CDRH127NP-271MC

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Fixed inductors are types of electrical components used in a variety of electronic devices and systems. One such inductor is the CDRH127NP-271MC. This device is used in a variety of applications and has unique characteristics and working principles.

The CDRH127NP-271MC is a fixed inductor with a wire-wound magnetic core. It has a rectangular body and two metal pins that serve as terminals for terminals. Its nominal inductance is 270 uH with a tolerance of ±10%. The operating temperature range is from -55°C to +125°C and the rated current is only 0.31A. The device has high temperature stability and minimal losses in high frequency regions.

The core of the CDRH127NP-271MC is made of a ferrite material and has two wires. The first wire is made of an enameled copper which is then wound around the core to provide the desired inductance. The second wire is made of a silver-plated copper and is used to connect the device to other components. This winding prevents the formation of thermal or mechanical stress on the device and provides reliable performance.

The CDRH127NP-271MC is most commonly used in power supplies, electronic circuits, pulse generators, LC filter networks, and other high-frequency applications. It is also used in low-noise amplifier circuits and LC tank circuits. The device has high electrical stability and low losses over a wide frequency range. It is also suitable for low-temperature operation.

The CDRH127NP-271MC has several unique working principles. When a current is applied to the inductor, the magnetic field around the core creates a flux. This flux induces an electromotive force which opposes the current. This force, known as inductive reactance, is proportional to the frequency of the applied current and is used to oppose the flow of electricity. This is known as inductive coupling and is important for regulating the power flow in a circuit.

The CDRH127NP-271MC is a useful component for a variety of applications. It has low losses in high-frequency regions, high temperature stability, and minimal physical stress. Its working principles are based on inductive reactance and the core is made of ferrite. All of these features make this device an ideal choice for fixed inductors and other electronic applications.

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