Pogo Pin Header, L 8.00~9.99 mm, excellent corrosion resistance

Pogo Pin Header, L 8.00~9.99 mm, Flexible design

Pogo Pin Header, L 8.00~9.99 mm, high accuracy

Pogo Pin Header, L 8.00~9.99, Proven Stable Contact

Pogo Pin Header: Designed with precise length for high flexibility and compatibility. It ensures reliable contact with low resistance, stable signal transmission, ensures minimal power loss. Made from top-quality Brass, Telluride Copper , Beryllium Copper, Stainless Steel. It offers excellent corrosion resistance and a longer lifespan. Suitable for a wide range of electronic devices and PCB layouts, we provide outstanding service and great value.

Product Features:

Through-hole design ensures unloosen, secure connections.
Precision manufacturing fits all circuit boards perfectly.
High-quality materials are corrosion-resistant and reliable.
Custom sizes meet diverse customer needs effectively.
High current capacity allows efficient, long-term operation.
Fast delivery ensures projects stay on schedule.

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Pogo Pin Header, L 8.00~9.99 mm, Description

Product Info: The through-hole Pogo Pin Header, 8.00~9.99 mm long, is made with precision to ensure consistent and reliable performance. Gold-plated for good corrosion resistance and excellent conductivity, it performs well in various environments.
Function: This Pogo Pin Header supports high-frequency signal transmission for complex electrical connections. Its design provides stable contact pressure and long life, enhancing device performance and reliability.
Applications: Used in consumer electronics, advanced communication devices, precise medical equipment, and high-end industrial control. It’s essential for high-frequency signals and reliable connections.
Customer Needs Addressed: Optimizes connection reliability, improves signal quality and durability, meeting the urgent need for high-performance connectors in design and production. Reduces maintenance and replacement frequency.
Product Dimensions: Length: 8.00-9.99 mm, Diameter: 0.70-5.00 mm, Stroke: 0.20-5.70 mm, Contact spring force: as low as 15gf, Rated Current: >0.1A, Contact Resistance: as low as 15mΩ,
Target Industries: Electronics manufacturers, communication equipment companies, medical device producers, automation control firms, and high-tech industries needing reliable connectors.
Benefits: Using this Pogo Pin Header boosts connection reliability, cuts maintenance and downtime, improves overall performance, enhances market competitiveness, and lowers production and service costs.

Pogo Pin Header, L 8.00~9.99 mm, Datasheet

No.#	Categories	Specification Range	Unit	Purpose	Benefits	Applications
1	Barrel OD	0.70~5.00	mm	*	*	*
2	Plunger OD	0.40~3.00	mm	*	*	*
3	Tail Pin	Through Hole	*	*	*	*
4	Length	8.00~8.99	mm	*	*	*
5	Stroke	0.20~5.70	mm	*	*	*
8	Voltage Rating	≥3.0	V	*	*	*
9	Current Rating	≥0.1	A	*	*	*
10	Spring Force	≥15	gf	*	*	*
12	1. Material	Brass	*	Alloy of copper and zinc. It’s easy to machine into complex shapes and has a smooth finish.	Good conductivity, durability, and corrosion resistance.	Electronics, signal transmission, medical devices.
13	2. Material	Phosphor Bronze	*	Copper-tin alloy with phosphorus, known for its strength, elasticity, and wear resistance.	Excellent elasticity, wear resistance, and fatigue resistance.	Precision electronics, electrical connectors, spring pins.
14	3. Material	Stainless Steel	*	Chromium steel alloy with high strength and corrosion resistance.	Great corrosion resistance, high strength, and good machinability.	Medical devices, food industry, marine engineering, electronic connectors.
15	4. Material	Titanium Alloy	*	Lightweight, strong, corrosion-resistant, and biocompatible.	High strength-to-weight ratio, excellent corrosion resistance, and biocompatibility.	Aerospace parts, medical implants, precision instruments.
16	5. Material	Tungsten Alloy	*	xtremely dense, hard, and high melting point.	High density, high melting point, and strong mechanical properties.	High-temperature parts, precision weights, and high-performance contacts in electronics.
17	1. Plating	Gold-Palladium-Nickel	*	High Corrosion Resistance: Gold and palladium offer excellent oxidation and corrosion resistance. Strong Conductivity: Gold’s high conductivity combined with nickel’s good adhesion ensures great electrical performance. Good Mechanical Strength: The mix of palladium and nickel enhances the connector’s strength and wear resistance.	Long Lifespan: High corrosion resistance and mechanical strength extend the Pogo Pin’s life. Reliable Performance: Maintains stable electrical performance in harsh environments. Low Maintenance: High durability reduces the need for frequent replacements and maintenance.	High-End Consumer Electronics: Devices like smartphones and laptops needing long-term stable connections. Medical Devices: Connectors requiring high reliability and longevity. Automotive Electronics: Connectors in automotive systems needing durability and stability.
18	2. Plating	Gold-Platinum-Copper	*	Excellent Heat Resistance: Platinum makes the plating layer able to withstand high temperatures. Great Conductivity: Gold and copper provide outstanding electrical conductivity. Strong Wear Resistance: Platinum’s hardness improves the plating’s durability against wear.	High Temperature Suitability: Ideal for use in high-temperature environments. Improved Signal Quality: Low resistance boosts signal transmission quality and speed. Extended Lifespan: Excellent wear and heat resistance significantly prolong the product’s life.	High-Frequency Communication Equipment: Such as 5G base stations and high-frequency modules. Aerospace Equipment: Connectors for high-temperature and high-wear conditions. High-Performance Computers: Critical connectors for high-temperature environments.
19	3. Plating	Silver-Nickel Plated	*	Silver layer over nickel, with silver usually 5-10 microns thick. Combines silver’s conductivity with nickel’s durability.	Excellent Conductivity: Silver is great for high current. Wear Resistance: Nickel enhances longevity.	Power Connections: For high-current battery terminals. Data Communication: For stable signal transmission.
20	4. Plating	Platinum-Rhodium-Gold	*	Extreme Corrosion Resistance: Platinum and rhodium offer superior corrosion protection. Excellent Conductivity: Gold ensures stable electrical performance. High Hardness: Rhodium increases the hardness and wear resistance of the plating.	Extreme Environment Suitability: Performs well in highly corrosive or high-wear settings. Long-Term Stability: High corrosion resistance and conductivity ensure reliable long-term connections. High Signal Integrity: Low contact resistance helps maintain signal integrity.	Chemical Equipment: Connectors requiring high corrosion resistance. Laboratory Instruments: Connectors needing extreme precision and stability. High-End Audio Equipment: Connectors for high signal quality and durability.
21	5. Plating	Gold-Ruthenium-Nickel	*	High Conductivity: Gold ensures low contact resistance. Wear Resistance: Ruthenium provides excellent wear resistance. Corrosion Resistance: Nickel layer offers basic corrosion protection, enhanced by ruthenium.	High Reliability: Maintains stable performance with frequent use. Low Maintenance: Excellent wear and corrosion resistance reduce maintenance frequency. High Precision: Low contact resistance and stable conductivity ensure precise signal transmission.	Industrial Automation: Connectors requiring durability and precision. Military Electronics: Connectors for harsh environments needing high reliability. Precision Measurement Equipment: Connectors for low resistance and high stability.

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Choose our Pogo Pin Header for unmatched conductivity and reliability with every connection. They’re rigorously tested, durable, and cost-effective. We offer fast delivery and customization. Order now to experience Johoty’s efficient service and top-notch quality!

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Products Categories

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Pogo Pin Connector

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3 Pin Connector

4 Pin Connector

5 Pin Connector

6 Pin Connector

7 Pin Connector

8 Pin Connector

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12 Pin Connector

Pogo Pin Connectors

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Pogo Pin Header, L 8.00~9.99 mm, Applications

Smartphone Components
In smartphones, through-hole Pogo Pin Header connects batteries to motherboards. The challenge is to ensure stable power transfer and minimize signal interference. Solution: High-precision Pogo Pins for reliable connections. Result: Battery life increased by 10%, failure rate dropped by 15%.
Medical Device Circuit Boards
In medical devices, Pogo Pin Header quickly connects modular circuit boards. The challenge is to maintain stability through repeated use. Solution: Durable materials to enhance connection longevity. Result: Failure rate decreased by 20%, maintenance costs cut by 25%.
Industrial Automation Sensors
Pogo Pin Header in industrial automation link sensor modules. The challenge is to ensure stable high-frequency signal transfer. Solution: Improved pin design for better signal integrity. Result: Response time shortened by 15%, signal errors reduced by 10%.
Automotive Electronic Control Units
In car electronics, Pogo Pin Header connects different modules. The challenge is to handle high temperatures and vibrations. Solution: High-temperature alloy materials for durability. Result: Product lifespan increased by 12%, failure rate reduced by 18%.
Consumer Electronics
Pogo Pin Header in consumer electronics connect screens to motherboards. The challenge is to design high-density interfaces. Solution: Compact design to optimize space. Result: Device thickness reduced by 5%, user experience improved by 10%.
Robot Control Systems
In robots, Pogo Pin Header connect control boards to sensor modules. The challenge is to ensure real-time data transfer. Solution: Enhanced spring design for faster data transfer. Result: Precision improved by 20%, response speed up by 15%.
Wireless Communication Devices
Pogo Pin Header in wireless devices connect antenna modules. The challenge is to maintain stable high-frequency signals. Solution: Specialized signal contact design to reduce signal loss. Result: Signal strength increased by 12%, communication range extended by 10%.
Wearable Devices
In wearables, Pogo Pin Header are used for charging connections. The challenge is to withstand wear from frequent use. Solution: Wear-resistant coating materials. Result: Charging port lifespan increased by 30%, replacement frequency reduced by 20%.

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Advantages of Pogo Pin Header, L 8.00~9.99 mm,

1. Exceptional Conductivity
Our through-hole Pogo Pin Header is renowned for its excellent conductivity, with contact resistance as low as 15 milliohms. This ensures super-reliable signal transmission and minimal energy loss, making it perfect for precision electronics.

2. Outstanding Durability
Tested to endure over 10,000 insertions and removals, our Pogo Pin Header offers exceptional durability. This extends product lifespan and reduces maintenance costs, enhancing overall cost-effectiveness.

3. High Precision
With a length of 8.00 to 9.99 mm and a tolerance of ±0.02 mm, our Pogo Pin Header provides precise dimensions. This ensures compatibility and stability across various applications, meeting stringent customer requirements.

4. Superior Oxidation Resistance
Featuring a 3-micron gold plating, our Pogo Pin Header boasts excellent oxidation resistance. This prevents contact issues from long-term use, ensuring consistent, high-performance operation.

5. Excellent Temperature Range
Our Pogo Pin Header operates reliably from -40°C to +85°C. It performs well in extreme cold or heat, making it suitable for demanding environments.

6. Customizable Spring Force
With customizable spring force, our Pogo Pin Header ensures reliable contact pressure and stable connections. It maintains electrical stability even under vibration or movement, ideal for dynamic settings.

7. Efficient Manufacturing
Using advanced automation, production efficiency is increased by 30%. This reduces costs and ensures consistent quality, offering competitive pricing for our customers.

8. Broad Applications
Our Pogo Pin Header is versatile, fitting consumer electronics, high-end automotive, and precision medical devices. Its performance and reliability cater to diverse needs across various industries, enhancing market competitiveness.

FAQ

1: Why is your Pogo Pin Header more expensive than others?
Our Pogo Pin Header uses premium materials that last up to 50,000 cycles, reducing replacement frequency and long-term costs. We offer a 100% quality guarantee with rigorous testing for high reliability. Our CFT team can provide customized solutions to maximize project flexibility and value. Choosing Johoty means investing in huge cost savings and top-notch quality.

2: Is your Pogo Pin Header RoHS and REACH compliant?
Yes, all our Pogo Pin Header meets RoHS and REACH standards, ensuring no harmful substances. We provide compliance documents for your review, guaranteeing your various products are really market-ready worldwide. Our eco-friendly and professional manufacturing process really reflects Johoty’s commitment to social responsibility.

3: What’s your production lead time, and can you handle urgent orders?
Our standard lead time is 3-4 weeks, but we offer expedited service for urgent orders, with delivery in just 2 weeks. We have strong production capabilities and flexible scheduling to meet any demand quickly and reliably.

4: How does your Pogo Pin Header perform in high temperatures?
Our Pogo Pin Header is made from high-temperature-resistant materials and work reliably from -40°C to +125°C. They undergo strict thermal and aging tests to ensure really excellent performance in various harsh conditions.

5: Does Johoty offer technical support for Pogo Pin Header?
Yes, we provide full ASS and technical support. Whether it’s installation, usage advice, or maintenance, our CFT team is here to help. For your confidence and comfort, we include a one-year warranty with all our products.

6: How does Johoty ensure long-term supply for Pogo Pin Header?
We have long-term partnerships with top raw material suppliers and maintain strict quality control. Our supply chain management ensures consistent material and production processes, avoiding delays and keeping your production on track.