CM100505-33NJL

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Fixed inductors are components used in various electric and electronic circuits for various purposes, including radio frequency filtering, signal processing, interference reduction, and power management. The CM100505-33NJL is one such example of a fixed inductor, and the following sections aim to explain its application fields and working principle.

Application Fields

The CM100505-33NJL has many possible applications in various kinds of circuits. For starters, it can be used as a part of an LC filter network, providing improved signal quality and noise reduction for radio frequency applications. The inductor can also be used in transmission lines as an energy reservoir component, allowing for efficient power management. Moreover, it can be used in power supplies and voltage regulators, helping to reduce static and dynamic line regulation. Finally, it can also be used for impedance matching in antenna systems.

Working Principle

The CM100505-33NJL is a high performance inductor that operates on the principle of induction. It works by inducing a magnetic field around a metal coil when current passes through it. This principle creates a self-inductance effect on the inductor, which is then used in various kinds of circuits to produce the desired effect (for example, resistance in an LC filter network). The metal coil is made of copper, which is also the material that provides the inductor’s inductance.

The CM100505-33NJL is rated for a maximum rated current of 2.5 Amp and suitable for use in a wide range of frequencies from DC to 500 MHz. The operating temperature range for this part is from -40°C to +150°C. It also has a self-resonant frequency of 100~400MHz, an inductance range from 10 to 4700 nH, and a Q-factor of 100min.

Conclusion

The CM100505-33NJL is a fixed inductor component with a wide range of applications in various radio frequency, power management, and impedance matching circuits. Its wide operating range and high performance make it suitable for a variety of applications. Finally, the device is rated for a maximum of 2.5 Amp and operating temperature range from -40°C to +150°C, with a self-resonant frequency of 100~400MHz, inductance range from 10 to 4700 nH, and a Q-factor of 100min.

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