10 Pin Connector Description:
Mechanical specifications:
Stroke and force: Standard stroke 0.50mm to 5.00mm, customizable range of 0.10mm to 15.00mm. Spring force of 5gf to 1,500gf/pogo pin, providing precise mechanical feedback and holding force.
Alignment tolerance: Excellent radial and axial tolerance of ± 0.50mm, designed for blind insertion and high vibration, eliminating alignment bottlenecks.
Durability:>10,000 cycles, depending on load and working stroke, customized 500,000 cycles. Johoty’s 10 pin connector ensures high reliability throughout its lifespan.
Housing and Insulation: Johoty provides LCP high-temperature plastic, Peek, or metal enclosures. Meet high strength, EMI shielding, and high temperature resistance, with reflow of 260°C±5°C.
Raw materials:
- Plunger: precision brass, tellurium copper, beryllium copper, hard gold plated, palladium, platinum, cobalt, rhodium/ruthenium, composite plating.
- Barrel: brass, stainless steel with gold-Ni plating.
- Spring: stainless steel, beryllium copper, SWP-B, SUS631, Inconel, Elgiloy, etc.
- Housing: LCP, PA, HTN, Peek, reflow-capable.
Electrical parameters:
Current carrying: highest 50A@550VDC /AC per pogo pin (Johoty’s specific design), supporting high-power motors, etc.
Contact resistance: Initial contact resistance is <30mΩ, and testing variance within its lifespan is <10%.
Insulation resistance: >100M Ω @ 550VDC.
Voltage resistance strength: 550VAC min, safe isolation under high voltage applications.
High frequency performance: Optional coaxial pogo pins, supporting high-frequency signal up to 10GHz. Integrated power supply and high-speed data in a single Johoty’s 10 pin connector.
Johoty’s 10 pin connector features, applications, key performance, and compatibility:
Applications: Precision testing fixtures, wearable device magnetic charging/data, modular robot joints. Military/aerospace detachable units, medical equipment sealed cabin interfaces.
Key Performance:
Self-cleaning and corrosion resistance: The sliding contact design under the gold plating layer can scrape off the oxide layer. Optional all gold-coating to cope with harsh environments.
Low profile and high density: Leading pogo pin diameter of 0.50mm and pitch of 1.00mm, achieving high performance under miniaturization.
Airtight and liquid-tight versions: Provides IP67/IP68 sealing solutions for outdoor, seawater, medical, and fluid exposure environments.
Compatibility:
Pogo pin definition: Supports custom arrangement of power, signal, ground, and RF.
Interface: Customized pogo pin allocation, compatible with USB 3.2, UART, I2C, SPI, etc., or designed for proprietary protocols.
Mechanical docking: Johoty provides mechanical docking solutions such as male and female magnetic attraction, thread locking, and push in.
Johoty’s core value is to transform standard parts into exclusive optimized components for your system.
Trust comes from engineering collaboration: Johoty is a pogo pin manufacturer, also, we are your solution engineering partner. We provide collaborative design from 10 pin connector concepts to prototypes, enabling rapid response to engineering ECR.
Flexible customization depth:
Johoty focuses on integrating high current, high frequency, and standard signal pogo pins into the same 10 pin connector. The mixed itinerary design implements sequential power on, as well as customized depth of non-standard solder tails/cable outlets, colors, and logos.
Signal integrity: Provide customized impedance matching and crosstalk suppression design solutions for high-speed applications.
Extreme Environment: Provides special materials and electroplating solutions suitable for ultra-high vacuum, extreme temperature cycling, or strong chemical corrosion environments.
Magnetic attraction optimization: Accurately calculate and provide a magnetic attraction solution that matches the shell and weight of your product, ensuring both safety and ease of use.
10 Pin Connector Catalogs:
Johoty’s 10 Pin Connector Challenges and Solutions:
Under micro displacement and continuous vibration, the 10 pin connector maintains ultra-low and consistent contact resistance：
Engineer’s concerns: My equipment will experience micrometer level misalignment between the male and female ends under impact, vibration, or thermal expansion and contraction. The contact resistance of Pogo Pin may suddenly surge or fluctuate, causing loss of signal integrity, power drop, and even instantaneous power outage. The resistance instability of traditional connectors under long-term vibration is a system level ticking time bomb.
Johoty’s solution: automatic center alignment, multi-point domain contact technology.
Technical essence: We have redesigned the head geometry and spring force curve of the spring loaded pin. Adopting a multi slope/spherical contact design ensures pogo pin can still form at least two independent physical contact points with the solder pad. Whatever it is in a displacement range of ± 0.50mm in the axial direction and ± 0.30mm in the radial direction. This creates parallel current and minimizes single point contact failure.
Professional value: Provide <30mΩ dynamic contact resistance stability. Under the vibration test of 10Ghz, the resistance fluctuation is controlled within ±1mΩ. Provided a reliable connection for high-speed signal and precision power transmission, similar to welding, eliminating system failures caused by micro motion.
Realize the coexistence of high-frequency/high-speed signals and high current power for online transmission in high-density 10 pin layout:
Engineer’s concerns: My design requires simultaneous transmission of USB 3.1, PCIe, and up to 5A instantaneous current within a limited 10 pin space. The electromagnetic interference, crosstalk, and power supply noise injection between Pogo pins can completely destroy signal integrity. A regular connector is just an antenna and noise generator.
Johoty’s solutions: a mixed signal integrated precise shielding architecture.
Technical essence: The 10 pin connector adopts a customized grounding signal power pin sequence layout internally. The key high-speed signal pogo pin is surrounded by a dedicated grounding pin, forming a coaxial effect. In addition, Johoty is equipped with built-in ferrite beads or PI/T type filters. Directly integrated into the housing of the 10 pin connector to suppress high-frequency noise at the source.
Professional value: Achieve near end crosstalk isolation of >40dB and support a maximum data rate of 10Gbps for a single pogo pin. Adjacent power pogo pins can carry 3A-5A continuous current. A single cable with a 10 pin connector can replace complex board to board connections. Simplify system design and ensure the pure performance of analog-to-digital hybrid circuits.
Under harsh environments and extremely long lifespan, the 10 pin connector maintains the chemical stability and mechanical durability of the contact interface
Engineers’ concerns: Hydrogen sulfide and salt spray in the air can corrode the gold plating layer of pogo pins. Forming an insulating sulfide film, resulting in poor contact. And 10,000 connections will wear down the coating, expose the underlying material, and ultimately lead to premature termination of the connector’s lifespan. I hope to have reliable data that can withstand extreme conditions.
Johoty’s solution: precious metal coating and ultra-wear-resistant structure.
Technical essence: The standard 10 pin connector adopts a 30μ” gold plating over 150μ” nickel bottom layer on plunger tip, providing the best corrosion resistance and low resistance characteristics. For extreme environments, Johoty offers palladium cobalt gold or hard gold coating solutions, with a hardness 2-3 times that of regular gold plating. It can improve the ability to resist sulfurization and salt spray significantly. The spring adopts SUS631 with high fatigue strength, titanium copper alloy, and the elastic attenuation rate is less than 10% after 50,000 connections.
Professional value: Passed MIL-STD-810G salt spray test for 96 hours without corrosion, with a plug and unplug life of up to 100,000 times. Provide durability assurance for wearable devices, outdoor industrial equipment, and high-frequency testing fixtures. You can make one choice and worry free for life.
Why Choose Johoty’s 10 Pin Connector?
Johoty’s 10 Pin Connector has flexible custom, fast and safe delivery at competitive prices. Johoty is trustworthy!!
10 Pin Connector Benefits:
Deep collaborative design and rapid prototyping iteration capability：
Challenges: Engineers often face the challenge of standard components not meeting unique mechanical layout and electrical performance requirements when developing cutting-edge equipment. The long design cycle and high communication costs of customized parts seriously slow down the pace of innovation.
Benefits from Johoty: Being able to intervene as an extended design partner. Based on customer concepts or performance requirements, conduct rapid joint simulation and design optimization. Johoty provides 3D models of male and female terminals, as well as recommendations for the selection of internal spring force, stroke, current, and gold plating materials for pogo pins. You don’t need to explain the design intent in lengthy email correspondence. Communicate directly and professionally with Johoty’s expert to finalize the design proposal within 1-2 days. Obtain fully functional prototype sample of 10 pin connector within 2 weeks. Compressing the concept validation phase to the extreme can help your project seize market opportunities.
Ability to implement materials and processes for non-standard structures and ultimate performance
Challenges: The project requires a 10 pin connector to achieve high-density design in a limited space and withstand >10,0000 connections. Maintain signal integrity in vibration and corrosive environments. How to convert self-cleaning contacts, foolproof lock structures, and ultra-low contact resistance into 10 pin connector that can be mass-produced and have consistent performance?
Benefits from Johoty: We have a vertically integrated manufacturing system and materials science applications. Accurately process ± 0.10mm male and female housing to ensure insertion and removal feel and alignment accuracy. We can recommend palladium plating first and then hard gold plating based on outdoor medical equipment and industrial robot joints, which are wear-resistant and corrosion-resistant. The radical designs of engineers can be reliably manufactured through Johoty’s process know-how. Resolve the core contradiction between high-performance design and manufacturability for engineers.
Full lifecycle reliability management and data transparency:
Challenges: Engineers’ deep concerns about the supply chain lie in the lack of consistency in quality and long-term reliability data support. They can’t afford the risk of a complete machine recall due to a batch failure after mass production.
Benefits from Johoty: A data traceability system that runs through the entire process of material warehousing, production, and testing. We can provide critical reliability testing reports for each batch of customized 10 pin connector. Including insertion and extraction force curve, temperature rise cycle test, salt spray test results, etc. Engineers can obtain solid component data support during DFMEA, rather than verbal promises. This data transparency greatly reduces project potential risks during mass production and after-sales stages. Meet engineers’ fundamental needs for certainty and controllable risk.
Supply chain resilience and cost value optimization:
Challenges: How to avoid being locked in by a single supplier and control TCO while ensuring ultimate performance and reliability? Although traditional high-end suppliers have excellent performance, they often have long lead times, high mold costs, and inflexible MOQs.
Benefits from Johoty: Engineers can gain strategic level supply chain resilience. Johoty’s manufacturing base in China provides more competitive mold costs and production flexibility. We support agile supply models for small and multiple batches. This is not simply a low price, we optimize the production process and localize the supply chain. Not sacrificing quality provides engineers with more choices in cost structure and supply rhythm. Engineers have greater decision-making space and flexibility when controlling project budgets and responding to market demand fluctuations.
10 Pin Connector Applications:
Medical wearable/base charging data:
Challenge: Small size, waterproof, blind insertion, coexistence of charging and data, unstable contact after salt spray/cleaning and disinfection.
Function: The male and female 10 pin connectors provide blind insertion guidance, spring self-cleaning contact, and low contact resistance channels.
Customization: Au/Ni coating thickness of 10-50μin, stroke of 0.10-5.00 mm, spring force, IP67/IP68. magnetic attraction/alignment column, differential pair 90/100Ω.
Solution: Assign power/USB 2.0 or UART to a 10 pin connector. Align and float the mother seat to absorb a deviation of ± 0.50-1.00 mm, choose medical materials/LCP/PEEK.
Efficiency/Cost: Improve the success rate of docking once, reduce rework by 20-35%, and extend cleaning and maintenance cycles by 1.5-2 times.
Advantages: capable of high cycling ≥20,000 times, salt spray tolerance, smaller Z-height, and 10 pin connector can simultaneously carry electricity/number.
Industrial handheld terminal/barcode scanner:
Challenge: High frequency plugging, metal dust, contact resistance drift, shutdown for repair.
Function: The spring loaded pogo pins of the 10 pin connector are self-cleaning, guided by blind insertion inclined surfaces, and reinforced.
Customization: High current pogo pin 3-50A/pogo pin, extended stroke, shielded housing, SMT/through hole optional.
How to solve: Power supply/charging/serial port/I²C mapping to 10 pin connector, port isolation + TVS.
Efficiency/Cost: Charging dock replacement time reduced by 40-60%, annual downtime reduced by 30%.
Advantages: Stable dust environment, fault-tolerant positioning, easy cleaning. Johoty’s integrated 10 pin connector can reduce the number of external wiring harnesses.
Automotive calibration/production line testing fixtures:
Challenge: ECU/sensors need to be programmed/powered/triggered quickly in the fixture, and the fixture wears out quickly.
Function: Johoty’s 10 pin connector provides high cycling, stable contact, and modular fixture panel.
Customization: Typical initial value of ≤30mΩ for low resistance spring loaded pogo pins, fixture floating mechanism, anti-reverse insertion.
Solution: Allocate SWD/UART/power/ground to 10 pin connector, add mechanical limit and guidance.
Efficiency/Cost: Reduce changeover time by 30-50%, improve yield by 0.2-0.8 PPM, and reduce tooling and consumables costs by 15-25%.
Advantages: High consistency of insertion and closure, visual wear parts, and quick replaceable 10 pin connector.
High speed calibration and programming inside RF/shielding box:
Challenge: Small shielding box space + high-frequency interference + discontinuous grounding circuit.
Function: Johoty’s 10 pin connector includes multiple GND + short circuit paths + controlled contact force, with smaller ΔR contact.
Customization: GND clip/shield cover, differential distribution line to 10 pin connector, ESD discharge path design.
Solution: The floating mother seat inside the shielding box and the grounding spring plate of the box enable quick closure, and the programming line is mapped to a 10 pin connector.
Efficiency/Cost: Testing reduces TAKT by 10-20% and ESD related failures by about 30%.
Advantages: Maintain repeatability in a shielded environment, with a 10 pin connector that balances power/control/measurement pin positions.
Robot/AMR charging and payload communication:
Challenges: Blind berth, vibration, fast charging, synchronized data.
Function: Johoty’s 10 pin connector provides shock resistance, elasticity, high current, and alignment tolerance.
Customization: Magnetic guidance, positioning cone, mixed arrangement of power pins and signal pins above 5A IP54/67。
Solutions: The male end of the berth is fixed, the female end of the vehicle is floating, and the power and communication pairs are mapped to a 10 pin connector.
Efficiency/Costs: Reduce docking time by 1-2 seconds per time and maintenance frequency by 20-30%.
Advantages: One set of interfaces can handle both electricity and data, and the 10 pin connector is easy to clean and resistant to dust and water.
Aerospace ground testing/module docking:
Challenges: Limited space, high reliability, large temperature span.
Function: Johoty’s 10 pin connector features low height, blind insertion, and cycling resistance.
Customization: PEEK/LCP insulator, locking key, gold plating layer can be thickened to 5μm.
Solution: Float the female end, chamfer the male end, center the key signal, and surround the ground pin.
Efficiency/Cost: Reduce assembly cycle time by 15-25% and minimize retesting rework by 10-20%.
Advantages: Lightweight, modular, 10 pin connector can be quickly replaced.
AR/VR headset accessory interface:
Challenges: Extremely small space, user hot swappable, sweat corrosion.
Function: The 10 pin connector provides a thin blind plug and self-cleaning contact surface.
Customization: Johoty’s 10 pin connector with low profile ≤2.00-3.00 mm, customized stroke/force, sweat resistant coating.
How to do it: Float the male end of the accessory bracket and the female end of the head display, and wire the differential pair to a 10 pin connector.
Efficiency/Costs: Assembly fixture complexity reduced by 20% ±, after-sales replacement time reduced by 50%.
Advantages: High user side pluggable lifespan, and Johoty’s 10 pin connector is compatible with multiple generations of accessories.
Modular instrument/experimental bench quick plug:
Challenges: Frequently refactoring channels, traditional screw terminals are slow.
Function: 10 pin connector for quick insertion, power/signal/trigger integration.
Customization: Color/Mechanical Key Differentiation Scheme, SMT/PTH Mixed Use, panel installation components.
Solutions: Map measurement/control to 10 pin connector, panel opening + limit box.
Efficiency/Cost: Switching time is reduced by 60-80%, and the probability of misconnection is significantly reduced.
Advantages: Channel standardization, module plug and play, 10 pin connector reduces wiring time.
10 Pin Connector Advantages:
Excellent electrical and mechanical durability, Johoty’s 10 pin connector can withstand high-frequency plugging and harsh working conditions:
Problem solved: System failures and high maintenance costs in automated testing, frequent charging/docking of wearable devices, or modular industrial equipment. Because traditional connectors have limited insertion and extraction life and unstable contact resistance.
Johoty’s technological implementation and advantages:
Ultra long plug-in life: Johoty adopts hard gold plating over nickel, optimized spring stress design, and high wear-resistant plunger/barrel material. The spring material includes SUS631/Inconel/Elgiloy/titanium copper alloy. In this way, the plug-in life of Johoty’s 10 pin connector can reach over 100,000 times. And maintain low fluctuation of contact resistance <20mΩ throughout the entire lifespan.
Stable contact impedance and current: Precise spring force ensures stable contact pressure under vibration and impact. The combination of low resistance materials and large-area contact points enables Johoty’s 10 pin connector to carry up to 50A per pin in a small volume. At the same time, it achieves contact impedance <20mΩ and temperature rise control Δ<30℃.
Excellent resistance to environmental interference: for outdoor, industrial, or medical environments, it can be customized with IP67/IP68 to effectively resist salt spray and chemical corrosion. Johoty’s 10 pin connector has high reliability for connections under harsh working conditions.
Ultimate space optimization and high-density design, Johoty’s 10 pin connector empowers miniaturization and modular innovation:
Problem solved: Consumer electronics, portable medical devices, and precision instruments have extremely strict requirements for internal space. Traditional connectors are bulky and difficult to achieve stable transmission of multiple signals and power sources in a limited space.
Johoty’s technological implementation and advantages:
Miniature high-density layout: Johoty has achieved a high-density arrangement of 10 pogo pins at a pitch of 1.00mm through precise molds and automated assembly processes. Both male and female ends can maintain a compact packaging size. Engineers can gain greater freedom in PCB layout and structural design.
Blind insertion and floating tolerance: Johoty’s pogo pins can automatically align the center point and optimize the female contact structure. In this way, Johoty’s 10 pin connector has an excellent floating docking tolerance of ± 0.50mm. This greatly simplifies the docking structure design between modules and reduces assembly accuracy requirements. Improved customer production yield, suitable for hidden interfaces or difficult to visually align.
Highly flexible customization capability, Johoty’s 10 pin connector accurately matches complex system requirements
Problem solved: Standard connectors often cannot meet the special requirements of specific applications in pin definition, current distribution, mechanical structure, or signal integrity. Force engineers to make design compromises or add peripheral circuits.
Johoty’s technological implementation and advantages:
Electrical performance customization: Supports mixed configuration of power pins, signal pins, and high-frequency pins within the same 10 pin connector. And can customize impedance matching differential pairs of 50Ω, 90Ω, and 100Ω for high-speed signal requirements. Integrate grounding shielding layer, optimize signal integrity, reduce crosstalk and EMI.
Mechanical structure customization: Flexible customization of pogo pin length, stroke, elasticity, PEEK, LCP and other housing, guiding structure, locking mechanism. Engineers can tailor the most suitable mechanical solution based on the structural strength, heat dissipation requirements, and docking feel of the equipment.
Transforming standard components into specialized parts: Through deep customization, Johoty’s 10 pin connector has transformed from a universal component to a specialized interface optimized for specific applications. Directly enhancing the overall performance and differentiated competitiveness of terminal products.
FAQ
Engineer’s challenges: Worried about signal transients caused by vibration in traditional connectors during automated testing, replaceable modules, or robot joints. Or it may fail early due to insufficient plug-in life.
Johoty’s solutions：
Multi point contact and high-precision springs: Each pogo pin is made of gold-plated SUS631/Inconel/Elgiloy/titanium copper alloy spring and precision brass/beryllium copper barrel/polarizer. This can provide stable contact force and resist micro vibrations. The crown spring structure or double contact points of the Plunger tip ensure that even if one contact point breaks due to vibration, the overall connection remains conductive.
Strict lifespan and mechanical calibration: Johoty provides detailed insertion and extraction force lifespan curve data for each 10 pin connector. Accurately calibrate spring stress and stroke, with a contact resistance change rate consistently below 5% within 50,000 cycles of life. The precise slotting process inside the barrel ensures a smooth insertion and removal feel while avoiding particle jamming.
Optional anti rotation and key design: Provides asymmetric keying and anti-rotation structures to prevent accidental insertion. Eliminate relative torsional wear caused by repeated insertion and removal, and improve long-term reliability.
Engineer’s challenges: In compact 10 pogo pins, USB 3.0 and LVDS can cause severe crosstalk to sensitive sensor readings and audio. Worried about affecting the system’s signal-to-noise ratio and integrity.
Johoty’s solutions：
Customized grounding and shielding solutions: Johoty supports customized pogo pins allocation. It is recommended to arrange dedicated grounding pins on both sides of key high-speed signal lines to form a “ground signal ground” enclosure structure. We can provide a built-in micro metal shielding shell that connects the entire male and female ends to form a complete Faraday cage.
Controllable impedance and dielectric materials: For specific high-speed protocols, Johoty can adjust the geometry and spacing of pogo pins. Use a specific Dk LCP to control the characteristic impedance 90Ω differential pair in the 10 pin connector area. This ensures impedance matching with the transmission line and reduces reflection.
Pin layout optimization consultation: Johoty can provide pogo pin layout recommendations based on electromagnetic field simulation results. Physically isolate the high noise source pogo pins from the sensitive receiving pogo pins to reduce the coupling risk from the source.
Engineers’ challenges often come from the design and production of medical, aerospace, or outdoor equipment. A 10 pin connector is required to adapt to non-standard shapes, extreme temperatures, or have excellent moisture/chemical corrosion resistance.
Johoty’s solutions：
Deep customization of mechanical structures and materials science: Johoty offers 10 pin connectors with standard spacing of 1.00mm, 1.27mm, and 2.54mm. Support non-standard stacking heights, irregular housing, and oblique insertion designs at specific angles to perfectly integrate into your ID and structural layout. Housing materials can be selected from high-performance engineering plastics such as PEEK, PEI, LCP, etc. to cope with high temperatures or chemical environments.
Comprehensive finishing and sealing: In addition to standard gold plating, Johoty offers 5-layer 6-layer composite electroplating of ruthenium gold or palladium copper alloys. Can achieve lower contact resistance and stronger corrosion resistance. Micro silicone or fluororubber sealing rings can be integrated into the housing of the 10 pin connector to achieve IP67/IP68 waterproofing.
Collaborative engineering process: Johoty encourages communication during the conceptual design phase of the 10 pin connector. You can provide your cavity structure, PCB layout, and environmental specifications, and Johoty’s CFT team will directly intervene. Provide an integrated solution from pogo pin selection, spring force optimization to housing sealing. We are not just providing a standard 10 pin connector.
