Test Fixture Pogo Pins, L 10.00~40.00 mm, Precision Design

Test Fixture Pogo Pins, L 10.00~40.00 mm, Flexible customization

Test Fixture Pogo Pins, L: 10.00~40.00, Best Design

Test Fixture Pogo Pins feature dual-head precision design with durable wear-resistant plating, ensuring stable electrical connections and long-term reliability. Ideal for diverse testing and connection tasks in instruments, electronics, and communication equipment. We offer custom Pogo Pins and professional service to maximize customer satisfaction and create significant value.

Product Features:

Precise contact for worry-free testing and high efficiency.
Dual-head design offers strong compatibility and flexibility.
Durable, long-lasting, reducing replacements and saving time.
High-pressure springs ensure stable conduction, reliable data.
Corrosion-resistant adapts to environments for durability.
Custom services meet needs and enhance efficiency.

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Test Fixture Pogo Pins, L: 10.00~40.00 mm, Description

Product Info: The Double-Headed Test Fixture Pogo Pins are precision spring probes designed for high-tech testing. With their top-notch conductivity and durability, these Pogo Pins are just right for working with complicated electronic devices. The unique dual-head design significantly boosts testing efficiency and stability, becoming essential in testing processes.
Product Features: These Test Fixture Pogo Pins are made from high-quality gold-plated materials to ensure excellent conductivity and corrosion resistance. With a lifespan of up to 10,000 uses, they minimize replacement frequency, making them ideal for high-volume testing tasks.
Problem Solved: The dual-action design of these Test Fixture Pogo Pins addresses the limitations of single-headed probes, allowing for simultaneous double-sided testing. This enhancement greatly improves testing accuracy and speed, reducing equipment downtime and increasing production efficiency by 30%.
Specifications: The pins range from 10mm to 40mm in length and can be customized for travel distance. With a contact resistance of at least 15 milliohms and a spring force of at least 15gf, Test Fixture Pogo Pins meet stringent testing requirements for various electronic products, ensuring precise and efficient signal transmission.
Successful Application: In the semiconductor industry, these Test Fixture Pogo Pins have successfully been used for testing advanced IC chips, improving testing accuracy by 40% and significantly reducing rework rates. Test Fixture Pogo Pins have become the preferred testing tool for leading companies in the field.
Target Industries: These Test Fixture Pogo Pins are primarily used in electronics testing, semiconductor manufacturing, and smart hardware development, particularly in high-tech companies that demand exceptional testing accuracy and efficiency, pushing industry standards forward.
Benefits to Customers: Using Double-Headed Test Fixture Pogo Pins helps customers dramatically reduce testing time and maintenance costs while enhancing overall testing accuracy and stability. This leads to lower failure rates and increased capacity, achieving up to a 50% boost in efficiency.

Test Fixture Pogo Pins, L: 10.00~40.00 mm, Datasheet

No.#	Categories	Specification Range	Unit	Purpose	Benefits	Applications
1	Barrel OD	≥0.80, custom	mm	*	*	*
2	Plunger OD	≥0.45, custom	mm	*	*	*
3	Shape	Same OD dual heads, Different OD dual heads, custom	*	*	*	*
4	Length	7.00~9.99	mm	*	*	*
5	Stroke	≥0.55, custom	mm	*	*	*
8	Voltage Rating	≥3.0, custom	V	*	*	*
9	Current Rating	≥0.5, custom	A	*	*	*
10	Spring Force	≥30, custom	gf	*	*	*
11	1. Material	Brass	*	Stable mechanical performance, strong corrosion resistance, good electrical conductivity.	Relatively low cost, suitable for precision machining, easy to shape into complex forms.	Manufacturing precision electronic components like RF connectors and electronic contacts.
12	2. Material	Copper	*	Excellent oxidation resistance, high electrical conductivity, good thermal conductivity.	Ideal for high-frequency electronic components, enhances signal transmission stability.	RF antennas, electrical connectors in communication equipment.
13	3. Material	Stainless Steel	*	Strong corrosion resistance, high mechanical strength, heat-resistant.	Suitable for applications requiring long-term stability and durability.	High-demand fields such as medical instruments and automotive electronic connectors.
14	4. Material	Phosphor Bronze	*	Excellent electrical conductivity, superior elasticity, high wear resistance.	Suitable for environments requiring frequent connections and disconnections, excellent electrical performance.	High-frequency connectors like chip test fixtures and electronic test sockets.
15	5. Material	Nickel Alloy	*	High temperature resistance, strong corrosion resistance, stable mechanical performance.	Ideal for extreme environments like aerospace and military electronic devices.	High-reliability applications such as high-frequency communication equipment and radar receivers.
16	1. Plating	Silver Tin Plating	*	High purity, good conductivity, and corrosion resistance.	Excellent welding performance, stable electrical properties, and high temperature resistance.	Used in high-frequency connectors, RF devices, antennas, etc., to enhance signal transmission efficiency and stability.
17	2. Plating	Nickel Gold Plating	*	High hardness, wear resistance, and corrosion resistance.	Increases product lifespan, improves surface smoothness, and protects against oxidation.	Suitable for medical equipment, aerospace components, enhancing durability of connectors and contacts.
18	3. Plating	Silver Palladium Plating	*	Outstanding oxidation resistance and wear resistance.	Enhances connection stability and reliability, reduces signal transmission loss.	Used in communication equipment, industrial control systems for high-precision and stable connections.
19	4. Plating	Gold Rhodium Plating	*	High hardness, strong corrosion resistance.	Improves electrical conductivity of connectors, oxidation resistance, and high temperature resistance.	Used in high-end communication devices, military equipment for high-frequency connectors and test probes requiring high stability and long-term performance.
20	5. Plating	Tin Platinum Plating	*	Extremely low resistance, strong high temperature stability.	Suitable for high-frequency signal transmission, strong corrosion resistance, long lifespan.	Used in precision instruments, medical devices requiring extremely stable signal integrity, enhancing signal accuracy and reliability.

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When choose our Test Fixture Pogo Pins, you get unmatched reliability and high precision. We pride ourselves on over 98% customer satisfaction and offer a guaranteed test lifespan from 10,000 to 200,000 cycles. Boost your engineering efficiency twofold and ensure seamless production processes.

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Products Categories

Pogo Pins

Spring Test Probes

Spring Loaded Test Probes

Through Hole Pogo Pins

SMT Pogo Pins

High Current Pogo Pins

Double Ended Pogo Pin

Solder Cup Pogo Pin

Right Angle Pogo Pin

Threaded Pogo Pins

Pogo Pin Connector

Magnetic Connector

2 Pin Connector

3 Pin Connector

4 Pin Connector

5 Pin Connector

6 Pin Connector

7 Pin Connector

8 Pin Connector

10 Pin Connector

12 Pin Connector

Pogo Pin Connectors

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Test Fixture Pogo Pins, L: 10.00~40.00 mm, Applications

PCB Testing and Programming:
In PCB testing and programming, Test Fixture Pogo Pins provide reliable electrical connections, solving traditional poor contact issues, significantly enhancing testing efficiency and accuracy, and reducing failure rates by 30%.
Embedded Device Debugging:
In embedded device debugging, due to their precise tip contact, Test Fixture Pogo Pins successfully address contact issues on densely laid out circuit boards, boosting first-time debugging success rates to over 90%.
High-Frequency Signal Transmission:
Through optimized design, Test Fixture Pogo Pins support signal transmission up to 20GHz, resolving signal attenuation and distortion in high-frequency environments, improving system communication stability and reliability.
Automated Production Line Testing:
In automated production line testing, Test Fixture Pogo Pins precise and fast testing capabilities reduce testing time by 30%, lower error rates to 0.12%, and cut equipment maintenance costs by 20%.
Electronic Equipment Repair:
Test Fixture Pogo Pins durable design effectively solves plug-and-play wear issues in electronic equipment repair, extending equipment lifespan and reducing repair frequency.
RFID Tag Programming:
In RFID tag programming, Test Fixture Pogo Pins ensure stable signal connections, significantly enhancing tag programming success rates and reducing error rates to below 0.1%.
Medical Device Testing:
Test Fixture Pogo Pins precise testing capabilities are successfully applied in medical device testing, ensuring precise performance and safety of medical equipment, enhancing product competitiveness.
Aerospace Electronic Component Testing:
In aerospace electronic component testing, Test Fixture Pogo Pins high-temperature tolerance and stability ensure precise data collection during testing, enhancing system reliability and safety.

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Advantages of Test Fixture Pogo Pins, L: 10.00~40.00 mm

1. Precision Design for Stability
Our Test Fixture Pogo Pins are meticulously designed to ensure each pogo pin diameter tolerance is within ±0.01 mm. This high precision guarantees stable and reliable connections, ideal for applications requiring strict connection accuracy.

2. Enhanced Conductivity with Gold Plating
Surface treatments like fine gold, palladium, or platinum plating on our Test Fixture Pogo Pins ensure superior conductivity. With plating thicknesses reaching 1.27 µm or higher, customizable as needed, we significantly reduce contact resistance, enhancing signal transmission efficiency and stability.

3. Exceptional Durability
Crafted from wear-resistant materials, our Test Fixture Pogo Pins maintain excellent mechanical strength and surface smoothness even after multiple insertion and extraction tests. This durability ensures stability and reliability during prolonged use.

4. Wide Temperature Range Suitability
Designed to operate within temperatures ranging from -40°C to +150°C, our Test Fixture Pogo Pins are suitable for industrial and technological applications in harsh environments. They maintain exceptional performance whether in extremely cold regions or high-temperature environments.

5. Long Lifespan Design for Reliability
Utilizing high-quality materials and precision manufacturing, our Test Fixture Pogo Pins are designed for over 50,000 connection cycles or more. With this extended lifespan, maintenance costs are lowered, and equipment remains stable over a longer duration.

6. Versatile Length Options
We offer a range of lengths from 10.00 mm to 13.99 mm to meet diverse design requirements and application scenarios. Each length undergoes rigorous testing and validation to perfectly match existing equipment.

7. Environmentally Friendly Materials
All materials used comply with RoHS directives and REACH regulations, free from lead, mercury, and cadmium, ensuring the environmental sustainability of our Test Fixture Pogo Pins and meeting modern corporate social responsibility standards.

8. Responsive Customization Services
Our rapid customization services cater to specific customer needs, swiftly adapting to market changes and new project requirements to help customers maintain a competitive edge.

FAQ:

1. How do we ensure Johoty’s Test Fixture Pogo Pins maintain quality and stability during use?
Our Test Fixture Pogo Pins are made from high-strength brass or stainless steel, undergo rigorous quality control and comprehensive function testing to meet or exceed industry standards. Our advanced automated production facilities ensure consistent quality and long-term performance, providing reliable support for your testing fixtures.

2. What support does Johoty offer for specific customization needs?
We have a strong R&D team and flexible production processes to quickly respond to custom requirements. From design to production, we customize Test Fixture Pogo Pins based on your needs, including adjustments to length, diameter, travel, contact force, contact resistance, rated current or voltage, plating materials, and thickness to perfectly match your application.

3. What advantages do Johoty’s Test Fixture Pogo Pins offer in cost efficiency and environmental sustainability?
We use advanced production techniques and eco-friendly materials to reduce production costs and minimize environmental impact. Optimized design and efficient usage not only enhance your testing efficiency but also save energy costs and operational expenses significantly.

4. Can Johoty provide satisfactory delivery times and after-sales support?
We focus on optimizing supply chain management to ensure efficient production scheduling and timely delivery. Our standard Test Fixture Pogo Pins are typically ready for delivery shortly after order confirmation or within two weeks. For custom or bulk orders, delivery times are negotiated based on specific requirements. Additionally, Johoty offers comprehensive and professional ASS support and technical services to promptly address any issues during use.

5. What are Johoty’s strengths in technical support and partnerships?
With over 20 years of expertise, a dedicated CFT and engineering team, we provide comprehensive technical support and solution consulting. We maintain long-term partnerships with leading global tech firms, sharing the latest trends and innovations to deliver competitive Test Fixture Pogo Pins and solutions.

6. What quality assurances and certifications do Johoty’s Test Fixture Pogo Pins have?
We strictly adhere to ISO quality management systems and hold multiple international certifications such as ISO 9001 and RoHS, ensuring compliance with global quality standards and environmental requirements. Each batch of Test Fixture Pogo Pins undergoes rigorous quality testing and certification before leaving the factory to guarantee the highest quality standards.