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Advantages of High Current Pogo Pin, Current 3.01~4.99 amp
Efficient conductivity
The current range is precisely controlled between 3.01A and 4.99A, providing stable current transmission. The high current pogo pins have extremely low contact resistance, which can greatly reduce energy loss. Gold-plated contacts significantly improve conductivity efficiency. The special spring design ensures long-lasting and stable contact. Suitable for various high-demand electronic devices.
Long life design
The material has extremely strong durability and supports >10,000 cycles of docking. Surface anti-corrosion treatment prolongs the service life. The spring structure has undergone fatigue testing and is not easily deformed. The contact area has high wear resistance, reducing wear. The high current pogo pin design is suitable for high-frequency work scenarios.
High-reliability connection
The spring needle structure ensures stable contact without any risk of loosening. Maintain good conductivity in dynamic environments. Excellent high-temp resistance for complex environments. The high current pogo pins have undergone vibration testing and their connection is not affected by external interference. Can work in high-humidity environments without changing the connection effect.
Wide temperature adaptability
Supports extreme temperatures ranging from -40 ℃ to 125 ℃ to meet diverse needs. The material has strong thermal stability and its performance does not decrease due to temperature changes. Resistant to low temperature brittleness, suitable for cold environments. The high current pogo pins can maintain spring strength under high temperature conditions. Meet stringent industrial and military standards.
High current load capacity
The current load capacity of the high current pogo pins is close to the upper limit, suitable for high-performance devices. The unique structure can reduce the phenomenon of heat generation. Optimization of needle body heat dissipation design to enhance safety. Meet the application requirements of high-power devices. Reduce equipment losses caused by unstable current.
Precision Manufacturing Process
The machining error of each needle body is less than 0.01 millimeters. High precision springs maintain balanced force. The surface treatment is uniform and flawless, which affects the performance. Strict quality inspection to ensure that every high current pogo pin meets the standard. Adopting advanced process technology to enhance product consistency.
Multi-domain applicability
Supports dual functions of high-frequency signal and current transmission. Compatible with multiple PCB boards, with a wider range of applications. Meet needs of consumer electronics, automotive, and healthcare. Customizable design to meet special equipment requirements. The high current pogo pins meet the needs of R&D testing and large-scale production.
Environmental Protection and Sustainability
The high current pogo pin is made of environmentally friendly brass or stainless steel that complies with RoHS and REACH. Reduce energy waste in current transmission. Surface treatment processes reduce environmental pollution. Components are easy to recycle and contribute to sustainable development. Compliant with RoHS and REACH, etc.
FAQ:
What is temperature of high current pogo pin?
The working temperature range of this pogo pin is -40 ℃ to +85 ℃. It is functional without any impact in different environments. Its high-temp resistance ensures that it will not overheat and stable current transfer in low temperatures. High current pogo pins can maintain good electrical performance at different temperatures.
In which industries can high current pogo pin be applied?
This high current pogo pin is for electronics, communication, battery charging, medical equipment, and more. It is suitable for high-power batteries and power equipment. High current pogo pins are for many devices that are for fast charging under high current. It is also suitable for connecting robots and automation equipment. Whether it is industrial equipment or personal electronic products, you can find it.
How long is the lifespan of high current pogo pin?
This pogo pin lifespan exceeds 10,000 times. It has long-term stability based on its design and materials. After spring force and impedance testing, the high current pogo pins can still maintain a low contact resistance. Its spring design also ensures long-lasting durability. Under high loads, it can maintain long life cycles too.
How to install high current pogo pin?
It ensures a stable connection between the contact point and the circuit board when installing. It needs to fix circuit board by soldering or plugging. Please pay attention to the arrangement to ensure the correct current during installing pogo pins. Keep contact point clean during installation, which is helpful for the effectiveness of current transmission. Proper installation can effectively improve the stability and service life.
What are the materials and characteristics of high current pogo pin?
This pogo pin material uses metals with good conductivity, such as copper alloys and stainless steel. Its surface is coated with gold or nickel for its high antioxidant. The spring part is made of alloy material, which can provide long-lasting spring force. Its design takes into account conductivity in high current, which can reduce resistance losses. The materials ensures the stability of high current pogo pin in high temperature and high current environments.
What is a high current pogo pin?
A high current pogo pin is a special contact element used in high current circuits. It can withstand high currents for battery charging or electronic devices. Compared to regular pogo pins, high current pogo pin has better conductivity. They are often used to connect circuit boards and batteries or other important components. Their working principle is to form a stable connection through springs and metal contacts.
How much current can a high current pogo pin withstand?
The current of this high current pogo pin is between 3.01A and 4.99A. Its high current carrying makes it very suitable for high-power devices. It can maintain long-term stable current transfer. Excessive current can affect device efficiency, while a high current pogo pin can ensure device normal operation. It can also reduce the heating problem caused by resistance and ensure safe use.
Why choose a high current pogo pin instead of regular pogo pins?
Compared to regular pogo pins, high current pogo pin has stronger current carrying capacity. It can handle higher power device demands. It can maintain low contact resistance in high current environments, avoiding equipment damage due to excessive current. The current carrying capacity of ordinary pogo pins is limited and cannot meet high current requirements. The high current pogo pin provides higher stability when transfer high current transfer.
