Scrow Test Probe for ATEICTFCT, OD 0.48~6.00 mm, Diverse diameters

Crow Test Probe for ATEICTFCT, OD 0.48~6.00 mm, High precision

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Flat Test Probe for ATEICTFCT, OD 0.48~6.00 mm, Strong reliability

Test Probe for ATE/ICT/FCT, 0.48~6, Best Precision

Test probe contacts specific test points on circuit boards or electronic devices to transmit electrical signals or receive feedback signals. It is a testing consumable that ensures good PCBA functionality and performance. Used in ICT, FCT, ATE. Johoty offers perfect customization.

Features:

High precision and high-density testing capabilities.
Long lifespan, high durability, high wear resistance.
High reliability and stability, accurate test results.
Easy to design, quick replacement, and debug.
Adapt to PCB & devices of different models, specs.
Reduce or eliminate EMI, No impact on signal transfer.

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Test Probe for ATE/ICT/FCT, OD 0.48~6.00 mm, Description

Product info: Test probe is used for high-precision testing consumables for ATE/ICT/FCT. Test on high-speed, high-density circuit boards to ensure stability under high frequency, high voltage, and long-term testing. Significantly improve testing efficiency, reduce errors, optimize product quality and production processes.
Product features: Resistance a few mΩ to ensure signal integrity. Sufficient spring force, good wear resistance, tensile and compressive strength. Spherical, pointed or flat contact surfaces with customizable length and protective design. High temp and corrosion resistance, thermal conductivity & stability. Compatible with different testing equipment, high cost-effectiveness & long lifespan.
Solving-problems: Effectively solve poor contact, insufficient testing accuracy, and signal transfer errors, reduce signal distortion and delay, lower maintenance frequency & costs caused by wear and fatigue. Address adaptation issues for testing requirements of different specifications.
Specifications: Contact resistance ≤ 1mΩ, voltage 3.3V-500V, current 1~10A, frequency response 100MHz to several GHz, spring force 20-300gf, length several mm to tens of cm, contact tip shape spherical, flat, conical, point tip, etc.
Applications: ICT, FCT, ATE, whole machine function verification, high-power testing, signal analysis, BMS testing, sensor and control system testing, automotive electronics, consumer electronics, semiconductors, industrial control, communication networks, aerospace.
Target industries: Electronic manufacturing, semiconductor, medical electronics, communication, consumer electronics, military electronics, automotive electronics.
Benefits for customers: Significantly improve testing accuracy and reliability, increase efficiency and reduce testing time, enhance product quality control, reduce human errors and rework costs. Achieve higher customer satisfaction and market competitiveness.

Test Probe for ATE/ICT/FCT, OD 0.48~6.00 mm, Datasheet

Parameter	Typical Value Range
Type	ICT/FCT/ATE test probe, pogo pins, spring loaded pin, compliant, cantilever, etc.
Tip shape	Flat, pointed, conical, blade, pyramid, crown, etc.
Diameter	0.48 mm ~ 6.0 mm
Length	10 mm ~ 100 mm
Stroke	1.00 mm ~ 5 mm
Contact resistance	≤ 10 mΩ (varies by probe type and contact force)
Rated current	1 A ~ 10 A (depending on probe size and application)
Rated voltage	3.3 V ~ 500 V, Custom.
Contact force	20 gf ~ 300 gf, Custom.
Tip material	Gold, stainless steel, beryllium copper, etc.
Body material	Stainless steel, brass, beryllium copper, etc.
Temperature	Work in -40°C ~ 150°C
Insertion depth	3 mm ~ 25 mm
Environmental	RoHS, REACH, etc.
Packaging Type	bulk, box, or individual packaging
Cycle Life	100,000 ~ 200,000 cycles

Why Choose Johoty's Test Probe?

Test probe has high precision and durability for ATE/ICT/FCT, significantly improves testing efficiency, reduces equipment wear, enhances product reliability, helps customers reduce operating costs, achieves high production efficiency, and ensures worry-free quality. Johoty deserves your trust!

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Test Probe for ATE/ICT/FCT, OD 0.48~6.00 mm, Applications

ATE Testing

ATE testing uses automatic testing equipment to check whether electronic products can work properly. This test probe can help engineers quickly connect circuit boards and test the functionality of each electronic component. It can improve testing speed and ensure product quality. Through precise testing, you can reduce human errors and improve reliability. Spring probe can help reduce testing costs and save time.

ICT Testing

ICT testing is an integrated PCBA testing method, it can detect whether each contact on the circuit board is connected correctly. This test probe can greatly improve testing efficiency. It can detect small defects on circuit boards and avoid malfunctions. By improving testing accuracy, waste has been reduced. It can effectively prevent defective products from entering the market and ensure customer satisfaction.

FCT Testing

FCT testing is a functional test used to check whether a product meets functional requirements. This test probe can quickly complete testing under high-precision conditions. It can detect subtle problems with very high sensitivity. Spring probe reduces friction losses during the testing process and extends equipment lifespan. Help customers improve product consistency and stability.

Semiconductor Manufacturing

In the semiconductor manufacturing, it ensures testing chips is function properly. The test probe provides high-precision connections, ensuring that every pin can be smoothly connected. It can improve testing speed and reduce downtime on the production line. The spring probe durability is strong, it reduces replacement frequency and effectively improves the quality control of production.

Automotive Electronics

Automotive electronics require high-precision circuit testing to ensure that each system component operates properly. This spring probe can meet the high reliability and precision requirements. Through it, it is possible to detect whether the electrical connection is stable and avoid safety hazards. It can reduce the probability of malfunctions and improve the stability of automotive systems. Test probe can also reduce replacement costs.

Consumer Electronics

In the production process of consumer electronics, electronic components require precise testing. This test probe helps engineers ensure that every component works perfectly. It ensures that every device can pass the test without any malfunctions. The spring probe can withstand mechanical friction and multiple high temperatures. Its accuracy can ensure the accuracy of test results, improve product quality and market competitiveness.

Communication Equipment

The circuit board in communication equipment needs to pass strict testing to ensure error-free signal transfer. Test probe helps engineers inspect every contact on the circuit board through precise contact. It can effectively reduce signal interference in communication equipment and improve signal quality. Its durability ensures long-term use and reduces maintenance frequency. By using Johoty’s test probe, you can improve stability and reliability of communication equipment.

Aviation Electronics

Aviation electronic products require high-precision electrical testing, and this test probe can meet these demanding requirements. It can accurately detect the connection problems of each circuit, avoiding aircraft equipment failures. The spring probe can withstand harsh environments to ensure test stability. Through it, engineers can ensure the safety and reliability of aviation equipment. Test probe can also reduce the cost and time of aircraft maintenance.

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Advantages of Test Probe for ATE/ICT/FCT, OD 0.48~6.00 mm,

High Precision Contact

Test probe can provide precise electrical connections to ensure test accuracy. It reduces testing errors through high-precision contact points. High precision contact enhances product reliability. The precise design enables it to adapt to the complex surfaces of various circuit boards. Test probe helps engineers complete testing tasks quickly and accurately.

High Durability

The test probe has a long lifespan and can withstand long-term high-frequency testing. High quality materials enhance their wear resistance. The test probes can maintain good performance in high temperature and pressure environments. After multiple uses, it still provides stable test results. Durability ensures its excellent performance in high-intensity testing.

Quick Response

Johoty’s test probe has fast response speed and can complete signal transfer in short time. It can quickly connect circuits and reduce testing waiting time. High speed response improves testing efficiency, ensuring quick detection of problems. Test probe supports rapid testing on large-scale production lines, saving valuable time. The testing process is more efficient and smooth.

Flexible Compatibility

The test probe is suitable for testing equipment and circuit boards of various specifications. Its design is compatible with various testing environments without frequent replacement. The flexible adaptability makes it a multifunctional tool. It supports different types of testing systems, enhancing equipment versatility. In any environment, spring probe can perform their powerful functions.

Low Contact Resistance

The test probe can reduce signal attenuation by low contact resistance. Low resistance improves the accurate signal transfer and avoids testing errors. It can maintain a stable current, ensure test results are interference free. Low contact resistance ensures high-quality test signals. The spring probe effectively reduces the energy loss of the equipment.

High Temperature Stability

Our test probe can still work stably in high temperatures and adapt to various testing conditions. It uses high-temperature resistant materials to ensure testing stability. High temperature stability ensures testing accuracy and is not affected by temperature changes. The spring probe can provide consistent performance under varying temperatures. It is suitable for high-temp electronic product testing.

Diversified Design

Test probe offers multiple design types to accommodate test points of different shapes and sizes. Johoty can customize it according to requirements and adapted to various circuit boards. Diversified choices enable engineers to respond more flexibly to different testing requirements. The spring probe customization enhances engineers’ convenience. Different design types enable it to adapt to various industry needs.

Easy to Maintain

The test probe structure is simple, making it easy to conduct regular inspections and maintenance. You can quickly replace damaged parts and reduce downtime. Easy maintenance improves the long-term efficiency. The maintenance process is simple and you can operate it independently. Simple maintenance reduces problems during use and improves work efficiency.

FAQ

What is Test Probe Function?

Test probe provides electrical connections in automatic testing equipment, online circuit testing, and functional testing. It helps test different parts of the equipment in contact with the circuit board, quickly detecting the functionality and status of the circuit. Spring probe can improve testing efficiency and reduce human errors. It can also help quickly locate circuit faults. By using Johoty’s spring probe, the testing process becomes more precise and efficient.

How to Choose a Test Probe?

When choosing a test probe, you need to consider the type of testing system, the characteristics of the circuit board, and the required testing accuracy. A suitable spring probe can be compatible with the testing equipment to ensure stable connection. You select suitable spring probe based on the size, shape, and surface characteristics of the test points. The material durability is important to ensure spring probe stability during long-term use. When choosing, high temperature or high frequency should also be considered.

How Durable is Test Probe?

The test probe is made of coper alloy and has strong durability. It can withstand long-term high-frequency testing and maintain good contact performance. The wear resistance makes it less damage during frequent use. In high temp and pressure, its performance is not affected. The long-term stability of the spring probe ensures the continuity of the testing process and reduces the frequency of equipment maintenance.

What Testing Environments can Test Probe Adapt to?

The spring probe has broad adaptability and works in various testing environments. It is suitable for various automated testing systems, including ATE, ICT, and FCT. The spring probe can maintain stability in many temperature, humidity, and pressure. It can also work normally in high-frequency signal testing and high temperatures. The diverse designs and materials enable it to meet various needs.

How to Ensure Test Probe Accuracy?

The test probe adopts precision design and high-quality materials to ensure its testing accuracy. The fine production ensures high precision when in contact with the circuit board. Low contact resistance reduces signal attenuation and ensures test accuracy. The high-precision design of the spring probe can also provide stable signal transfer. Its high precision is the key to ensuring testing quality and improving production efficiency.

How does Test Probe Perform in High-frequency Testing?

Test probe can provide stable connections in high-frequency testing. It can withstand high-speed signal transfer and ensure signal accuracy. Through high-frequency testing, the spring probe can detect any minor abnormalities in the circuit. It has good anti-interference ability, and external noise won’t affect test results. High frequency performance makes it widely used in the testing and debugging of high-speed circuits.

Does Test Probe Support Customization?

Yes, the test probe supports customization according to specific sizes, resistance, force, etc. You can choose appropriate spring probe based on the shape, size, and surface characteristics of the test points on the circuit board. Customized design enables test probe to adapt to various special testing needs. It can also be adjusted according to the requirements of the testing environment to ensure optimal performance. Customized test probe can improve testing efficiency for different customers.

How to Maintain Test Probe?

The test probe maintenance is relatively simple, and users can regularly check the contact heads and connection parts of spring probes. Cleaning spring probes can remove surface contaminants and maintain good contact performance. Regularly check whether the probe is worn or damaged, and replace the damaged parts in a timely manner. The design of the test probe makes the maintenance process efficient and does not require specialized tools. Good maintenance can extend the lifespan of test probe and ensure their long-term stable operation.

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