CDRH105RNP-180NC

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Fixed inductors, also known as linear inductors, are electrical components designed to offer electrical isolation and inductance in direct current (DC) circuits. Fixed inductors are used for power conditioning, noise suppression, and to enable the smooth flow of current and energy in communications, industrial, and automotive applications. The CDRH105RNP-180NC is a fixed inductor that manufacturers incorporate in circuit designs for a broad range of applications.

The CDRH105RNP-180NC is a nickel-plated, surface-mount component with a 0.105mH inductance rating and a 140mA rated current. Dimensionally, the device measures 25.4mm x 18mm x 22.8mm (length, width, height). It has an operating temperature range of -55°C (minus 55 degrees Celsius) to 120°C (120 degrees Celsius). It is RoHS compliant and is suitable for soldering and assembly with surface mount technology.

The inductance rating of the CDRH105RNP-180NC is the amount of magnetic induction it produces in a given electric current. A current running through the inductor will induce a magnetic field that stores some energy proportional to the current flowing through it. The inductance of a fixed inductor is typically measured in Henrys (H) or millihenrys (mH). The rated current of the device is the maximum amount of direct current it can handle without being dangerously damaged.

The CDRH105RNP-180NC fixed inductor finds application in power supplies, lighting, AC adapters, hard drives, computer equipment, and consumer electronics. It is also used in industrial motor control, factory automation, and telecommunications. The CDRH105RNP-180NC works on the principle of electromagnetic induction, which states that a voltage is induced in an electrical conductor when placed in a varying magnetic field. The device works by converting electrical energy into a magnetic field, and then converting the magnetic field back into electrical energy.

The magnetic flux generated by a fixed inductor is linearly proportional to the electric current flowing through it. This linear relationship is depicted in its R-L ratio tables, which list the reactance (R) and inductance (L) of the device based on the frequency this current is applied. The reactance of a CDRH105RNP-180NC is a measure of its opposition to an alternating current, measured in ohms. Additionally, its inductance is measured in micro henries. This information is used to calculate the maximum and minimum current of the device’s operational capacity.

The CDRH105RNP-180NC fixed inductor combines excellent inductance and rated current performance with a low profile, and is engineered for use in challenging environments. Its device structure provides superior stability in high-temperature environments and a frequency aid stability over a wide range. It is also ideal for use in compact designs with limited space requirements.

In conclusion, the CDRH105RNP-180NC fixed inductor is a reliable and robust electrical component designed for use in a wide variety of industrial, automotive, and consumer applications. Its operating temperature range of -55°C to 120°C makes it suitable for high-temperature environments. Its R-L ratio tables provide useful information for calculating the maximum and minimum current capacity, and its low-profile structure offers improved stability in compact designs.

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