99426-0016T

The 99426-0016T is a rectangular connector that belongs to the Board In, Direct Wire to Board category.This type of connector features a plastic groove mated cover in the bayonet type and is used in a variety of security and telecommunications applications, including wireless microphone transmitters, digital cameras, and video equipment. The 99426-0016T is designed for easy use in tight spaces and has two terminals: a positive and a negative.

The 99426-0016T features a unique design that allows for blind mating. This means that the connector can be mated without the assistance of another connector or the removal of the cover. The board-in design of the 99426-0016T also allows for direct wire-to-board applications, which helps reduce assembly time and cost.

The 99426-0016T is a single-piece, soldered, snap-lock connector. This type of connector has two solder points on the housing and one on the terminal. The terminal is soldered to the housing, while the second solder point is used to secure the connector in place. This unique design ensures a reliable, secure connection.

The 99426-0016T is designed to be inserted into a mated position, which enables quick and easy installation. The mated position also ensures that any solder contact is firmly secured in place. The terminals are also designed to be easily removable and can be replaced quickly and easily.

The 99426-0016T is designed for use in harsh environments and is rated to withstand extreme temperatures and high vibration levels. The connector is also rated to withstand up to 10,000 cycles when mated in a panel to panel application. The connector is also UL listed, RoHS compliant, and meets the requirements of MIL-STD-750 and STM 6344 for temperature and vibration resistance.

The 99426-0016T is a versatile and reliable connector that is suitable for a variety of applications in the security and telecommunications industries. Its unique design allows for easy installation and ensures a secure connection. The connector is also designed to withstand extreme temperatures and vibration levels, making it an ideal choice for harsh environments.