WW12FT15R0

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Through Hole Resistors are a type of resistor soldered onto places on a circuit board in a way that makes them difficult to take off. The WW12FT15R0 is an example of a through-hole resistor. It is primarily used in applications where a large amount of power dissipation is required.

The WW12FT15R0 is a single-turn wire-wound resistor with a high power dissipation that is designed for use in AC and DC power switch-mode circuit boards. The WW12FT15R0 is designed to provide an accurate and stable resistance value and is a low inductance design. It also operates at high frequencies up to 500 kHz.

The WW12FT15R0 is a robust device with a low thermal resistance and can handle large amounts of current. In order to maximize heat dissipation, the WW12FT15R0 also comes with an optional clip that allows it to be mounted quickly and securely on a heatsink.

The WW12FT15R0 is designed to handle dissipating power up to 12 watts without any additional cooling. Its temperature coefficient is typically specified to be 100–200 ppm/K, which keeps the device\'s performance stable over a wide temperature range.

The WW12FT15R0 has a relatively low resistance variation with applied voltage over a wide range of frequencies and is therefore well-suited for applications requiring a stable resistance versus voltage or frequency. Its resistance can be changed by adjusting the number of turns in the cable or by varying the size and shape of the winding.

In addition, the size and shape of the cable can also be varied to ensure the desired impedance characteristics and uniformity in performance along the wire. The WW12FT15R0 also offers high pulse-power handling capability and a decreased inductance which allows for increased power handling ability over compared to other resistors.

The WW12FT15R0 is well-suited for applications such as power switches, high-performance amplifiers, motor control, and high-frequency circuits, amongst many others. This resistor is a cost-effective and reliable device that can provide a precise resistance value with excellent power dissipation and a high impedance. It is a great choice for systems that require reliable power dissipation, stable resistance, and tight tolerance levels.

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