CIH05T1N0CNC

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Fixed inductors, also known as chokes, are a type of component used to store electrical energy in a magnetic field or current in an electrical circuit. They are capable of controlling or limiting the flow of current and can also be used to filter noise from signals. The CIH05T1N0CNC is a high current inductor used for many applications.

Applications

The CIH05T1N0CNC is a saturated high current inductor specifically designed for automotive supplies. Its applications include load dump protected switching power supply, DC-DC converters, Voltage Converters and regulators, EMI filters, automotive power supply, and other kinds of high precision, high power, and large current applications.

Working Principle

The CIH05T1N0CNC inductor utilizes both a magnetic core and an air gap, making it unique among inductors. This allows it to be used as a current-sampling device, protecting circuits by helping control the flow of current. It also allows it to store energy for later use and to filter out unwanted noise from signals for more accurate and consistent readings. The CIH05T1N0CNC inductor can be operated at high temperatures up to 125C and has a superior power rating of up to 25 amps.

The CIH05T1N0CNC inductor works by passing a current through a tightly wound coil of conductive material, which creates a magnetic field around it. This magnetic field stores the energy in the form of a magnetic field surrounding the inductor. The inductor is normally connected in a direct current (DC) circuit, meaning the current is continuous and the magnetic field is static.

The CIH05T1N0CNC inductor also works as a current-sampling device. When a voltage is applied to the inductor, the magnetic field will increase and decrease as the current passes through it. This can be used to sample and control the current passing through the circuit. The inductor will also filter out unwanted noise from signals, which enhances accuracy and consistency in readings.

Conclusion

The CIH05T1N0CNC high current inductor is designed for automotive use, EMI filters, DC-DC converters, and other high power applications. It has a high operating temperature of up to 125C and a power rating of up to 25 amps. It works by creating a magnetic field around the coil that stores the energy as a magnetic field and can be used to sample the current passing through the circuit. This inductor also helps filter out unwanted noise from signals, enhancing accuracy and consistency in readings.

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