OF123JE

Through Hole Resistors are used across a range of applications, from telecommunications to automotive applications. The OF123JE is an example of a through hole resistor that is used in a variety of applications.

The OF123JE through hole resistor is made from a variety of materials, including thermally conductive epoxy, copper and nickel that are used as the electrical and thermal interface for the device. The device has a tolerance in resistance of ± 10%, and a wide range of ratings, from 33 Ohms to 99 Ohms, with a temperature coefficient of less than 0.125 PPM/degC. The maximum operating temperature of the device is specified at +125°C. The device has a low heat transfer coefficient, and the thermal impedance of the package is rated at 0.039°C/W.

The OF123JE is used in a variety of applications, including telecommunications, automotive, and consumer electronics. In telecommunications applications, it is primarily used in control circuits and low-voltage DC power supply designs, such as phone lines and switching circuits. In automotive applications, it is used in motor control and power supply conversions, and in consumer electronics, it is used for high-temperature operation of circuit boards.

The working principle of the OF123JE through hole resistor is based on its composition and design. The device is made up of two copper terminals that are connected through a dielectric material and an insulating material. The devices two terminals are connected in a parallel or series configuration. When the device is connected in a parallel configuration, the two terminals are connected to the same voltage, and the resistance is determined by the number of terminals and the total resistance value that is provided. In a series configuration, the two terminals are connected to different voltage levels, and the resistance is determined by the resistance value of the individual terminals.

The OF123JE through hole resistor offers an effective and reliable solution for a wide variety of applications. With its wide range of ratings and temperature coefficient, it is an ideal choice for a variety of applications that require a low-resistance, high-temperature solution. The device has a low thermal impedance and heat transfer coefficient, allowing for efficient cooling of the device under high-current conditions. The device is reliable and has a long life expectancy, making it a cost-effective solution for a variety of applications.