MFR100FRF52-3K16

Through hole resistors are commonly used to control the flow of electricity across a circuit. They are usually mounted onto a printed circuit board (PCB) and serve to limit the current passing through the device. In this respect, they must be selected carefully to ensure that they are compatible with the circuit in which they are installed. The MFR100FRF52-3K16 is a through hole resistor that is designed to offer high accuracy across a wide temperature range.

The MFR100FRF52-3K16 is an ultra-precision resistor that has been designed to deliver a low thermal coefficient, high precision, and excellent stability across a wide temperature range. It is constructed from a ceramic core with an aluminum substrate and is rated for a power dissipation of 1W. The device is a three-terminal surface-mount device which features a low thermal coefficient of 0.1 PPM/°C.

The MFR100FRF52-3K16 has various applications in industries such as automotive, medical, industrial, and consumer electronics. With its wide temperature range, the device is ideal for use in temperature-sensitive applications, such as automotive sensors. Furthermore, its low thermal coefficient makes it an ideal component for use in temperature measurement and control circuits, as well as for high-temperature reflow soldering applications. It is also perfect for use in high-precision circuits due to its high accuracy and stability at high temperatures.

In terms of its working principle, the MFR100FRF52-3K16 features an on-chip resistor that is connected to a gate. The gate is connected to a voltage supply, and the resistor is connected to the ground. When a current passes through the on-chip resistor, it produces a voltage drop across the resistor. This voltage drop is measured by a feedback circuit, which then adjusts the voltage output of the gate accordingly. This feedback-based control is the basis of the MFR100FRF52-3K16’s excellent precision and temperature stability.

In conclusion, the MFR100FRF52-3K16 is an excellent choice for precision control of current in a variety of applications. Its precision and temperature stability make it suitable for use in temperature-sensitive applications, such as automotive sensors. Furthermore, its high accuracy and stability makes it perfect for use in high-precision circuits.