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Advantages of Large Pogo Pins, Current 5.01~1,200 amp,
Ultra-high Conductivity Performance
Large pogo pins ensure minimal resistance and maximum current carrying, maximizing current transfer efficiency. This performance is very suitable for equipment that requires a large amount of electricity, reducing energy loss and improving operational stability. Both high-end servers and cutting-edge medical equipment can benefit from it.
Long Life Durability
Through carefully selected gold-plated beryllium copper and optimized structural design, the service life of high current pogo pins is much longer than ordinary models, supporting high-frequency usage without affecting performance. Suitable for industrial equipment and testing equipment that require long-term high-intensity work, allowing engineers to reduce replacement frequency and improve work efficiency.
Highly Stable Contact Performance
Large pogo pins have strong spring force and anti-interference capabilities in harsh environments, the contact points can remain stable. This makes pogo pins very suitable for aerospace equipment as well as automotive electronic systems, because they require high stability.
Precision Produciton Process
Each pogo pin adopts precision machining and strict quality inspection to ensure dimensional tolerances within micrometer. Johoty’s production process can provide highly consistent performance, and high current pogo pins are ideal choice for high-end electronic product testing and complex circuit design.
High Antioxidant and Corrosion Resistance
The surface adopts advanced coating technology, greatly enhancing the oxidation resistance and corrosion resistance, ensuring that large pogo pins still perform well in various harsh environments. This characteristic is very suitable for high humidity and high salinity, such as marine equipment and outdoor detection instruments.
Low Contact Impedance
Low contact impedance is for more efficient current transfer and lower power loss. Johoty’s large pogo pins can help engineers optimize the energy efficiency of electronic devices while significantly reducing their heat generation. This makes them suitable for high-precision instruments and new energy equipment.
Wide Adaptability
Through modular design, large pogo pins can flexibly adapt to various interface specifications, with high compatibility, meet the diverse connection needs of different industries. Engineers can reduce concerns about interface standards when designing products, greatly improving development efficiency.
Environmental Protection and Sustainability
Selected recyclable materials meet strict environmental standards and reduce carbon emissions during the production process. This makes large pogo pins the preferred choice for companies that prioritize environmental protection and sustainable development. This reflects the perfect combination of high-tech and green concepts.
FAQ:
What is Purpose of Large Pogo Pins?
Large pogo pins are used for high-current transfer equipment, automated testing equipment, charging and discharging, power supplies, charging stations, etc. They are suitable for temporarily connecting circuits to ensure reliable and efficient transfer. Due to sturdy design and good conductivity, they are engineers’ first choice to solve heavy-duty applications.
How Much Current Can Large Pogo Pins Carry?
These high current pogo pins can carry up to 1,200A current based on the design. The metal coating reduces resistance and the spring structure ensures stable connection, making it very suitable for automobiles, aviation, high-power charging and discharging, and consumer electronics.
What is Raw Material of Large Pogo Pins?
Large pogo pins use copper alloys, beryllium copper, tellurium copper, or stainless steel as plungers and barrels, stainless steel or music steel for springs, and gold plating on the surface. These materials ensure excellent conductivity, durability, corrosion resistance, they can always work stably in various working conditions with long lifespan.
How do Large Pogo Pins Ensure Durability?
Through high-strength springs, wear-resistant coatings, and precision design, large pogo pins can withstand over 500,000 mating cycles. They have passed strict testing and are suitable for repetitive use in automated systems and high-intensity applications.
Can Large Pogo Pins be Customized?
Yes, you can custom sizes, current carrying, spring strength, and coating thickness according to requirements. Customized design can meet specific engineering requirements and enable large pogo pins to achieve optimal performance in special applications.
How can Large Pogo Pins Prevent Overheating?
Large pogo pins prevent overheating by reducing contact resistance and optimizing heat dissipation. The copper shell effectively dissipates heat, the gold plating layer reduces resistance, and maintains stable current, making them suitable for high-power connection.
What are Testing Standards for Large Pogo Pins?
Large pogo pins have undergone testing for current carrying capacity, durability, spring force, coating thickness, and raw materials, and they comply with industry standards such as MIL-STD. These tests ensure its reliability and safety in critical environments.
Can Large Pogo Pins be Used in Harsh Environments?
Yes, large pogo pins can withstand harsh environments, the gold plating is corrosion-resistant, the stainless steel spring maintains functional stability. This is resistant to vibration and temperature changes. They are used in automotive, industrial, and outdoor testing equipment.
