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High Current Pogo Pins & Connectors
Promax Pogo Pin specializes in high-current pogo pins and connectors. These components are designed for efficient electrical connections in various applications, including automotive, telecommunications, and consumer electronics. Pogo pins are known for their durability, compact size, and reliable performance in high-power environments.
A high current pogo pin is a type of high current spring contact used for applications requiring high amperage connectors. It is designed to handle large amounts of electrical current efficiently, making it a crucial component in high amp connectors. These pins are essential in various electronic devices, providing reliable connections. At Promax Pogo Pin, we specialize in manufacturing these essential pogo pin connectors.
What are High Current Pogo Pins?
High current pogo pins are specialized high current contacts designed to handle high electrical currents. They are typically used in applications where a reliable, high amp connector is necessary. These pins are spring-loaded, allowing them to maintain contact even under varying conditions. They are often used in electronic devices that require robust connections to ensure continuous operation, making them a key component in high current applications.
High current pogo pins are versatile and can be found in a variety of applications, from consumer electronics to industrial equipment. Their ability to withstand higher currents makes them a critical component in many modern devices, including those requiring 20 amps or more. They are designed to provide a reliable connection in any situation, ensuring that devices operate smoothly.
Our High Current Pogo Pins Range
Our High Current Pogo Pin Connectors Range
Features of High Current Connector Pogo Pins
High current connector pogo pins have several key features that make them suitable for high amperage applications. These include current rating, material, design, and resistance:
| Feature | Description | Value |
|---|---|---|
| Current Rating | Maximum current the pin can handle | Up to 30A |
| Material | Common materials used for durability | Gold plated or solid metal |
| Design | Spring-loaded for consistent contact | Spring-loaded mechanism |
| Resistance | Low resistance to ensure efficient current flow | Minimal electrical resistance |
Benefits of High Current Connectors
High current connectors offer several benefits, including reliability, efficiency, and durability:
- Reliability: They provide consistent connections even in harsh environments, making them ideal for high current spring applications.
- Efficiency: Low resistance ensures that electrical current flows smoothly, reducing the risk of overheating.
- Durability: Designed to withstand continuous use and high current flow without compromising the connection.
High Current Pogo Pin Technology
High current pogo pin technology focuses on creating connectors that can efficiently handle high electrical currents. This involves designing spring-loaded mechanisms that maintain contact under various conditions. The technology also ensures that the materials used can withstand the stresses of high current flow without compromising the connection.
The development of high current pogo pin technology has led to advancements in electronic devices, allowing for more powerful and reliable systems. These advancements have been crucial in industries requiring high current applications, such as automotive and industrial electronics, where high amp connectors are essential.
High Current Pogo Pin Materials
High current pogo pins are made from materials, such as gold and metal, that can handle high electrical currents without degrading. Some common materials include:
- Gold Plated: Gold Plated offers low resistance and corrosion protection, which is ideal for high current contacts.
- Solid Metal: Provides durability and high current carrying capacity, suitable for high current spring applications.
High Current Pogo Pin Applications
High current pogo pins are used in various applications where reliable high amperage connections are necessary, including automotive and consumer electronics. Some examples include:
- Industrial Equipment: Requires robust connections for continuous operation, often using high current spring-loaded connectors.
- Automotive Systems: Used in systems that need high current flow, such as battery management.
- Consumer Electronics: Found in devices requiring high power, like gaming consoles.
Promax Pogo Pin: Affordable High Current Pogo Pin Manufacturing
At Promax Pogo Pin, we offer affordable and reliable high current pogo pin manufacturing solutions. Our focus is on providing high-quality components that meet the specific needs of our clients. Whether it’s for industrial, automotive, or consumer electronics, we ensure that our products are designed to withstand high currents and provide consistent connections. We use precision engineering to manufacture pogo pin connectors that can handle continuous current flow efficiently.
If you are looking for a reliable partner to manufacture your high current pogo pins, consider Promax Pogo Pin. We offer a commitment to quality, ensuring that your electronic devices operate efficiently and reliably. Contact us today to learn more about our manufacturing capabilities and how we can help solve your high current connection needs.
Our Partner Said
“Promax Pogo Pin has helped us with many field issues. I have to say their engineers are so experienced and can quickly help me solve the problem. The problem was high temperature caused by excessive current.”
Paul Jelloy
Buyer from the UK
High Current Pogo Pin FAQs
Can I transfer 25 amps branching off traces to 13 separate pogo pins connectors (2 x 13 = 26 amps of coverage)?
Yes, you can transfer 25 amps branching off traces to 13 separate pogo pins, ensuring each spring pin is capable of 2A. The problem is being able to verify if the board’s construction and circuit area can handle the total current without exceeding voltage limits. Using rugged and larger surface probe contacts can help within a safe scale. Always verify with test data from a reputable website to ensure easy and reliable operation.
What are the disadvantages of high current pogo pins?
The disadvantages of high current pogo pins include heat generation, contact wear, and increased plunger resistance. A rugged 5A to 10A capable spring pin with proper construction can mitigate some of these issues. Ensuring minimum contact resistance anywhere within the board and cable connections helps maintain efficiency. High current applications may require a larger probe title or a 30-150 scale circuit to handle self-heating properly.
What are the advantages of using high current pogo pins in automotive applications?
High current pogo pins provide the right solution for automotive applications requiring durability and efficiency. They maintain a stable connection under vibration, ensuring a high level of reliability in circuits. This question highlights their ability to handle 10 amps or more without significant resistance increase. For more information, manufacturers offer detailed specifications to optimize performance in demanding environments.