm, custom.
Force	15~900gf, custom.
Durability (Cycles)	10,000~200,000 cycles, custom.
Contact Resistance	≤50mΩ, custom.
Insulation Resistance	> 100 MΩ.
Rated Current	1.0~30.0A, custom.
Rated Voltage	≤220V, custom.
Contact Material	Gold-plated copper alloy, Rh, Ru, Pd, Pt, silver, composite coating, custom.
Insulation Material	Polyamide (PA) / PEEK.
Operating Temperature Range	From -40°C to +125°C, up to +250°C, custom.
Humidity Resistance	10% RH at 90°C for 96 hours.
Corrosion Resistance	Tested to withstand 96 hours in salt spray (ASTM B117)
Mounting Type	Surface-mount, through-hole, right-angle, solder-cup, custom.
Compatibility with Sockets	Compatible with 6 pin socket connector or 6 pin female connector, compatible with SMT pads or through-hole designs.
Compliance	UL 94V-0, RoHS, REACH, ASTM, Lead-free, H/L, etc. IP65~IP68, etc.
Packaging Type	T&R (Tape and Reel), Bulk Packaging.

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Johoty’s 6 pin connectors have high reliability and precision for stable connections and long lifespan. We adopt advanced CNC technology to provide superior electrical performance. It is suitable for high-end applications and can significantly improve your device’s performance and stability. Your ideal and perfect choice for high-quality connectivity solutions. Contact Johoty now!

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6 Pin Connectors, Pitch 2.55~5.00, Applications

Automated Production Lines

The equipment on automated production lines often requires frequent electrical connections. And, our customers’ EE or ME engineers often discuss this issue with us. Johoty’s 6 pin connectors ensure stability and accuracy in each connection during high-frequency operation. They can provide interference-free signal transfer and ensure accurate operation of robotic arms or conveyor belts on production line. In extreme vibration or heavy load environments, this pogo pin connector can also maintain good contact force and isn’t easily worn. Their compact design reduces the occupied space, allowing engineers to achieve more efficient electrical layout within limited space.

Applications in Virtual Reality Devices

Virtual reality technology requires stable power and data connections to ensure user experience. 6 pin connectors, as the best solution, can stably exchange data between VR helmets and control devices. They can still maintain excellent connectivity performance even when frequently disassembled and plugged in. This can solve the problem of poor contact that may occur with traditional interfaces. In addition, the design of 6 pin connectors is compact, reducing the size of the device and making VR devices more lightweight. This pogo pin connector enhances wearing comfort, giving engineers more freedom in design.

High Frequency Communication Equipment

High frequency radar, satellite communication, and other applications have very high requirements for connectors. 6 pin connectors can provide low loss electrical contacts during high-frequency signal transfer, ensuring signal stability. This pogo pin connector can support high-speed data streams and maintain performance in extreme environments. And, temperature and humidity changes never affect it significantly. Their small volume design is suitable for compact devices, improving their performance and stability. For engineers, the high-frequency performance of pogo pins enables devices to function properly in complex communication environments.

Applications in Industrial Robots

Industrial robots often need to work in high load and complex environments, where the stability of connectors is crucial. 6 pin connectors can provide precise power and signal transfer for robots. Their high durability can withstand prolonged vibrations and frequent movements of robots. Maintain a stable connection to avoid power outages or data loss. The compact design of this pogo pin connector saves internal space of the robot. It can further enhance the flexibility and operational efficiency of robots. Engineers can also achieve more powerful functions in smaller bodies.

Smart home appliances

Stability and compatibility of electrical connections have become very important in smart home appliances. Johoty’s 6 pin connectors provide stable data transfer and power supply in smart refrigerators and washing machines. Pogo pins have strong durability, ensuring continuous good contact even when the device is frequently switched on and off. The compact design of this pogo pin connector can meet the needs of compact home appliances without taking up space. It can also maintain high efficiency in power and signal transfer. Engineers often believe that this connection method can enhance the intelligence level of home appliances and bring more possibilities to design.

Intelligent Electric Tools

Wireless drills, electric screwdrivers, and other smart electric tools typically require efficient power and data connections. Our 6 pin connectors provide more stable and secure power transfer among these tools. They can avoid poor contact and prolong the service life of the tool under long-term use. Pogo pins are designed to be compact and can work efficiently within the limited space of the tool, providing engineers with great design freedom. At the same time, this pogo pin connector has high resistance to vibration, allowing the power tool to maintain stable operation even under high-intensity operation.

Medical equipment

Wearable monitoring devices for medical equipment require extremely precise electrical connections. 6 pin connectors are very critical in these devices to transfer stable power supply and data, avoiding common poor contact. This pogo pin connector is durable and not easily worn out, with frequent disassembly and use, still ensuring the reliability of the device. The compact design of Johot’s spring loaded connector makes devices more lightweight. Patients can experience more comfort, and engineers can also get more flexible design space.

Applications in Aerospace

Engineers are well aware that the aerospace industry has extremely strict requirements for connectors in high-frequency and high vibration environments. Our 6 pin connectors are widely used in critical systems of satellites and spacecraft due to their stable electrical performance. This pogo pin connector can maintain excellent performance under high temperature and radiation, and the device is not affected. Our pogo pins’ lightweight design reduces the weight of spacecraft and improves fuel efficiency. For engineers, Johoty’s pogo pins provide reliable electrical connections for projects and solve connection problems.

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Advantages of 6 Pin Connectors, pitch 2.55~5.00

Low contact resistance ensures signal integrity

High precision pogo pins endow 6 pin connectors with extremely low contact resistance, reducing signal transfer loss to almost imperceptible levels. Engineers can handle high-frequency signals and low-voltage applications with peace of mind, without worrying about data attenuation or increased power consumption. The gold-plated contact surface of the plunger tip provides excellent oxidation resistance and can operate efficiently for a long time without being affected by the environment. This optimized current path design allows pogo pin connectors to maintain stable electrical performance in high-density circuits.

Excellent mechanical durability, long lifespan and high stability

The 6 pin connectors are designed with precision springs, and each pogo pin has been optimized. This can withstand over 10,000 contacts without any performance degradation. With high elasticity materials and strict manufacturing tolerance control, pogo pin connectors can maintain precise contact pressure without compromising reliability. Engineers can rely on the stable mechanical lifespan of this spring loaded connector when designing devices that require high-frequency connections. It ensures product’s durability, reduces maintenance and replacement, and enhances reliability.

Compact structure, achieving maximum space utilization

Pursuing the ultimate miniaturization of modern electronic devices, 6 pin connectors take up less space to meet the needs. With its ultra short stroke pogo pin technology, this pogo pin connector can significantly reduce the overall height. Fine pitch ensures the possibility of high-density layout and provides stable and reliable connections on extremely small PCBs. Engineers can benefit from this optimized volume design without sacrificing electrical performance. It has become an ideal choice for portable devices, wearable devices, etc. that require extremely high space.

Excellent anti vibration ensures stable connection in harsh

6 pin connectors have an optimized elastic structure with high-precision pogo pins. They can effectively absorb small mechanical vibrations and prevent poor contact caused by vibrations. Its high rebound force ensures stable contact pressure and provides stable signal transfer under continuous vibration conditions. Engineers can use it with confidence in industrial equipment, aerospace electronics, or automotive electronic systems that require resistance to impact and vibration. Meanwhile, engineers do not need to design additional seismic resistant structures to compensate for connection issues.

Low insertion force and high retention force coexist, optimizing user experience

The common problem of high insertion force in traditional shrapnel connectors is cleverly avoided on 6 pin connectors. High precision pogo pins achieve extremely low insertion force through optimized spring stiffness and structural design, making assembly and operation easier. At the same time as low insertion force, its high retention force ensures the firmness of the connection, avoiding connection failure caused by external pulling or micro movement. This balanced design provides engineers with a better assembly experience while ensuring long-term reliability of connections without affecting equipment performance.

Adaptive tolerance compensation matches more assembly

In high-precision electronics, small assembly errors always generate connection failures. Johoty’s 6 pin connectors, with adaptive spring travel of pogo pins, can effectively compensate for small tolerances in manufacturing, assembly. Although slight deviations in PCB or contact pad, pogo pins can still provide stable contact pressure for connection stability. Johoty’s pogo pin connector can greatly enhance the flexibility of engineers in product design and production processes. It reduces reliance on strict tolerance control and improves E2E manufacturing yield.

High current carrying to meet high-power requirements

6 pin connectors are not only suitable for signal transfer, but also have superior performance in power applications. High precision pogo pins use low impedance conductive materials and optimized current distribution design. This makes the current carrying capacity of a single pogo pin far exceed that of traditional patch connectors. Engineers can use it with confidence in circuits with high power demands, without the need to add multiple pins to share the current load. This efficient current management allows devices to operate on a limited number of connection points. The equipment can obtain stronger power supply capability and reduce the design complexity of engineers.

Modular custom design, compatible with multiple applications

The pogo pin technology of 6 pin connectors supports multiple spring force and stroke configurations. Engineers can customize suitable contact force, spacing, and arrangement based on different applications. High speed data transfer, low-voltage power supply, and complex signal interfaces can all be easily adapted through modular structures, reducing unnecessary design iterations. Based on this flexible customization capability, it has become an ideal choice for intelligent devices, industrial automation, and medical instruments in high demand fields. Pogo pin connectors can help engineers achieve product innovation, iteration, and production more efficiently.

FAQ

Will short pogo pin stroke of 6 pin connectors affect contact?

No, precision pogo pin structure can provide high rebound force, ensuring sufficient contact pressure and reliable connection with small strokes. The spring has been optimized, and even slight compression deviations won’t affect signal or current transfer. Gold plated contact surface reduces micro motion wear and improves long-term stability. This pogo pin connector can maintain stable contact even in high vibration or high-frequency connection environments. Engineers don’t need to worry about stroke and can be flexibly applied to various devices.

Can 6 pin connectors transfer high-speed data?

Of course, high-precision pogo pins have low impedance paths to ensure signal integrity and reduce data attenuation. Optimized contact point design reduces crosstalk, improves signal quality, and is suitable for high-speed data applications. The spring loaded structure reduces micro contact noise, and 6 pin connectors are suitable for high-speed communication interfaces. Stable contact pressure ensures long-term signal consistency and is not affected by the number of insertions and removals. This pogo pin connector can be used for high-speed serial communication, storage devices, or micro data interfaces.

How can 6 pin connectors maintain reliability under different assembly tolerances?

The adaptive spring stroke of pogo pin can automatically compensate for assembly tolerances, ensuring stable contact points. High precision manufacturing controls pogo pin’s pitch, providing precise docking even with small deviations. The optimized contact area enables 6 pin connectors to be compatible with different board thicknesses or housing tolerances. The spring force curve design prevents performance degradation caused by excessive compression. This pogo pin connector does not require strict adjustment of component positions and can improve assembly tolerances.

Can 6 pin connectors use for high current power supply?

Sure, the pogo pin uses low impedance materials to optimize current distribution and can support high-power loads. The short path design of 6 pin connectors reduces current loss and improves energy efficiency. The high elasticity contact structure ensures stable conductivity and prevents poor contact due to temperature changes. The gold plating layer is resistant to oxidation and long-term use does not affect its conductivity. It can be used for low-voltage high current power modules, mobile device fast charging, or industrial power connections.

How do 6 pin connectors cope with micro vibrations?

The spring-loaded pogo pin design can absorb slight vibrations and prevent poor contact caused by mechanical disturbances. High rebound force provides stable contact pressure, avoiding signal loss caused by long-term vibration. Gold plated contacts reduce the impact of micro corrosion and enhance vibration resistance reliability. The optimized mechanical structure can adapt to aerospace, automotive, or industrial vibration environments. 6 pin connectors do not require additional shock-absorbing design and can operate stably for a long time.

How do 6 pin connectors perform in high humidity?

Gold plated contact points provide excellent oxidation resistance and prevent humidity from affecting conductivity. 6 pin connectors packaging process reduces internal corrosion risks and adapts to humid environments. The high elasticity material ensures that water vapor does not affect the spring’s rebound force and maintains reliable contact for a long time. The optimized layout design of this pogo pin connector reduces water vapor accumulation and improves environmental tolerance. It can be used in outdoor electronics, seawater, medical equipment, ocean fleets, or high-humidity environments.

Can 6 pin connectors use for devices with rotatable connections?

Yes, the 6 pin connectors structure allows for slight changes in rotation angle, ensuring unrestricted connections. High elastic contact pressure maintains stable conductivity, and even rotation does not affect signal or current transfer. Optimized mechanical design prevents contact wear and improves long-term durability. Our 6 pin connectors are suitable for rotating screens, smart wearables, or automatic docking systems. This spring loaded connector can easily achieve high reliability rotary connection solutions.

Can 6 pin connectors stably work in high voltage?

Typically, 6 pin connectors are used for low voltage connections, and their optimized design can be adapted to medium or even high voltage applications. The spacing between pogo pins should be at least 1.50mm to avoid the risk of breakdown and improve electrical safety. The multi-point contact of this pogo pin connector reduces local hotspots and decreases the probability of electrical breakdown. High flame retardant materials enhance pressure resistance and are suitable for specific industrial and medical equipment. 6 pin connectors can be safely applied to precision power supplies or control systems within an appropriate voltage range.

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