WHC150FET

The WHC150FET Through Hole Resistor is a precision, low-noise field effect transistor (FET) designed for a wide range of applications. This device enables high-speed operation with linear response, as well as excellent noise performance in a wide frequency range. This FET is ideal for use in the design of avionics systems, medical and industrial measurement, automotive, and instrumentation applications.The WHC150FET has a relatively low power consumption and a wide power range. This FET provides excellent accuracy and stability with no saturation and no soak-off effects. Its high resistance stability and low thermal noise make it ideal for use in precision applications. Its low input noise makes it perfect for use in high-end audio systems.The WHC150FET Through Hole Resistor utilizes an electro-mechanical servo mechanism to provide precision and linear resistance performance. This FET is powered by an external power supply that can range from -15 to +15Volts. This FET has a single-channel design with open-loop output. The resistance range of this FET can be adjusted by adjusting the reference voltage. The device supports a wide range of input voltages including ±10V, ±1V, and ±0.1V signals.The WHC150FET has a gate leakage current of <100nA, a delay of <1μs, and a propagation delay time of <0.1μs. This FET is highly reliable and can effectively dissipate an up to 1.0w power. It is also capable of operating at temperatures up to 75°C.The WHC150FET Through Hole Resistor features a wide operating bandwidth of up to 75GHz, making it ideal for high frequency applications. The device’s linearity and low noise characteristics make it suitable for high-precision applications, and its consistent resistance characteristics make it ideal for low voltage applications. Furthermore, its thermal stabilization capabilities enable long-term use and reliability.The combination of small size and high performance make the WHC150FET a perfect choice for precision applications. Its small size is ideal for space-constrained applications, and its high performance enables it to operate effectively in wide range of applications. This FET is suitable for use in avionics, medical, industrial and automotive systems, as well as high-end audio systems.