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Blade type power connectors offer an effective and reliable way to transmit electrical power. They are designed to provide reliable and durable connections with minimal stress on the connector and the device being connected. These connectors are often used in industrial and commercial applications.

The most common type of blade type power connector is the “shrubbery” design. This design consists of two metal tabs that form an angled connection at the end of the connector. This connection is then secured with a nut and bolt. The two terminals of the connector are then inserted into two separate matching slots in the device to be powered.

The shrubbery design is a common choice for high-power applications because of its robust and reliable contact. It offers excellent resistance to high-voltage surges and provides a secure connection. Additionally, the design of the connector minimizes the risk of short-circuits or shock-related hazards.

In addition to the shrubbery design, there are several other blade types available. These include right-angled blades, flange-mounted blades, and jumpers. Right-angled blades are advantages for applications where space is limited. Flange-mounted blades are generally used in applications that require the connector to be firmly mounted to a surface. And jumpers are often used to connect two terminals that do not have a direct connection point.

Blade power connectors are constructed from a variety of materials, depending on the application requirements. Common materials used in their construction are aluminum, copper, and steel. The choice of material depends on the current and voltage rating of the device being connected, as well as the connector’s operating environment.

Another factor to consider when selecting a blade type power connector is the contact resistance. The contact resistance of a connector is measured in ohms per square millimeter. The lower the contact resistance, the better the electrical connection. Higher contact resistance can result in an increased risk of electrical malfunction.

Finally, the working principle of blade type power connectors is simple. The two mating surfaces of the connector are connected via two metal tabs that form an angled connection in order to transfer electrical energy from one connection point to another. The two terminals of the connector are suitable for an array of various devices, which require different kinds of power.

In summary, blade type power connectors are designed to provide reliable electrical connections with minimal stress on the connector and the device being connected. They come in different shapes and sizes, and can be constructed of varying materials. Additionally, they offer excellent resistance to high-voltage surges and offer a secure connection. The working principle of the connector is simple and reliable.

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