RN70C1103FBSL

Through Hole Resistors are widely used throughout a variety of electronics. The RN70C1103FBSL is a common resistor that can be found in many different applications. The following sections will outline the RN70C1103FBSL application field and its working principles.

RN70C1103FBSL Application Field

RN70C1103FBSL resistors are general purpose resistors most commonly used when a basic, reliable resistor is needed. It is often used in automated systems, AC circuits, audio systems, low voltage as well as high voltage applications, and most notably in providing feedback in power supplies.

The RN70C1103FBSL is capable of handling power levels up to 0.7 Watts, and voltage levels up to 350 volts. It can be used in many different types of circuits, such as bridge, current and voltage sensing, and feedback regulating. The RN70C1103FBSL is also ideal for use in automatic test equipment and industrial controls.

RN70C1103FBSL Working Principles

At its most basic, a resistor is an electronic device that opposes the flow of electricity. This opposition is referred to as resistance. A resistor limits the current that can flow through a circuit, which in turn limits the voltage that can be applied to the circuit. The RN70C1103FBSL resistors have an electrical resistance value of 10K ohms. This means that at a voltage of 10 volts, the current will be limited to 1 amp.

The RN70C1103FBSL resistor will dissipate heat as electricity is passed through it. The amount of heat dissipated by a resistor is determined by its power rating. The RN70C1103FBSL has a power rating of 0.7 watts, meaning it can handle the dissipation of up to 0.7 watts of power before it will be damaged.

The RN70C1103FBSL resistor can also be used in AC circuits. An AC circuit is an electrical circuit that is changing from positive to negative voltage. The RN70C1103FBSL can handle up to 350 volts of AC voltage, which makes it ideal for use in AC circuits.

The RN70C1103FBSL resistor is a versatile device that can be used for a variety of applications. It is a reliable and durable component that can provide consistent performance in a wide range of circuits.