SMT Pogo Pins Description:
Product info: SMT Pogo Pins are connectors installed vertically on PCB surfaces, suitable for SMT automatic installation, and provide stable electrical connections in limited spaces. Their flat-bottomed design facilitates installation, saves PCB space, and is suitable for high-density electronic devices.
Product features: Flat bottom design, vertically soldered to the circuit board surface. Their contact is durable, maintains stable connections, is suitable for circuit designs with limited space, and effectively reduces space occupation.
Problem-solving: Solve loose or unstable connections. Resolve challenges require complex tools or processes to install properly. Resolve short lifespan, inaccurate installation location, poor conductivity, and the possibility of equipment failure or malfunction. Compact design solves the problem of efficient connections in small spaces.
Specifications: Customize different sizes, pitch, contact resistance, working stroke, current, spring force, etc. Their flat bottom design simplifies the installation, suitable for various small electronic devices, and has high compatibility and reliability.
Applications: Used for consumer electronics, communication equipment, automotive electronics, etc. Fit for high-density installation, limited space, and compact designs.
Target industries: Electronic manufacturing, intelligent hardware, and automotive electronics. Smartphones, wearable devices design and manufacturing.
Customer benefit: Customers can optimize the circuit board layout and improve the product’s functional density. Reduce design challenges, design small and efficient electronic products more flexibly, and improve overall efficiency.
Catalogs of SMT Pogo Pins:
SMT Pogo Pins Datasheet:
| Items | Details |
|---|---|
| Electrical: | Contact Resistance： ≥ 15 mΩ, Custom. |
| Current Rating： 0.1A – 50A, Custom. | |
| Voltage Rating： 3.3V – 1000V, Custom. | |
| Mechanical: | Diameter： 0.3 mm to 20 mm, Custom. |
| Length： 1.3 mm to 100 mm, Custom. | |
| Spring Force： ≥ 15 gf at nominal working height | |
| Working stroke： 0.15 mm to 20 mm, Custom. | |
| Full stroke： 0.15 mm to 25 mm, Custom. | |
| Durability (Life Cycle)： > 10,000 cycles. | |
| Operating Temperature： -40°C to +125°C | |
| Mounting Style： MT surface mounting | |
| Materials: | Plunger： Gold-plated brass or beryllium copper. ≥ 0.25um |
| Barrel： Gold-plated brass or beryllium copper. | |
| Spring： Stainless steel, music wire, Custom. | |
| Installation: | Installation Type： Surface Mount Technology (SMT) |
| Mounting Method： Solder vertically onto the surface of the PCB in SMT. | |
| Pad Size： 1.0mm x 1.2mm, Custom. | |
| Soldering Process： Place T&R pogo pins in SMT and vertically solder onto PCB with solder paste. | |
| Flux Type： No-clean flux, minimal residue. | |
| 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 SMT Pogo Pins?
Johoty’s SMT pogo pins have >50k models for your reference, flexible custom of sizes, current, etc. Johoty is trustworthy!
SMT Pogo Pins Benefits:
High Density Design
Johoty helps you optimize your space by arranging more connection points within a limited space. Improve connection stability and reduce the risk of damage or failure at a single contact point. Stronger anti-interference ability, effectively processing high-frequency signals, reducing signal attenuation and reflection.
High-density design can reduce the number of connectors required on the PCB board, thereby lowering production costs. Simplify the assembly process without requiring additional space and components to connect multiple points.
Accurate and Reliable Contact Force
We help you ensure stable signal transfer and reduce signal loss. Reducing poor contact can help improve long-term durability and overall product reliability. Improving contact and testing accuracy can help achieve higher precision.
Optimize circuit board design, reduce pressure on the circuit board, and avoid PCB board deformation or damage. Extend the service life and minimize the wear of Pogo Pins.
Simplified Assembly Process
Johoty helps you improve production efficiency and simplify welding processes. Reduce assembly errors and automate mounting. Reduce complexity and eliminate or minimize welding processes. Accurate alignment and fixation, reducing costs, enhancing design flexibility, and highly compatible.
Strong Durability and Adaptability
Johoty helps you extend the service life of your products with high contact force and wear resistance. Adapt to complex work environments, resistant to high temperatures and thermal degradation. Ensure stable electrical connections, high vibration and shock resistance. Reduce maintenance costs, corrosion resistance, and oxidation resistance. Enhance application flexibility and diversify material selection.
SMT Pogo Pins Applications:
Charging Interface for Wearable Devices
Wearable devices like smartwatches or fitness trackers, require charging through SMT pogo pins. There is a small socket on the charging base, while the charging port has flat bottom pogo pins. Like a magnet between the watch and the base, the pogo pin can tightly connect the two. This way, the device can be accurately connected to the power source when charged.
Battery Connection for Smartphones
In smartphones, the battery and motherboard require a stable connection, which is where SMT pogo pins come in handy. It helps to transfer current between the battery and the internal circuit of the phone, just like building a stable bridge between the phone and the battery. This type of connection is very important because if the connection is loose, the phone cannot charge or work properly, just like the power bus that provides energy to the phone.
Automotive Electrical Connections
Engineers need to think about how to connect many electronic components inside the car, such as sensors, GPS, and control systems. SMT pogo pins can connect these components effectively and ensure stable transmission of current and data. Just like the small batteries in cars, they help the car brain understand the body’s condition. Without such spring loaded pins, cars may lose many intelligent functions.
Sensor Connection of Medical Equipment
Many medical devices require highly accurate sensors, such as heart rate monitors. SMT pogo pins help connect these sensors to the circuit board, and can ensure accurate data transmission. Just like a doctor using a stethoscope to examine the body, SMT pogo pins help the device transmit health signals. This way, doctors can accurately understand the patient’s health status through the device.
Charging Port for Portable Game Consoles
Portable game consoles require a battery connection to provide power, and SMT pogo pins often connect the battery to the game console motherboard. Every time the game console is placed on the charger, such pogo pins ensure that current flows into the battery, ensure the game console does not power off, and continue to play games. This is like cheering on the game console, it can accompany players for a longer time.
Connection of Drone Battery and Circuit Board
Drones require batteries to provide power, and SMT pogo pins play an important role here. They connect the battery and the control system of the drone and help the drone fly. Just like the power line of a drone, the pogo pin transmits electricity from the battery to the circuit and allows the drone to fly further. Johoty’s SMT pogo pins can ensure a fast and stable charging process every time the drone is charged.
Robot Control System
Robots require power and commands to perform tasks. SMT pogo pins help establish stable electrical connections between robot controllers and batteries. Just like there is a smooth communication line between the brain and body of a robot, Johoty’s pogo pin can ensure that the robot can execute actions according to predetermined instructions.
Wearable Health Monitoring Devices
Health monitoring devices require connecting sensors and circuit boards, like blood glucose monitors, to ensure accurate and error-free detection data. SMT pogo pins are like small bridges that help data flow from sensors to circuits, conveying important information. This connection is very precise and ensures the device can effectively monitor the patient’s health condition.
SMT Pogo Pins Advantages:
Space saving
SMT pogo pins are vertically mounted onto PCBs, which can save a lot of space and make the circuit board design more compact. This installation method is like standing upright with small feet, allowing more space on the circuit board to accommodate more electronic components. The pogo pin not only makes the circuit board look neater, but also allows more components to be placed in a small box, reducing unnecessary space occupation.
It’s like employees organizing the production line by putting the parts boxes neatly in order to accommodate more materials. For many devices that require compact design, such as mobile phones, aviation equipment, and smart wristbands, using this method is very helpful!
Better Contact Quality
The vertical installation design ensures more stable contact and reduces the risk of poor contact. SMT pogo pins are like a bridge connecting two batteries, and their connection is very stable and not easy to fall off. If your battery is placed firmly and will not loosen due to touching other things, then the electricity in the battery can flow smoothly into the phone.
Through this vertical installation method, the current flow will be smooth and stable and the electronic connection will be reliable too. In this way, your electronic devices and products will not suddenly shut down or have problems, and you will feel more at ease when using them.
Easy to Automate Production
SMT pogo pins are very suitable for automated production lines and can reduce the possibility of manual installation errors. These flat-bottomed pogo pins are like helper robots, they are very suitable for automatic installation in machines. This is similar to cleaning your garden, you don’t need to do it slowly by yourself, just press the robotic vacuum cleaner.
SMT pogo pins are also like this, SMT machines can quickly and accurately place them in the right place. This can make production faster and reduce the chance of errors so that your electronic devices can be made faster and sold worldwide.
Simplify Design
SMT pogo pins reduce layout complexity through vertical surface installation, making the design simpler and easier to optimize. Just like how your child arranges all the books and stationery neatly when doing homework, his desk won’t be messy. Similarly, SMT pogo pins can make your design very simple.
Suh spring loaded pins only need to stand on the circuit board, unlike other components that require lying down or rotating. In this way, designers can free up more space on the circuit board to place other important components, making the entire circuit board look clean, neat, and very professional.
FAQ:
1. What are the key perks of using SMT pogo pins?
The primary benefits of pogo pins lie in their provision of high-precision electrical connections. Coupled with outstanding durability and reliability. They maintain low contact resistance and high versatility. Making them highly suitable for high-density electronic assembly applications.
2. How is the cost-effectiveness of SMT pogo pins ensured?
By employing advanced manufacturing processes, high-performance materials, and automated production lines. We maximize production efficiency, minimize wastage, and consequently reduce costs while ensuring uncompromised quality standards.
3. How is the performance of SMT pogo pins assessed?
Performance evaluation is based on a series of standard tests, including electrical performance testing, durability testing, and environmental adaptability testing. This is to ensure that each SMT pogo pin can meet various high standards.
