304-11-107-41-770000

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Rectangular connectors, known as headers, receptacles, and female sockets, are commonly used in older conductive digital circuits. They are also used in contemporary electronic devices. Types of rectangular connectors range from through-hole to solderless designs, all of which use a contact system with two parallel rows of contacts. The most common type of connector is the male pins and female sockets, which consists of two rows of signal pins and one row of ground pins.

The 304-11-107-41-770000 header is designed for high-frequency electronic applications and is ideal for applications involving high-speed transmission. The header is constructed from a polyetherimide base material which offers excellent water and dust resistance, making it suitable for most environments. It features a low profile design to reduce its size and weight, while maintaining adequate EMI shielding and contact force. The contact pins are gold plated for added durability and corrosion resistance. The 304-11-107-41-770000 is rated for temperatures ranging from -40°F to +125°C, making it suitable for a wide variety of industrial and consumer electronic applications.

The most common application for the 304-11-107-41-770000 header is in connected digital circuits. It is often used for connecting a variety of both analog and digital signal inputs to a processor or controller. The signal pins are configured in two parallel rows of 25 pins each, arranged in a staggered pattern to improve signal integrity and minimize crosstalk. The ground pins are offset in a single row between the two signal pins, providing additional shielding. Additionally, the header is compatible with a variety of connector receptacles, and can be easily connected using quarter-turn latching.

The 304-11-107-41-770000 header employs a two-row contact system to ensure reliable and secure connections. The contact pins are arranged in two rows of 25 pins each, with a single row of ground pins in between. When the connector is mated with a compatible receptacle, the pins are positively connected and form an electrical bridge between the two components. This insures that electrical signals remain strong and uninterrupted, and prevents signal loss or interference from external sources.

The working principle of the 304-11-107-41-770000 header is relatively simple. The male pins are inserted into the holes of the corresponding female sockets, where they make contact with the gold-plated contacts. The electrical signals are then transmitted through the pins, traveling to their respective ports in the receptacle. The header is designed to support high frequency electronic applications, utilizing EMI shielding and contact force to reduce interference and maintain consistent signal integrity.

In summary, the 304-11-107-41-770000 header is designed for high-frequency electronic applications, utilizing a two-row contact system and gold-plated contacts. The header offers excellent dust and water resistance, low-profile design, and is rated for temperatures ranging from -40°F to +125°C. It is mainly used for connecting digital circuits, and features a quarter-turn latching system to make connections easier. The working principle of the header relies on the male pins being inserted into the female sockets, forming an electrical bridge between the two components. This insures that data remains strong and uninterrupted, dominating external interference.

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