Low resistance transmission: The metal pins of straight pin connectors have good conductivity, and their surfaces are usually treated with gold, silver, or tin plating. The surface resistance of the gold-plated pins can be as low as 0.05 ohms or less, effectively reducing energy loss and signal attenuation during signal transmission. In high-speed signal transmission applications, such as the connection between computer motherboards and high-speed storage devices, straight pin connectors can ensure the integrity and accuracy of signals, enabling fast and stable data transmission.
Good insulation performance: The plastic shell of the connector is made of high-performance insulation materials such as nylon, PBT, etc. These materials have characteristics such as high insulation resistance, low dielectric constant, and low dielectric loss factor. For example, the plastic shell made of nylon material has an insulation resistance of over 10 ^ 12 ohms, which can effectively prevent electrical short circuits between pins and between pins and the external environment, ensuring the safe operation of electronic devices.