Surface Mount Pogo Pins, L4.00~4.99 mm, wear resistance
Surface Mount Pogo Pins, L4.00~4.99 mm, Low voltage drop
Surface Mount Pogo Pins, L4.00~4.99 mm, Excellent conductivity
Surface Mount Pogo Pins, L4.00~4.99 mm, High-precision
Surface Mount Pogo Pins, L4.00~4.99 mm, wear resistance
Surface Mount Pogo Pins, L4.00~4.99 mm, Low voltage drop
Surface Mount Pogo Pins, L4.00~4.99 mm, Excellent conductivity
Surface Mount Pogo Pins, L4.00~4.99 mm, High-precision

Surface Mount Pogo Pins, 4~4.99, Best Conductivity

Surface Mount Pogo Pins, SMT-ready, offer high-precision contact, excellent electrical conductivity, and low voltage drop. As a top Manufacturer, we provide Surface Mount Pogo Pins for various classic uses, with fast response and custom services, delivering great value and meeting your high standards.

Product Features:

  • Precision design for stable long-term electrical connections.
  • High-conductivity materials reduce energy loss and resistance.
  • Reliable high quality with up to 10,000 cycles of lifespan.
  • Compatible with various SMT processes for easy installation.
  • Custom designs meet a range of complex application needs.
  • Strict quality control ensures perfect performance for every pin.

Surface Mount Pogo Pins, L 4.00~4.99 mm, Description

  1. Product Info: Surface Mount Pogo Pins are high-precision connectors for electronics. They are compact and stable, designed to withstand various harsh environments and effectivly ensure reliable electrical connections.
  2. Function: Surface Mount Pogo Pins offer excellent electrical contact performance, maintaining stable connectivity for both high and low frequencies. Surface Mount Pogo Pins are heat and corrosion resistant, making them ideal for high-frequency testing and data transfer.
  3. Applications: Surface Mount Pogo Pins are used in high-end consumer electronics, communication devices, reliable medical equipment, advanced automotive electronics, and precision testing devices. Surface Mount Pogo Pins meet various complex application needs.
  4. Customer Needs: Surface Mount Pogo Pins address the need for precise connections and reliable electrical contact. Surface Mount Pogo Pins provide excellent conductivity and durability, reducing device failure rates and extending product lifespan.
  5. Size Specs: With lengths of 4.00 to 4.99 mm, Surface Mount Pogo Pins fit compact electronic devices. Their space-saving design is perfect for high-density circuit boards, with multiple length options for compatibility.
  6. Target Industries: Ideal for electronics manufacturers, communication device makers, medical equipment companies, and automotive electronics suppliers. Perfect for industries needing reliable connections and high-performance testing.
  7. Customer Benefits: Using Surface Mount Pogo Pins boosts product electrical performance and reliability, cuts repair costs and failure rates. Their high-quality design ensures long-term stability, enhancing market competitiveness and user satisfaction. Customization is available to meet specific needs.

Surface Mount Pogo Pins, L 4.00~4.99 mm Datasheet

No.# Categories Specification Range Unit Purpose Benefits Applications
1 Barrel OD 0.30~4.00, custom mm * * *
2 Plunger OD 0.15~3.00, custom mm * * *
3 Tail Pin SMT, Flat Bottom * * * *
4 Length 4.00~4.99 mm * * *
5 Stroke ≥0.30, custom mm * * *
8 Voltage Rating ≥3.0, custom V * * *
9 Current Rating ≥0.1,custom A * * *
10 Spring Force ≥15,custom gf * * *
12 1. Material Brass * Brass alloys are known for excellent conductivity and corrosion resistance, commonly used in electronic products. Brass, a common copper alloy, offers good machinability. High conductivity, good corrosion resistance, and excellent machinability. Brass also has good strength and toughness, enduring frequent insertions and withdrawals. Widely applied in connectors, switches, and sensors of electronic devices.
13 2. Material Stainless Steel * Stainless steel boasts excellent corrosion resistance, mechanical strength, and wear resistance. Common types include 304 and 316. High strength, corrosion resistance, and heat resistance, suitable for harsh environments. Used in medical equipment, automotive electronics, and industrial control systems.
14 3. Material Tungsten * Tungsten alloys exhibit extremely high hardness, density, and wear resistance, along with good conductivity. Very high hardness and wear resistance, capable of withstanding high pressure and frequent insertions. Mainly used in high-frequency electronic connectors and high-load mechanical parts.
15 4. Material Nickel * Nickel alloys feature outstanding corrosion resistance, high-temperature resistance, and good strength. Common alloys include Inconel and Monel. Excellent corrosion resistance and high-temperature performance, suitable for extreme environmental applications. Suitable for aerospace, chemical industries, and high-temperature equipment.
16 5. Material Silver * Silver alloys offer excellent conductivity and oxidation resistance, commonly used in high-demand electrical connection components. Outstanding conductivity and oxidation resistance, enhancing connection reliability and stability. Widely used in high-frequency electronic devices, high-end connectors, and high-performance computer components.
17 1. Plating Gold/Nickel * Gold/nickel alloys have excellent conductivity and corrosion resistance, making them ideal for high-frequency and high-signal transmission. They are durable, stable, long-lasting, and highly resistant to oxidation. Commonly used in demanding electronic devices such as medical equipment, aerospace instruments, and communication devices.
18 2. Plating Platinum/Nickel * Platinum/nickel alloys boast outstanding corrosion resistance and stable electrical conductivity. They excel in high-temperature environments, exhibit strong chemical stability, and have superior oxidation resistance. Primarily applied in medical equipment, testing and measurement devices, and high-precision electronic instruments.
19 3. Plating Silver Plating * Silver offers excellent electrical conductivity, making it an ideal choice for transmitting high-frequency signals. It has low resistance, high electrical conductivity, and excellent contact performance. Suitable for electronic devices requiring high-frequency signal transmission, such as RF modules and wireless communication devices.
20 4. Plating Gold/Tin Plating * Gold/tin plating combines the corrosion resistance of gold with the good solderability of tin. It is highly durable, easy to solder, and provides excellent soldering connections. Typically used in circuit board connectors and test terminals that require frequent connection and disconnection.
21 5. Plating Nickel Plating * Nickel plating offers good wear resistance and corrosion protection. It is cost-effective, protects base materials from corrosion, and enhances mechanical strength. Widely used in general electronic devices, automotive electronics, and industrial control sectors.

Get a Free Quote for Best Surface Mount Pogo Pins

Our Surface Mount Pogo Pins offer top-notch conductivity and reliable contact stability for long-lasting performance. Precision-made with an extended lifespan. Efficient, stable solutions for your projects. Choose Johoty now and start boosting your profits!

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Surface Mount Pogo Pins, L 4.00~4.99 mm, Applications

  1. Smartwatch Charging Solution
    Smartwatches need efficient charging ports. Use 4.00 mm Pogo Pins for durable and effective charging. Efficiency boosts by 30%, and port lifespan extends by 50%.
  2. Medical Device Contacts
    High-precision medical devices require stable signal transmission. Use 4.80 mm Surface Mount Pogo Pins for reliable signal transfer. Stability improves by 20%, and error rates drop by 15%.
  3. Automotive Electronics Connection
    Automotive modules need reliable connections. Use 4.50 mm Pogo Pins for high-temperature and vibration resistance. Connection reliability increases by 40%, and lifespan extends by 30%.
  4. Mobile Device Testing
    Mobile device production needs fast testing. Use 4.70 mm Pogo Pins for efficient, reliable testing. Testing speed improves by 25%, and failure rate drops by 20%.
  5. IoT Device Connection
    IoT devices require dependable data transmission. Use 4.20 mm Surface Mount Pogo Pins for stable connections. Data transfer stability rises by 30%, and connection failures decrease by 15%.
  6. Industrial Control Systems
    Industrial controls need precise signal transfer. Use 4.00-4.90 mm Pogo Pins for accuracy. Signal precision increases by 20%, and error rates drop by 10%.
  7. Drone Power Management
    Drones need efficient power management. Use 4.80 mm Pogo Pins for effective current transfer. Power efficiency improves by 25%, and battery life extends by 20%.
  8. Smart Home Devices
    Smart home devices need stable signal connections. Use 4.90 mm Pogo Pins for durable, reliable connections. Signal stability rises by 35%, and device failure rates drop by 15%.

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Advantages of Surface Mount Pogo Pins, L 4.00~4.99 mm

1. High Precision Design
Our Surface Mount Pogo Pins are made with a tight tolerance of ±0.01 mm, ensuring reliable and consistent performance in all applications.

2. Excellent Conductivity
With a contact resistance as low as 0.015 ohms, our Pogo Pins offer superior conductivity for high-precision electronics.

3. Long Lifespan
Tested over 50,000 cycles, our Pogo Pins are built to last, extending the product’s lifespan and stability.

4. High Elastic Recovery
Made from top-quality materials, our pogo pins can handle spring forces from 15gf to 100N or more, bouncing back quickly after compression to ensure stable connections.

5. Optimized Installation Efficiency
Designed for SMT, our pogo pins boost production speed by 30%, significantly improving efficiency and reducing installation time.

6. Superior Corrosion Resistance
Gold-plated for up to 96 hours of salt spray resistance, our pogo pins are highly corrosion-resistant, ideal for harsh environments.

7. Wide Compatibility
Compatible with various PCB materials and packages, our Pogo Pins fit a wide range of circuit board designs, enhancing flexibility.

8. Outstanding Temperature Stability
Our pogo pins operate reliably from -40°C to +125°C, making them suitable for diverse industrial and consumer electronics in extreme conditions.

FAQ:

1. What’s the lifespan of Surface Mount Pogo Pins?

Our Pogo Pins last over 200,000 cycles, thanks to high-strength spring steel and rigorous testing. Pogo Pins handle long-term, high-frequency use with ease, reducing replacement needs and maintenance costs while boosting device stability and reliability.

2. What’s the contact resistance of Surface Mount Pogo Pins?

Our Pogo Pins have a contact resistance of under 15 milliohms, ensuring stable and efficient signal transfer. With high-quality plating, Pogo Pins minimize signal loss and are tested to meet international standards, enhancing device performance and energy efficiency.

3. What’s the operating temperature range for Surface Mount Pogo Pins?

Our Pogo Pins work reliably in temperatures from -40°C to +125°C, with standard operation between -40°C and +85°C. Pogo Pins are designed to handle harsh conditions, making them perfect for heavy-duty industrial and military use.

4. What’s the rated current for Surface Mount Pogo Pins?

Our Surface Mount Pogo Pins are rated for currents greater than 0.01A and can be customized to fit high-current applications. Pogo Pins are designed with high-conductivity materials for efficient and stable current transfer, offering great design flexibility and reliability.

5. How do you ensure high consistency of Surface Mount Pogo Pins?

We use advanced automation and strict quality control to ensure Pogo Pins meet top standards. Each batch is put through rigorous testing, and we deliver detailed reports to confirm the quality. Our ISO9001 certification guarantees consistent high quality for reliable performance.

6. What’s Johoty’s delivery time for Surface Mount Pogo Pins?

Standard Surface Mount Pogo Pins are delivered in 2 to 3 weeks. Custom orders’ delivery times are discussed upon order confirmation. Our expedited services handle urgent requests, guaranteeing quick delivery to keep your projects right on schedule.

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