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 are double-headed and double-action connected simultaneously, ensure efficiency and accuracy of testing and connection. Beryllium copper brass plated with gold, high temperature & corrosion resistance, high reliability, precision, high current, long service life. Stable transfer signal, power, data. Johoty offers flexible customization.

Features:

Long-life springs ensure long-term stability.
Low resistance, precision, reduce signal interference.
High-frequency use, suitable for continuous operation.
Double-head dual action, flexible for complex applications.
High temp & corrosion resistance in harsh environments.
Customized shape elastic installation, precise solution.

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

Product Info: Text fixture pogo pins provide powerful support for various complex applications with their excellent dual head dual action design and performance. In high-precision testing and large-scale production, its application potential is enormous. We can fully customize it for you.

Features: Double head contact with bi-directional action, high conductivity, elasticity and durability, flexible adaptability. Precision manufacturing, high-frequency and miniaturization, and integration of intelligent fixtures.

Solving Problems: Low testing efficiency and poor signal interference contact. Compact space and high-density interface testing issues. Connection and testing stability and durability issues. Simultaneously conduct high-precision testing and connection issues on multiple power sources, signals, ground wires, etc. Reliability, cost, and resource waste issues in complex environments.

Specifications: Length 10~40mm, barrel diameter 0.74~3.60mm, current 0.5~50.0A, force 35~600gf, stroke 0.5~5.0mm, lifespan <400,000 cycles, -55 ℃~+125℃，resistance ≤50mΩ， plated gold, silver, CoAu, rhodium, palladium, ruthenium，platinum, composite electroplating, etc.

Applications: High density connectivity and miniaturization, high-frequency testing, automated testing, medical equipment testing. Automotive electronic function testing, high-speed data transfer for consumer electronics. Stable transfer of signals from radio, satellite communication equipment, and base stations. Normal operation and multi-point electrical connection in extreme environments of aerospace.

Industries: The electronic manufacturing and testing industry, as well as the medical equipment industry with high standards and precision requirements. Environmental resistance, high density, and complexity in the automotive industry. The communication industry for high-speed signal transfer and the aerospace industry for high stability in extreme environments. Micro design and precision of semiconductors for rapid manufacturing and efficient detection of consumer electronics. New energy, industrial automation, and robotics.

Benefits: Durability and high-frequency use improve the stability of electrical connections. Reduce downtime, improve production efficiency, suitable for high-frequency signal transfer. High density and small-sized design, flexible to adapt to various connection and testing needs. High cost-effectiveness, reducing costs, optimizing cost-effectiveness. Enhance product quality and reliability, improve customer experience, reduce failure rates and repair needs.

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

Parameter	Value Range
Plunger Type	Double-Head, Double-Acting.
Contact Material	Gold-plated, Nickel, Stainless Steel, Brass.
Barrel Material	Brass, Stainless Steel, Alloy.
Contact Resistance	≤ 50 mΩ, Custom.
Current Rating	0.5A – 50A, Custom.
Voltage Rating	3.3V – 150V, Custom.
Operating Temperature	From -40°C to 125°C, special up to +250℃, Custom.
Spring Force	35gf – 600gf, Custom.
Cycle Life	10,000 – 400,000 cycles.
Working Stroke	0.50mm – 5.00mm, Custom.
Diameter	0.74mm – 3.60mm, Custom.
Length	10.00mm – 40.00mm, Custom.
Environmental Rating	IP 65, IP 67 (waterproof).
Packaging Type	T&R (Tray & Reel), Reel, Tray, Bulk (PE bag).
Finishing	Gold, Silver, Nickel, Composite Electroplating.
Compliance Standards	RoHS, UL, REACH, ASTM, etc.

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Johoty’s test fixture pogo pins, adapt to various connection and testing requirements and meet multiple functions. High adaptability and versatility reduce hardware costs, provide efficiency, and minimize waste. Contact Johoty now to resolve your issue immediately.

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

Manufacturing of electronic products

During production of electronic products, double headed and double acting test fixture pogo pins connect circuit boards and testing equipment. They ensure stable transfer of signals and power between different parts. In this way, the production line can efficiently detect performance of each circuit board, ensure each product can work properly. Contact points of this double ended pogo pin are precise and reliable, supporting high-frequency signal transfer. They can withstand high temperatures, adapt to various sizes of circuit boards, and are durable for a long time. They can reduce equipment maintenance.

Mobile phone assembly

When assembling a mobile phone, test fixture pogo pins connect the screen, battery, and motherboard. Through these pogo pins, assembly process becomes faster and more precise. Each component can be quickly connected to other parts, ensuring that every function can be validated during production process. The such spring loaded pin is compact and easy to integrate, ensures high precision and connection quality. They adapt to different models and configurations, support different current and voltage, save time, and improve production efficiency.

Automation equipment

In automated production equipment, test fixture pogo pins are used for power and data transfer between different components. They can ensure efficient connections during machine automation operations, thereby improving production speed and accuracy. This pogo pin connector robots with devices and supports continuous and efficient operation. They can avoid manual connection errors, withstand high-frequency signals, and have a sturdy structure for industrial environments.

Automotive electronic systems

Test fixture pogo pins can connect dials, in-car entertainment systems, and sensors. They provide stable power and signal transfer for automobiles internal electronic systems. Ensure that drivers can smoothly use all electronic functions. This pogo pin ensures the stability of vehicle electronic systems for various onboard devices. They can withstand high temperatures and humidity, support complex signal transfer, and improve the lifespan of electronic components inside cars.

Consumer electronics products

In televisions, game consoles, etc., test fixture pogo pins connect internal circuits and external interfaces. This connection method is efficient and can greatly reduce volume and save product design space. This double ended pogo pin has a compact design that saves space and provides fast and efficient signal connections. They can adapt to various device interfaces, avoid wear and tear, and improve device lifespan and performance.

Medical equipment

The internal connections and external interfaces of medical equipment often require Johoty’s test fixture pogo pins. They ensure the transfer of signals and power supply. In high-precision medical equipment, stable and reliable connections are important, and these pogo pins are imporant in helping equipment operate normally. They ensure power supply for medical equipment and are suitable for high-precision medical instruments. This double ended pogo pin has high reliability, reduces failure rates. They can withstand pressure of medical environments, help to accurately transmit medical data.

Industrial robots

Industrial robots use test fixture pogo pins to ensure efficient power and signal transfer between various components. Through this connection, robots can accurately perform tasks and maintain efficient production. This test fixture pogo pins supports complex signal transfer and a fast and efficient connection. They are sturdy and durable, suitable for industrial environments. They ensure efficient operation, and adaptable to different equipment interfaces.

Computer hardware

In computer hardware, test fixture pogo pins can connect CPUs with external memory, graphics cards, etc. They ensure data transfer between various modules, helping the computer run more efficiently. This test fixture pogo pins supports high transfer rates for big data processing and precise connections to ensure hardware performance. Johoty’s test fixture pogo pins are suitable for various computer accessories, support stable transfer of high-frequency signals. They can enhance overall stability of computer systems

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

High precision connection

Test fixture pogo pins can provide very precise connections, ensuring stable transfer of current and signals. This precision ensures your product is not prone to power outages or signal loss. This double ended pogo pin has ultra-high contact accuracy, ensuring stable signal transfer, reducing errors and connection failures. They are adaptable to complex circuit designs and remain precise and reliable after long-term use.

High durability

This test fixture pogo pins have very high durability and can be repeatedly used under extreme conditions. In harsh environments, they can maintain good performance. This pogo pin is resistant to temperature and humidity, and can withstand more than 10,000 connections. Avoid frequent replacement of components as they are suitable for high-intensity work. Long service life and reduced downtime.

Miniaturization designs

The dual head dual action test fixture pogo pins are compact and provide efficient connections within limited space. They are suitable for various smart or high-end devices with limited space but requiring efficient connectivity. This spring loaded pin is small in size and efficient, suitable for miniaturized products. They improve the utilization of internal space in devices and are compatible with various compact circuit boards. Importantly, they do not affect product’s exterior design

Reliable current transfer

Test fixture pogo pins can carry large currents, ensure stable power supply in high current. This pogo pin can carry a large current and ensure stable power transfer. They are suitable for high-power equipment, reducing power loss and improving equipment stability.

Diversified adaptability

The dual head and dual action test fixture pogo pins fit various devices and industries, from consumer electronics to industrial robots,. They are adaptable to multiple device interfaces and support circuit boards of different sizes. This spring loaded pin can handle various signal types. They are compatible with multiple work in multiple industries.

Precise mechanical properties

The spring and contact design of test fixture pogo pins ensure stable pressure distribution, making the connection more secure. This mechanical design reduces poor contact. They have stable contact pressure, can improve connection reliability, and adapt to complex environments. This pogo pin can maintain long-term stability, reduce equipment failures and downtime.

Superior anti-interference ability

Johoty’s test fixture pogo pins have superior resistance to EMI without affecting signal transfer. They are resistant to EMI and can ensure clear and stable signals. They are suitable for high-frequency applications. This pogo pin can reduce the impact of external noise and improve device performance.

Convenient installation and maintenance

This test fixture pogo pins are easy to install and maintain, reducing the difficulty of worker operation. They can make equipment easier to maintain and replace. You can easily install then without complex operations for automated production. Meanwhile, this spring loaded pin can reduce maintenance time and improve device maintainability.

FAQ:

How much current can test fixture pogo pins withstand?

Test fixture pogo pins can withstand currents ranging from 1A to 5A, depending on their design and size. In some high-power applications, higher currents can be chosen, up to 50A, or even Johoty’s 800A, 1,200A. The test fixture pogo pins ensure unobstructed current and prevent overheating through our precise design. The current directly affects equipment stability and working efficiency. Ensure specifications suitable for equipment to avoid overload damage.

How to ensure long-term stability of test fixture pogo pins?

Long term stability is ensured by high-quality contact materials and precise spring force design. The key is to choose materials that are resistant to high temperatures and wear, which can effectively extend their service life. High frequency connection won’t affect the connection and maintain stable current transfer. Regularly check for oxidation at contact points to ensure consistent performance. High quality test fixture pogo pins reduce equipment maintenance requirements.

What special applications are test fixture pogo pins suitable for?

Test fixture pogo pins perform well in precision medical equipment, avionics systems, and high-speed data transfer devices. They can process high-frequency signals and working stably in complex environments. In automotive electronics and robotics industries, this pogo pin provides reliable support for high-precision operations. They can withstand high temperatures and extreme conditions, ensure long-term reliable operation. Various industries can improve product performance through this component.

What should be noted when using test fixture pogo pins?

Ensure contact points of test fixture pogo pins are clean during use. This can prevent signal transfer obstruction or poor contact. Avoid using excessive force to insert and remove, and avoid damaging the spring or contact points. During installation, select appropriate specifications based on current load to prevent overload. Regularly check the wear of connection parts to ensure long-term stabilityof test fixture pogo pins. Choosing the appropriate model correctly is crucial for ensuring equipment performance.

Is test fixture pogo pins suitable for high-frequency applications?

Yes, the dual head dual action test fixture pogo pins are suitable for high-frequency signal transfer. Their design allows for stable transfer of high-speed signals without causing signal loss or interference. This pogo pin can fit high-speed data interfaces and wireless communication devices. The precise contact point ensures clear signal transfer and stable operation in complex circuits. The anti-interference of this spring loaded pin also contributes to the stability of high-frequency signals.

Can test fixture pogo pins work in harsh?

Johoty always considers high temperature, moisture, and vibration when designing test fixture pogo pins. They can work stably at extreme temperatures and adapt to various environments. The high-temperature and corrosion-resistant material of double ended pogo pins ensures long-term use in harsh. Test fixture pogo pins can maintain high efficiency in high humidity, strong EMI, and mechanical vibration. Based on these characteristics, they can applied in automobiles, aviation, and other fields.

How to determine the need to replace test fixture pogo pins?

If finding poor device contact, unstable signal transfer, or physical damage at the connection, please replace the test fixture pogo pins. In addition, the loss of spring force or significant wear at the contact points also indicates a decrease in the performance of test fixture pogo pins. During use, it is necessary to regularly check for the accumulation of oxides at the contact points, as oxidation can affect current transfer. When replacing, please select the same specifications for your normal operation. Timely replacement can avoid equipment failure.

Is installation of test fixture pogo pins complicated?

The installation of test fixture pogo pins is relatively simple, and Johoty designed them for quick insertion and fixation. Test fixture pogo pins are suitable for automated production lines and can improve assembly efficiency. When installing, just make sure insertion position is correct to avoid damaging contact points. The post installation inspection is the key to ensuring stable connection. Easy and efficient installation, test fixture pogo pins are suitable for various modern production needs.

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