RLF12560T-1R0N140 Inductors, Coils, Chokes

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Fixed Inductors are devices that are used in a variety of electronic circuits. They are used in dc-dc converters, power supplies, amplifier circuits and a variety of other devices. They provide electrical inductance, which is necessary for the device to operate properly. The inductance of the inductor holds onto the waveforms created by changing currents for a length of time.

The RLF12560T-1R0N140 Fixed Inductor is a type of inductor used in many different applications. It is a surface mountable device with a power rating of 2.5 watts. The device has a wide inductance range from 0.8 mH to 2000 mH. The operating temperature range for this device is from -40 to +125 degrees Celsius.

The application field of this specific type of inductor includes power supply, SMPS, audio amplifier crossover, automotive broadcasting system, television set, power modulator and transformer. The working principle involves the generation of a magnetic field as a result of current flow through a coil. This field induces a voltage across the inductor that causes an increase in current flow. The voltage across the inductor is proportional to the rate of change of current, and this is known as back EMF.

The RLF12560T-1R0N140 inductor works like most types of inductors, but with some differences. It has a low DCR (Direct Current Resistance), low ACR (Alternating Current Resistance) and low RMS (root mean square) ripple current. The power rating of 2.5 watts makes it suitable for applications with power supplies up to 2.5 amps. The device is also RoHS compliant (Restrictive of Hazardous Substances), meaning it meets the environmental requirements of RoHS 2.0.

The RLF12560T-1R0N140 Fixed Inductor is a useful device for applications requiring an inducer that has a wide inductance range, low DCR, low ACR, low RMS ripple current and a power rating of 2.5 watts. It can be used in a variety of applications including power supplies, SMPS, audio amplifier crossover, automotive broadcasting system, television set, power modulator and transformer. The working principle involves the generation of a magnetic field as the result of current flow through the inductor, which induces a voltage across in the inductor causing an increase in current flow.

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