Innovative design: Slope Structure Design, More Stable Contact, Lower Resistance
Installation method: SMT Surface Mount (SMD) Reflow Soldering or Placement by Insertion Machine and Fixation by Wave Soldering
Contact Resistance: 30 milliohms Max.
Rated Current: 2A~15A (Continuous Current)
Rated Voltage: 36V AC/DC
Durability: 10,000~100,000 Times (Reciprocating Motion Lifespan)
Operating Temperature: -40°C to +120°C (Continuous Temperature)
Salt Spray Resistance 96 Hours Corrosion Test
High-Precision Mold And Parts Processing
A variety of standards are available, and samples will be sent out as soon as the same day.
Provide Customized Services
Comply With EU RoHS And Reach Standards
Vertical Dip Pogo Pin Connectors, also known as SMD/Dip Pogo Pin Connectors, Pogo Pin Connectors, and Through Hole Mount Spring Loaded Connectors, serve the core function of conducting electricity or signals. These connectors feature an internal slanted surface structure and a built-in spring mechanism, primarily composed of two core components: the Pogo Pin and the housing, assembled with precision molds and specialized equipment. The Pogo Pin's tip usually has a slanted surface structure, which ensures that during operation, the lateral force generated by the slanted surface and spring contact maintains a stable contact force between the pinhead and the inner wall of the pin tube. This design ensures that the electrical current path mainly flows through the gold-plated Plunger and Body, resulting in a stable and extremely low contact resistance, maintaining reliable connectivity even with frequent mating cycles.
SMT Automatic Pick-and-Place Reflow Soldering Technique: An SMT automatic pick-and-place machine accurately mounts the Vertical Dip Pogo Pin Connector onto a PCB that has been pre-printed with solder paste. The connector's pins are precisely inserted into the PCB holes, and then the reflow soldering process melts and solidifies the solder paste, securing a fixed connection with the PCB pads. This process is fast, highly precise, and highly automated, significantly improving production efficiency and product quality.
Automatic Insertion Machine + Wave Soldering Technique: An automatic insertion machine accurately mounts the Vertical Dip Pogo Pin Connector onto a PCB pre-printed with solder paste and inserts the pins into the board. The wave soldering process then melts and secures the solder paste, completing the fixed connection with the PCB pads. This process is quick, precise, and highly automated, greatly enhancing production efficiency and product quality. It is suitable for electronic components with extra-long pins that cannot be fixed by SMD reflow soldering.
The Vertical Dip Pogo Pin Connector is a variant of Pogo Pin connectors, engineered with a slanted surface structure and incorporating a built-in spring mechanism. It is chiefly comprised of two fundamental components: the Pogo Pin and the housing. Characterized by its vertical contact orientation, it comes with integral solder legs, making it apt for SMT (Surface-Mount Technology) automated pick-and-place reflow soldering or wave soldering fixation. The connector is distinguished by its high soldering strength (ensuring a more secure attachment to the PCB), exceedingly low electrical resistance, stable and reliable connectivity, extended lifespan, and superior durability.
The vacuum blind hole electroplating technology is known for its superior performance, capable of quickly and accurately electroplating a layer of gold inside and outside extremely fine blind holes. This excellent electroplating process not only ensures the overall aesthetics of the metal surface but also has outstanding corrosion resistance and wear resistance. Both the inside and the outside of the hole present a bright golden color, and there will be no peeling or gold dropping issues.
By combining mature design concepts, high-precision processing techniques, and excellent vacuum blind hole electroplating technology, we can achieve extremely low and stable contact resistance.
| Items | Details |
| Material | ● Plunger: Lead-Free Copper Alloy |
| ● Body: Lead-Free Copper Alloy | |
| ● Spring: Stainless Steel | |
| ●SolidPin: Lead-Free Copper Alloy | |
| ●Housing: Lead-Free-High Temperature Nylon | |
| Main Technical Parameters | ● Standard state: |
| ● Operating temperature: -40~+120°C（Standard） | |
| ● Operating humidity: 20-85%RH | |
| ● Storage temperature: -10~+50°C | |
| ● Storage humidity: 20-85%RH | |
| ● Rating voltage: 36V AC/DC（Standard） | |
| ● Rating current: 2A/Pin Continuous（Standard） | |
| ● Contact resistance: 30 mΩ Max.（Standard） | |
| ● Withstanding voltage: 250V AC ,1 Minute | |
| ● Insulation resistance： 500 MΩ Min. | |
| ● Durability：10,000 Cycle（Standard） | |
| ● Working Spring Force:50~180gf（Standard） | |
| Electroplating | ● Plunger: Ni Plating 1.4μm, Gold Plating 0.30μm |
| ● Body: Ni Plating 1.4μm, Gold Plating 0.10μm | |
| ● SolidPin: Ni Plating 1.4μm, Gold Plating 0.10μm | |
| Contact Type | ● Vertical Dip Contact Type |
| Installation Method | ● SMT automatic placement machine+Reflow soldering |
| ● Plugin machine + Wave soldering | |
| Environmental Protection Standard | ● Comply with EU RoHS and Reach standards |
Please Note: Please refer to the operation manual for instructions and precautions
| SN | Product Image | Number Of Pins | Pitch | Catalog Download |
| 1 |
| 2Pin | 2.00~7.00mm | 2Pin-Vertical Dip Pogo Pin Connector |
| 2 |
| 3Pin | 2.00~5.60mm | 3Pin-Vertical Dip Pogo Pin Connector |
| 3 |
| 4Pin | 2.00~6.00mm | 4Pin-Vertical Dip Pogo Pin Connector |
| 4 |
| 5Pin | 2.00~6.00mm | 5Pin-Vertical Dip Pogo Pin Connector |
| 5 |
| 6Pin | 2.00~6.00mm | 6Pin-Vertical Dip Pogo Pin Connector |
| 6 |
| 8Pin | 2.00~6.00mm | 8Pin-Vertical Dip Pogo Pin Connector |
| 7 |
| 10Pin | 2.00~6.00mm | 10Pin-Vertical Dip Pogo Pin Connector |
| 8 |
| 12Pin | 2.50mm | 12Pin-Vertical Dip Pogo Pin Connector |
| 9 |
| 14Pin | 2.50mm | 14Pin-Vertical Dip Pogo Pin Connector |
| 10 |
| 20Pin | 2.00~2.50mm | 20Pin-Vertical Dip Pogo Pin Connector |
Contact
Related Pogo Pin Connectors
Rtench's Pogo Pin Connectors News
