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Advantages of High Voltage Pogo Pins, Current 5.00 amp,
Stable High Current Carrying Capacity
High voltage pogo pins carry 5A current, ensuring stable operation in high-power applications. It has strong conductivity and can effectively reduce current loss. Suitable for various electronic devices, in high current usages. High current transmission is stable and has a long lifespan. It can meet high load requirements and avoid overheating or damage.
High Voltage Adaptability
Johoty’s high voltage pogo pins can withstand high voltage, ensuring stable equipment operation in high voltage. Its insulation design is excellent and can effectively prevent voltage surges. Suitable for the power industry and automation equipment. The stability under high voltage ensures the equipment’s safety and reliability. It can handle extreme electrical environments well.
Precise Connectivity
The high voltage pogo pins are designed with precise springs to ensure precise docking every time they are inserted or removed. The connection is stable and not easily loose, minimizing poor contact. Each connection can transmit efficient current, improving overall work efficiency. Precise design allows it to withstand frequent docking. Contact performance improves equipment’s performance and lifespan.
Excellent Wear Resistance
High voltage pogo pins are made of high-quality materials and have passed special finishing, resulting in very strong wear resistance. Even in frequent connection, it can maintain good contact performance. High durability reduces the replacement. The durable design reduces maintenance costs. Can work well in harsh conditions.
Miniaturization Design
Our high voltage pogo pins are small in size, compact in design, and can be used in limited spaces. Suitable for various miniaturized devices without taking up too much space. High density design can make electronic products more compact and save space. The small size makes it easier to integrate into complex circuit boards. It can meet the miniaturization requirements of micro-electronic devices.
High Reliability
The stability and durability of high voltage pogo pins are very high, suitable for various high demand applications. Each component has undergone strict tests to ensure long-term reliability. Suitable for aviation and automotive, high reliability ensures equipment’s safety. Can maintain stability in extreme environments. The high-quality production process ensures its long service life.
Easy to Install
Their installation is very simple, and high voltage pogo pins do not require complex tools or techniques. The plug and play saves installation time. Its installation method is for various circuit boards based on its flexibility and applicability. Saved installation costs and improved production efficiency. Easy installation also reduces the manual error rate.
Environmental Design
High voltage pogo pins are made of eco-friendly materials that completely comply with international standards. Its production process meets sustainable development and has minimal impact on the environment. Environmental design reduces the harmful substances use and improves product recyclability. Using this pogo pin can help businesses reduce carbon emissions. It complies with environmental policy and is suitable for green manufacturing.
FAQ:
What are High Voltage Pogo Pins?
High voltage pogo pins are electronic connectors designed to carry high voltage and high current. They can provide stable power transfer and fit various high-voltage use. Pogo pins have springs inside and ensure stable contact. This type of connector is for battery charging and electronic devices. They are compact and durable, effectively avoiding electrical failures. For high-voltage systems, this design is crucial.
Where Can High Voltage Pogo Pins Use?
These high voltage pogo pins are perfect for smart devices, battery chargers, automation equipment, and more. They are for high current and stable connections. For example, battery connectors for electric vehicles or power transfer for charging stations. High voltage pogo pins are for medical devices, etc. They are for high-power based on 5A current. This pogo pin is good at high voltage demand.
What are Designs of High Voltage Pogo Pins?
To ensure high current, high voltage pogo pins use highly conductive brass, tellurium copper, or beryllium copper. Their contact parts will be gold-plated to increase conductivity and corrosion resistance. In addition, pogo pins also need to ensure that the spring can provide stable pressure to avoid poor contact. When designing, we can ensure effective isolation of high voltage to prevent short circuits. Each pogo pin must undergo 100% testing to ensure durability and safety.
How to Choose Right High Voltage Pogo Pins?
When choising, you need to consider voltage, current, and working environment. Firstly, you check whether their current and voltage can completely meet the requirements. Secondly, ensure the heat resistance and corrosion resistance of the material. Furthermore, the contact pressure is also crucial as it determines connection stability. Finally, it is also very key to know temperature and humidity in usage. A suitable high voltage pogo pin can effectively improve device performance and reliability.
How Durable are High Voltage Pogo Pins?
High voltage pogo pins are highly durable with stainless steel or copper alloys. Their spring design can withstand 50,000 docking. Combined with high-quality gold plating treatment, the contact part has strong corrosion and wear resistance. Even in high current and high voltage, high voltage pogo pins can maintain stable operation. Under reasonable use, their lifespan can reach several years.
What is the Installation for High Voltage Pogo Pins?
When installing high voltage pogo pins, you need to ensure good connection between plug and socket. Firstly, ensure pogo pin port is aligned with interface position on the circuit board. Then, firmly solder the pogo pin onto the circuit board. During the installation, you ensure that the spring part can move freely in order to ensure stable contact. When used in high voltage, you need to ensure sufficient insulation measures to avoid electrical leakage.
How to Ensure High Voltage Pogo Pins Don’t Overheat?
In order to avoid overheating, high voltage pogo pins adopt a good heat dissipation design. Firstly, their contact parts are made of high thermal conductivity materials. Secondly, appropriate contact pressure can reduce heat accumulation when current passes through. When designing, you need to considre usage environment to ensure stable operation at different temperatures. Engineers will also test pogo pin maximum current to ensure that it will not be damaged due to overheating. Reasonable installation and use are also key.
What is Best Price of High Voltage Pogo Pins?
Their prices are related to material, quantity, and performance. High quality high voltage pogo pins will use better metal materials and coating treatments, which will increase costs. A large order quantity can lower unit price. In addition, some customized high voltage pogo pins may also have higher prices. When purchasing, you can compare and choose according to your needs to obtain the best cost-effectiveness. Though their price is high, their performance and durability often save more maintenance costs for long-term use.
