WW12FT1R24

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The WW12FT1R24 is a through-hole resistor, meaning it is inserted from the top of the board and the leads are soldered to the back of the board, creating an electrical connection. This type of resistor has a variety of characteristics including low cost, reliable performance, and good temperature stability. The WW12FT1R24 was specifically designed for power supplies, inverters, and other power-related applications where a higher power rating and increased reliability is required. The device consists of two terminals with a lead wire connected between them.

The WW12FT1R24 utilizes a ceramic material for its construction which provides excellent thermal stability and consistent performance throughout its operating life. Furthermore, the ceramic construction allows for a wide operating temperature range, making the device suitable for applications in extreme temperature environments. This makes the WW12FT1R24 an ideal solution for system protection in industrial applications.

In terms of power handling, the device has a maximum power rating of 17W at 25°C and this rating is variable according to the ambient temperature it is operated at. As the ambient temperature decreases, the maximum power rating increases to ensure that the device is capable of providing the required wattage to its circuit. This feature is particularly useful in applications where the ambient temperature is lower than the power rating of the device. In addition to this, due to the ceramic construction, the WW12FT1R24 has excellent power-handling capability and is capable of operating from a wide range of input voltages.

The WW12FT1R24 utilizes a simple three-terminal connection, with one terminal being the lead wire connection, one being the output, and the other being the connection to the device. This type of connection allows for a very efficient and reliable connection between the device and the circuit. Furthermore, the three-terminal connection also ensures that all connections are properly made, eliminating the risk of incorrect connection or arcing.

In terms of working principle, the WW12FT1R24 works by providing resistance to current flow, allowing current to be limited to within the desired range. This is achieved by the current passing through the device, being resisted by the material. By providing this resistance, the temperature of the device will increase, and as current flow increases, so will the heat dissipation. By monitoring the temperature of the device, it can be maintained at a safe operating temperature. This helps to protect the device from overheating, which can cause damage or failure.

In summary, the WW12FT1R24 is a through-hole resistor designed for use in power supplies, inverters, and other power-related applications. The device has a ceramic construction to provide excellent thermal stability and reliable performance, high power-handling capability, and a three-terminal connection for reliable connections. Furthermore, the working principle of the resistors is based on providing resistance to current flow in order to limit current and control temperature.

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