Enhancing Connectivity Standards with Pomagtor’s DIP Pogo Pin: Unveiling the 1.8*9.7mm Stroke0.7mm (Per Contact) Model

With its remarkable selection of DIP Pogo Pins, Pomagtor—a well-known brand in the precision engineering community—presents a revolution in connectivity. Among these innovative offerings, the DIP Pogo Pin 1.8*9.7mm Stroke0.7mm(Per Contact) model stands out for its superior quality and performance. Dive into the world of seamless connections and reliability with Pomagtor’s cutting-edge technology.

Insulation Resistance:

The DIP Pogo Pin 1.8*9.7mm Stroke0.7mm(Per Contact) from Pomagtor boasts impressive insulation resistance, with a minimum of 100MΩ ensuring reliable and stable connections. This high level of insulation resistance makes these pins ideal for a wide range of applications where maintaining signal integrity is paramount.

Dielectric Withstanding Voltage:

With a dielectric withstand voltage of 100V at 60Hz, the DIP Pogo Pin 1.8*9.7mm Stroke0.7mm(Per Contact) by Pomagtor excels in providing robust electrical insulation. This feature ensures that the pins can withstand varying voltages and frequencies, making them versatile and dependable in diverse electronic setups.

Contact Resistance:

Pomagtor’s DIP Pogo Pin 1.8*9.7mm Stroke0.7mm(Per Contact) sets a high standard with its contact resistance specifications. With a maximum contact resistance of 30MΩ before testing and 60MΩ after, these pins offer low resistance levels, ensuring efficient power and signal transmission without compromising on reliability.

Conclusion:

In conclusion, Pomagtor’s DIP Pogo Pin series, particularly the 1.8*9.7mm Stroke0.7mm(Per Contact) variant, redefines the benchmarks for quality and performance in the realm of connectivity solutions. With exceptional insulation resistance, dielectric withstand voltage, and low contact resistance, these pins are the epitome of reliability and efficiency. Elevate your electronic projects with the precision and excellence of Pomagtor’s DIP Pogo Pin range, setting new industry standards for connectivity.