High Current Pogo Pin
Are you hoping for high current pogo pins of the appropriate size? are you care about the delivery time and product unit price? Dongguan Promax is a professional pogo pin ODM factory & supplier of pogo pins since 2014, we are strongly confident in working up your questions and absolutely accomplish your expectation!
SIZE
DiameterΦ:≥0.7mm, full stroke ≥0.2mm, working stroke ≥0.05mm
SHAPE
DIP, SMT/SMD, solder cup, screw thread, or others
MATERIAL
Brass, SUS304/316F/L,CuTe,HBi59,Cu-Sn, etc
PLATING
Au, Ag, Pd, Pt, Rh, Ru, Ni, etc
MOQ
3000pcs by T&R, Tray, Tube, Box, PE bag, etc
DELIVERY
DHL, UPS, ship the sample out in 2 weeks, mass production in 3-4 weeks
Use Case of High Current Pogo Pins
The case was about the requirements of 2 customers (HUAWEI, XIAOMI) in 2020, who sought a high current pogo pin for an electronic cigarette and asked to provide the product with 12VDC, 5A current. shipment capacity was more than 500K per day, process capacity was up to 4 Sigma, that is, the pass rate was more than 99.62%.
Our R&D Team Who Focused on The Product
After receiving customers’ requirements, we studied the product requirements together. we were sure we could do it based on our R&D experience, furtherly, we worked out DFM & DFMEA to confirm every detail no risks on process manufacturing and technological process, including preliminary quality SIP and process SOP, and so on. Finally, a high current pogo pin with coaxial integration was commended.
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Product Design
The structure of coaxial integration high current pogo pin, full stroke was 1.3mm, work stroke was 0.90mm, spring force was 68gf±15%gf at working height, rated voltage DC12V, rated current 5A, the material of the plunger and barrel was HBi59-1.5, Read More ReadLessthe spring material was SUS304, plating of the plunger was Au 15u” min over 50-120u”, plating of the barrel was Au 10u” min over 50-120u”, Cpk＞1.33, RoHS and HF compliant.
What is The Structure of High Current Pogo Pins?
It has a different structure from other pogo pins. The usual three parts of the pogo pin do not meet the requirements for high current use, its structure is not enough to support the passage of high current, easy to form a short circuit.
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So, high current pogo pin often adopts the structure of four parts type or coaxial integration. The high current pogo pin’s special structure is mainly to make the current distribution of the internal circuit so that the maximum current can be divided and distributed to different parts of the internal circuit.
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What is Its Structure of Coaxial Integration?
Coaxial integrated structure: The plunger part of the pogo pin is a structure through spring and needle pipe. It keeps the simple structure of the pogo pin and effectively reduces the resistance.
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The pogo pin with this structure is widely used in high-speed and high-current applications. The advantage of this structure is the easy formation of short circuits, so it is the most suitable for the low-resistance application. The disadvantage of this structure is that the length of the pogo pin is fixed and needs a certain activity space.
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What are The Materials and Plating?
| CATEGORY | High Current Pogo Pins | |
| Sub-parts | Plunger | Brass, SUS304, SUS316F, SUS316L, CuTe, BeCu, FeN,stainless steel 904L, High carbon steel, etc |
| Barrel | ||
| Spring | SUS304, SUS301, Beryllium copper cable, FMW1508, Nonmagnetic Spring, insulation Spring, etc | |
| Ball | Brass, SUS304, Zirconium ball, Alumina magnetic ball, etc | |
| Plating | Au, Ag, PD, Rh-Ru, Ni, etc (2~200 U” over 30~150 U” Ni) | |
T-pin type design: The T-pin structure adds a cover between the plunger and the spring,
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which contacts the barrel to form a current-dividing circuit. The high current pogo pin with a T-pin type design has a wider range of applications and surface area, as well as a simple structure and low resistance. The disadvantage of this structure is the complicated mechanism and high cost. The t-pin structure is widely used in pogo pins.
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Ball-type design: The ball structure adds a ball between the plunger and the spring,
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which contacts the barrel to form a current-dividing circuit, too. The high current pogo pin with a Ball-type design increases the contact surface area, allowing it to be used in pogo pins. The disadvantage of this structure is the complicated mechanism and high cost.
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What are The Advantage of High Current Pogo Pins?
Stable contact resistance: It is mainly used in the intelligent terminal equipment, so it has high requirements for the stability of the current signal.
Life cycle: It needs to be inserted and removed repeatedly during operation, and its life cycle can reach 100,000 times.
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Small size, high density, lightweight: With the continuous development of science and technology, intelligent equipment tends to be miniaturized and diversified. Therefore high current pogo pin size and accuracy requirements are particularly high.
Easy to update: With the continuous progress of technology, it can also update its components when installing a high current pogo pin. At the same time, better components can be used to replace them.
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