40Pcs 10mm Gold Plated Copper PogoPins, Spring Loaded Current Test Probes
What is this?
The golden-plated pogopins are designed for high-frequency testing and precision connection of electronic equipment. They are suitable for circuit board signal testing, battery connection, and modular interface mobile communications, automotive electronics, aerospace, etc.
What will I get?
Type: PogoPins
Material: Golden Plating Copper
Head Length: 0.1 inches/2.5mm
Total Length: 0.4 inches/10mm
Pin Tip Diameter: 0.03 inches/0.9mm
Pin Barrel Diameter: 0.06 inches/1.5mm
Package Includes: 40 pcs Test Probe Pogopin
Are there any advantages of the product?
The thimble features a brass core and gold plating, combining excellent conductivity with wear and corrosion resistance. The plating effectively resists oxidation, ensuring a low-resistance connection over long-term use and extending the life of the probe.
How to use it?
The flat bottom of the spring contact probe makes soldering easy, and their internal spring design can withstand tens of thousands of cycles, so these pins provide reliable performance.
What should I notice?
Pogopin are designed to compress straight along their vertical axis. Avoid any lateral forces, bending, or prying. The mating surface must be parallel to the pogopin tip. Misalignment can result in uneven contact, excessive wear, and potential shorting to adjacent components.
The golden-plated pogopins are designed for high-frequency testing and precision connection of electronic equipment. They are suitable for circuit board signal testing, battery connection, and modular interface mobile communications, automotive electronics, aerospace, etc.
What will I get?
Type: PogoPins
Material: Golden Plating Copper
Head Length: 0.1 inches/2.5mm
Total Length: 0.4 inches/10mm
Pin Tip Diameter: 0.03 inches/0.9mm
Pin Barrel Diameter: 0.06 inches/1.5mm
Package Includes: 40 pcs Test Probe Pogopin
Are there any advantages of the product?
The thimble features a brass core and gold plating, combining excellent conductivity with wear and corrosion resistance. The plating effectively resists oxidation, ensuring a low-resistance connection over long-term use and extending the life of the probe.
How to use it?
The flat bottom of the spring contact probe makes soldering easy, and their internal spring design can withstand tens of thousands of cycles, so these pins provide reliable performance.
What should I notice?
Pogopin are designed to compress straight along their vertical axis. Avoid any lateral forces, bending, or prying. The mating surface must be parallel to the pogopin tip. Misalignment can result in uneven contact, excessive wear, and potential shorting to adjacent components.
Hot Item
- 1.We accept eBay payment .
- 2.Payment must be received within 7 business days of auction closing.
- 1.We ship to your eBay or Paypal address. Please make sure your eBay and Paypal address is correct before you pay.
- 2.Items will be shipped within 1-3 business day when we received payment.
- 3.Delivery time depends on destination and other factors.
40Pcs 10mm Gold Plated Copper PogoPins, Spring Loaded Current Test Probes
What is this?
The golden-plated pogopins are designed for high-frequency testing and precision connection of electronic equipment. They are suitable for circuit board signal testing, battery connection, and modular interface mobile communications, automotive electronics, aerospace, etc.
What will I get?
Type: PogoPins
Material: Golden Plating Copper
Head Length: 0.1 inches/2.5mm
Total Length: 0.4 inches/10mm
Pin Tip Diameter: 0.03 inches/0.9mm
Pin Barrel Diameter: 0.06 inches/1.5mm
Package Includes: 40 pcs Test Probe Pogopin
Are there any advantages of the product?
The thimble features a brass core and gold plating, combining excellent conductivity with wear and corrosion resistance. The plating effectively resists oxidation, ensuring a low-resistance connection over long-term use and extending the life of the probe.
How to use it?
The flat bottom of the spring contact probe makes soldering easy, and their internal spring design can withstand tens of thousands of cycles, so these pins provide reliable performance.
What should I notice?
Pogopin are designed to compress straight along their vertical axis. Avoid any lateral forces, bending, or prying. The mating surface must be parallel to the pogopin tip. Misalignment can result in uneven contact, excessive wear, and potential shorting to adjacent components.
The golden-plated pogopins are designed for high-frequency testing and precision connection of electronic equipment. They are suitable for circuit board signal testing, battery connection, and modular interface mobile communications, automotive electronics, aerospace, etc.
What will I get?
Type: PogoPins
Material: Golden Plating Copper
Head Length: 0.1 inches/2.5mm
Total Length: 0.4 inches/10mm
Pin Tip Diameter: 0.03 inches/0.9mm
Pin Barrel Diameter: 0.06 inches/1.5mm
Package Includes: 40 pcs Test Probe Pogopin
Are there any advantages of the product?
The thimble features a brass core and gold plating, combining excellent conductivity with wear and corrosion resistance. The plating effectively resists oxidation, ensuring a low-resistance connection over long-term use and extending the life of the probe.
How to use it?
The flat bottom of the spring contact probe makes soldering easy, and their internal spring design can withstand tens of thousands of cycles, so these pins provide reliable performance.
What should I notice?
Pogopin are designed to compress straight along their vertical axis. Avoid any lateral forces, bending, or prying. The mating surface must be parallel to the pogopin tip. Misalignment can result in uneven contact, excessive wear, and potential shorting to adjacent components.
Hot Item
- 1.We accept eBay payment .
- 2.Payment must be received within 7 business days of auction closing.
- 1.We ship to your eBay or Paypal address. Please make sure your eBay and Paypal address is correct before you pay.
- 2.Items will be shipped within 1-3 business day when we received payment.
- 3.Delivery time depends on destination and other factors.