Double Ended Pogo Pin Description:
Product info: Double ended pogo pin is a high-precision solder-free connector that supports high current. It is designed in various shapes and is suitable for compact spaces or very close interconnection. Stand out in high-performance devices.
Product features: Supports high current up to 50A. Dual-head design adapts to multi-angle connection. Provide multiple shape options to meet complex designs. Use brass, beryllium copper, and tellurium copper to ensure stability and durability. Soldering-free, easy to install, and time-saving.
Problem-solving: It solves the problems of traditional connectors being difficult to install, occupying large spaces, and dissipating heat from high-current devices. It provides multi-angle connection, device reliability, high-frequency mating, compatibility, and universality.
Specifications: Current: up to 50A, operating temperature: -40℃ to+85℃, lifespan: over 50,000 insertions and removals, diameter: 0.50-5.00mm, multiple options available for customization.
Applications: In smart home appliances, medical equipment, automation equipment, and power tools, it meets the connection requirements of various precision devices.
Target industries: Electronic manufacturing, medical device industry, consumer electronics industry, and industrial automation industry are the main targets.
Customer benefits: Save time and costs, and assemble quickly without welding. Improve equipment stability and reduce failure rates. Compact design saves space and optimizes product performance. High current support meets high-performance requirements and improves reliability.
Catalogs of Double Ended Pogo Pin:
Double Ended Pogo Pin Datasheet:
| Items | Details |
|---|---|
| Electrical: | Contact Resistance： ≥15 mΩ, Custom. |
| Current Rating： 0.1A – 50A, Custom. | |
| Voltage Rating： 3.3V – 1000V, Custom. | |
| Mechanical: | Diameter： 0.50 mm to 50.00 mm, Custom. |
| Length： 5 mm to 200 mm, Custom. | |
| Spring Force： ≥ 15 gf at nominal working height | |
| Working stroke： 0.50 mm to 10.00 mm, Custom. | |
| Full stroke： 0.50 mm to 15.00 mm, Custom. | |
| Durability (Life Cycle)： 10,000 ~ 500,000 cycles. | |
| Operating Temperature： -40°C to +85°C | |
| Materials: | Plunger： Gold-plated brass, tellurium Copper, or beryllium copper： ≥ 0.25um. |
| Barrel： Gold-plated brass, beryllium copper, tellurium Copper, Custom. | |
| Spring： Stainless steel, music wire, Custom. | |
| Installation: | Mounting Style： Buckle, plug-in, threaded fixation, elastic clamping, Custom. |
| Mounting Method： Solder-free | |
| Pad Size： 1.0mm x 1.2mm, Custom. | |
| Package: | Bulk Packaging： Optional. |
| Tape and Reel： Optional. | |
| Tray Packaging： Optional.. | |
| Tube Packaging： Optional.. | |
| Blister Packaging： Optional. | |
| Plastic Bag with Antistatic Film： Optional. | |
| Custom Packaging： Optional. | |
| Applications: | Consumer Electronics： Optional. |
| Medical Devices： Optional. | |
| Automotive Industry： Optional. | |
| Testing and Measurement： Optional. | |
| Wearable Technology： Optional. | |
| Communication Devices： Optional. | |
| Industrial Automation： Optional. | |
| Power Supply Systems： Optional. | |
| Military and Aerospace： Optional. | |
| PCB Connectivity： Optional. |
Why Choose Johoty’s Double Ended Pogo Pin?
Johoty’s Double ended pogo pin are flexible daul heads dual move, small sizes, soldering-free. Worthy of your trust!
Double Ended Pogo Pin Benefits:
Bidirectional Stable Connection
Johoty helps you provide high-reliability bidirectional electrical signals and power transmission. Ensure the data transfer integrity. Flexibly respond to different connection directions. Long lifespan, suitable for high-frequency use. Adapt to different height differences and ensure good contact. Meet the bidirectional connection requirements of different devices. Suitable for various environments, suitable for precision electronic products. No need for specialized welding equipment, simplifying production processes.
Improve Space Utilization Efficiency
We help you make smaller device designs possible, enabling vertical connections of complex circuits, suitable for the development of lightweight products, improving product scalability and maintainability, meeting the compact space requirements of high-precision equipment, simplifying manufacturing and assembly processes, achieving more innovative designs, and providing possibilities for miniaturized and portable devices. Better manage the internal space of devices and flexibly meet the volume requirements of different devices.
Reduce Costs and Complexity
We help you eliminate the need for welding equipment and reduce equipment and process costs. Improve efficiency and reduce manpower costs. Improve the yield rate and reduce rework costs. Reduce operational steps and optimize manufacturing processes. Save the cost of solder and related auxiliary materials. Extend service life and reduce replacement costs. Optimize supply chain costs. Reduce the need for manual intervention. Shorten the R&D cycle and reduce design costs.
Flexibility and Versatility
Johoty helps you support bidirectional connections and adapt to diverse design needs. Flexibly meet diverse product designs. Realize cross-material connections. Suitable for work requirements in different environments. Adapt to high and low currents as well as high-speed signal transmission. Easy to flexibly upgrade and expand. Meet the wiring and connection requirements in complex devices. Improve the speed and success of your product R&D and validation. Easy to upgrade and transform in the future.
Double Ended Pogo Pin Applications:
Smartphone Testing Connection
The double ended pogo pin can quickly contact the circuit board during smartphone production to check if the phone is functioning properly. It is like a doctor’s stethoscope, which can “hear” the signal sound inside the phone without welding, making it particularly convenient. With just a gentle press, the engineer can use this small needle to trace the path of the current in the phone and quickly determine if there is a problem. In this way, many phones can be tested every day, quickly and accurately, and it is not easy to make mistakes.
Electric vehicle battery testing
Electric vehicle batteries need to be inspected several times before leaving the factory to ensure their safe use. The double ended pogo pin is like a thermometer for a battery, which can measure voltage and current to determine if it is working properly. The Suh pogo pin does not require soldering, avoiding damage to the battery surface and allowing for multiple uses. Engineers can quickly read data and ensure battery health by simply touching the battery port with it, like installing a powerful heart into an electric vehicle.
Wearable Device Assembly
Smart bracelets and watches are so small, and the circuits inside are particularly precise. The double ended pogo pin can flexibly touch every small connection point and test whether they are all working properly. It is particularly suitable for this kind of meticulous work, like a little elf flying around inside a small device, ensuring that every part works perfectly together. This testing method makes the equipment more durable and also increases the assembly speed.
Debugging of Drone Components
All components of a drone need to be rigorously tested in order to fly steadily. The double ended pogo pin helps engineers quickly check whether the circuit board and sensor connections of the drone are normal. It is like a pair of lightweight wings, allowing every system of the drone to smoothly power on and transmit signals. With Johoty’s pogo pins, the drone can always take off safely and fly flexibly in the sky.
Automotive Electronic System Testing
The navigation, entertainment, and safety systems of cars all rely on electrical connections. The double ended pogo pin can quickly and stably make contact with the test points on the circuit board during testing, without the need for soldering. The pogo pin is like a master key for a car, which allows all systems to operate and test as soon as it is inserted. Once there is a problem, it can be detected immediately, saving engineers time and improving inspection efficiency.
Medical Equipment Signal Transmission
Medical equipment reliability is important. The double ended pogo pin is like a translator between a doctor and a machine, which can stably transmit signals and ensure the accuracy of the instrument’s measurement results. For example, in blood pressure monitors or electrocardiogram devices, Johoty’s pogo pins ensure the quality of signal transmission and help doctors quickly assess the patient’s condition, making them a little hero in life support.
Connection of Robot Joint Module
Robots require flexible movement, especially in their joints. The double ended pogo pin helps engineers check whether the circuit connections of each joint module are normal. This pogo pin acts like a lubricant, ensuring smooth rotation of every joint and preventing the robot from getting stuck when moving, making it appear as agile as a human.
Calibration of High-frequency Communication Equipment
The stability of signal transmission is crucial in high-frequency communication equipment. The double ended pogo pin precisely contacts high-frequency signal points, reducing signal loss, like an experienced courier delivering every signal to a designated location. Johoty’s pogo pins make communication devices more efficient and provide reliable support for the entire system.
Double Ended Pogo Pin Advantages:
High Conductivity, No Loss in Signal Transmission
This double ended pogo pin is amazing! It uses highly conductive brass, beryllium copper, and tellurium copper, just like an electric current running wildly on a highway, without slowing down or dropping. This design allows it to transmit signals with almost no loss, so the signal quality is super stable. For engineers who do electronic testing or communication equipment, there is no need to worry about data loss. It’s like the network is always full and smooth to the point of flying when playing games
No Welding Required, Easy and Fast Installation
The coolest thing about this double ended pogo pin is that it doesn’t need to be soldered at all! Installing it is as simple as plugging in a USB, which is also friendly to operators who are not particularly skilled in technology. Such spring loaded pin saves complex soldering processes, not only is it efficient, but it won’t affect performance due to poor soldering. It’s very easy, whoever uses it will praise its convenience
Precision Manufacturing, Perfectly Connecting With Tiny Spaces
The size accuracy of the double ended pogo pin is surprisingly high, making it particularly suitable for devices with extremely small spaces. For places like miniature cameras and mobile phone batteries, pogo pins can be perfectly docked without any pressure. Like a super intricate puzzle, each piece happens to be stuck. For engineers who work on precision instruments, this is really useful and helpful.
High Current Support to Meet the Needs of High-power Equipment
The double ended pogo pin supports high current! This is completely a blessing for the design of high-power devices. This pogo pin can stably transmit high current without heating up, just like the high-end sockets used in the kitchen. Even high-power devices can run stably. This is simply the best partner for high-performance devices.
FAQ
1. How do you choose the right double ended pogo pin?
In selection, factor in the specific demands of the application. Including the needed current carrying capacity, mechanical stability of the connection, required durability, and space constraints.
2. Any special instructions for getting the double ended pogo pin in place?
When installing the Pogo Pins, special attention should be paid to alignment and contact pressure. This can ensure a stable and reliable electrical connection. Additionally, choosing the appropriate base and packaging method is crucial for enhancing connection stability and performance.
3. Can double ended pogo pin be customized?
Yes, we offer customization services. Including dimensions, shapes, stroke, current, spring force, materials, and electrical characteristics tailored to specific applications.
