ER1641-153JP

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Fixed inductors are a type of passive component that stores energy in its magnetic field when an electrical current is passed through it. The ER1641-153JP is a specific type of inductor designed for a wide variety of applications. This article will discuss the unique features of the ER1641-153JP and explain the working principle of the device.

ER1641-153JP Features

The ER1641-153JP features a large surface-mount package with dimensions of 1.6mm x 1.3mm x 0.8mm. This size is ideal for use in high-density, space-constraint applications. The device is rated to work over a wide temperature range of -55°C to +125°C. It has a rated DC current of 0.5 Amps, minimum inductance of 8.0nH, maximum DC resistance of 0.5 Ohms, and a maximum rated voltage of 400 Volts.

The inductor is constructed from high-grade, environmentally friendly materials with low loss characteristics. Additionally, the inductor is RoHS compliant which means that it meets all applicable international standards for hazardous materials.

The device features a wide variety of application areas including notebook PCs, network equipment, power supplies, automotive electronics, and wireless communications. The device is also available in different types of terminations, including J-leads, gull wing-leads, and flat flex-leads.

ER1641-153JP Working Principle

The basic working principle of the ER1641-153JP is similar to any other type of inductor. When an AC or DC current is passed through the device, a magnetic field is induced and stored within its core. This stored magnetic energy is later released when the current is removed from the inductor.

The ER1641-153JP features a low DC resistance which means that it can function even at reduced current levels. This makes the device ideal for use as a lamp dimmer or to boost the efficiency of power supplies. Additionally, the device is designed with low inductance levels which makes it suitable for high frequency applications such as audio filters and RF oscillators.

The device also features excellent heat dissipation capabilities thanks to its low DC resistance. This means that the inductor can operate without overheating, even when large currents are passing through it.

Finally, the device is highly stable over time due to its low tolerance levels. This ensures that the inductor can maintain its performance even after prolonged periods of use.

Conclusion

The ER1641-153JP is a high-performance inductor designed for use in a variety of space-constraint applications. The device features a wide temperature range, low DC resistance, high stability, and excellent heat dissipation capabilities. Additionally, the device is available in different sizes and types of terminations for maximum flexibility.

The basic working principle of the ER1641-153JP is similar to other types of inductors. When an AC or DC current is passed through the device, the magnetic field is induced and stored within its core. This stored energy is later released back into the circuit when the current is removed.

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