WHA560FET

Through Hole Resistors

Through-hole resistors are used in printed circuit boards (PCBs) for many electronic projects, such as amplifiers, circuits, micros, and modules. The resistors are packaged as cylindrical shapes and connected to the PCBs with the help of the plated holes. With the development of advanced technology, surface mount resistors have become more preferrable over through-hole resistors for small size electronic projects due to their smaller size and relative easy installation. However, Through-hole resistors are still suitable for use in projects where bigger physical size of equipment is needed. They are also more suitable for use in automotive and aerospace engineering, since it is easier to connect and solder them in these applications.

WHA560FET is a type of through hole resistor. It has a wide variety of application fields, including but not limited to automobile and industrial measurements, amplifier and oscillator repairs, DC-DC converters, power supply, and amplifier circuits. WHA560FET can also be used in communication systems, switching systems, heaters, solar systems, robotics, and military systems. The product has a wide temperature range for operation and is also very stable with respect to ambient temperature. In addition, the product has low EMI, which ensures that it will not interfere with other electronic parts.

The working principle of WHA560FET is similar to other through-hole resistors. It is a passive two-terminal electrical component that reduces the current flow and increases the voltage drop and resistance. This resistance is always constant within the rated power. The resistance can also change with temperature changes, as some types of resistors have a negative or positive temperature coefficient. This variety has a temperature coefficient of +500 ppm/K (parts per million per Kelvin), which is temperature stable with low temperature coefficient.

Since the WHA560FET is a through hole device, it requires a hole to mount the resistor on the printed circuit board. The hole is drilled to a certain depth into the substrata and has a specific cutting size according to the size of the resistor. The hole also needs to be plated with a conductive metal to ensure the electrical connection between the circuit board and the resistor. After the resistor is mounted, it needs to be soldered to the board to provide a secure electrical connection.

The WHA560FET is a versatile and valuable through-hole resistor that can be used for many electronic projects, including automotive and aerospace engineering. It can be mounted with ease and soldered to provide a secure electrical connection. Its temperature stability and low EMI make it ideal for applications that require reliable results.