PEC21SBDN

PEC21SBND are rectangular connectors that are designed for boards with a grid pattern of 0.050” and 1.27 mm. The application fields of rectangular connectors include: telecommunications, computer, automobile, home appliance, audio/visual, medical, military/aerospace, instrumentation, and consumer electronics.

PEC21SBDN connectors feature a variety of headers and male pins. The headers feature various pin layouts with different numbers of pins. The male pins are designed with different lengths and styles that can also accommodate a variety of pin layouts. Both the headers and pins are made from strong and highly durable materials, such as phosphor bronzes with varying levels of plating for reliable performance. The headers also feature a modular design, with interchangeable pin designs, providing even more functionality and versatility.

The working principle of PEC21SBDN connectors features a press-fit installation. This means that a female header is placed on the board and the pins are cut to the required length and pressed into the female header. The pins are then soldered to the board, ensuring a reliable connection. This type of installation is commonly used in applications that require rugged connectors, such as hand-held devices or outdoor equipment.

PEC21SBDN connectors also come with a variety of features to ensure reliable performance. This includes contact protection, current carrying capacity, noise and crosstalk protection, and EMI suppression. Contact protection ensures that the contacts are protected against corrosion, dust, and moisture. Current carrying capacity ensures that the pins are able to handle the current that is needed to operate the equipment. Noise and crosstalk protection helps reduce the amount of noise and crosstalk and helps reduce the amount of power loss due to these factors. EMI suppression is necessary to ensure that the signals that are sent between components are kept confidential and not leaked to other components.

PEC21SBDN connectors are widely used in a variety of applications, due to their reliable performance, modular design, and a variety of features. They are ideal for applications such as telecommunications, computer, automobile, home appliance, audio/visual, medical, military/aerospace, instrumentation, and consumer electronics. Their press-fit installation makes them ideal for hand-held devices and outdoor equipment. Their contact protection, current carrying capacity, noise and crosstalk protection, and EMI suppression all ensure reliable performance and help reduce power loss.