SR99S01VBNN03G7

Terminal Blocks are a type of electrical connection used in a wide range of applications. The SR99S01VBNN03G7 has been specifically designed for Wire to Board applications. This products is a board-to-wire application that features a non-isolated design and is suitable for voltage and current requirements up to 10A and 250VAC.

In Wire to Board applications, the SR99S01VBNN03G7 Terminal Block can be used to connect cables and wires with circuit boards. This type of terminal block works by creating a mechanical connection between the wire and board, meaning that when the block is properly connected, electrical current and voltage can easily and safely pass through the connection.

The SR99S01VBNN03G7 Terminal Block is a fairly standard type of terminal block. It makes use of screw type connections and features two different screw type sizes, one for attaching the Terminal Block to the circuit board and one for connecting the wire. This type of connection can be used on a variety of different size wires such as 24 AWG or larger.

The SR99S01VBNN03G7 Terminal Block also features a flat contact plate, which allows the user to quickly and easily slide the wire into the contact area. This contact plate features a gold-plated surface for improved conductivity and features a 4mm pitch. This allows it to fit different connector packages with ease.

The SR99S01VBNN03G7 Terminal Block is also designed with an integrated strain relief, which means it can easily be used in applications where strain needs to be reduced. Additionally, this terminal block also features a spring-clamp termination system, which means that the wire can be easily connected and removed without the need for extra tools.

The SR99S01VBNN03G7 Terminal Block is a highly efficient and reliable connection for Wire to Board applications. With its easy to use features and robust design, this connection can be used in a wide range of applications. With its reliable and efficient functioning, it can be used to complete most electrical connections easily, quickly and efficiently, making it an ideal choice for applications where time and space is of the essence.