RWM04103R90JR15E1 Resistors

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Through Hole Resistors are one of the most basic and commonly used components in electronic circuits. A through hole resistor, also known as a leaded resistor, is a resistor that is soldered into a through-hole by a solder joint between the two lead ends of the resistor. RWM04103R90JR15E1 is a common through hole resistor with many applications.

The RWM04103R90JR15E1 is a miniature metal encased axial resistors consisting of a resistive material and terminals for mounting to the substrate. The resistive element is a thin film of metal with a temperature coefficient of -50ppm/°C and is available in resistance values from 1Ω to 1MΩ. The electrical connection of the device is formed by two solderable leads, and the device is accessed by a single mounting hole for the leads. The RWM04103R90JR15E1 resistor has a power rating of 0.125W and is available in E24 (10%) or E12 (5%) resistance tolerance, making it suitable for general purpose or commercial circuit applications.

The RWM04103R90JR15E1 is commonly used in commercial electronics applications such as consumer product design, data processing, communications, Audio Production, motors, and lighting control. It can also be used in industrial applications such as power systems, motor control, and home automation.

The working principle of the RWM04103R90JR15E1 is relatively simple. The electrical resistance of the resistor is determined by the voltage applied across its leads and the current flow through it. The resistive material used in the device then limits the flow of the current through the resistor, creating a voltage drop across the resistor. The value of the resistance is indicated by the markings on the surface of the resistor.

In summary, the RWM04103R90JR15E1 is an axial resistor with a temeperature coefficient of -50ppm/°C. Its resistance values range from 1Ω to 1MΩ and it is available in E24 (10%) or E12 (5%) resistance tolerance. Its power rating is 0.125W and it is commonly used in commercial electronics and industrial applications. Its working principle is simple, as the value of the resistance is determined by the voltage applied across its leads and the current flow through it.

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