PL9517NL

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Fixed inductors are passive electronic components that store electrical energy when a current passes through them. They are commonly used in radio frequency (RF) circuits to store energy and tune circuits to a specific frequency. The term fixed inductors refers to the use of a set (fixed) inductance for a given frequency or power. This makes them ideal for a wide range of applications from low frequency communication to high frequency filters. The PL9517NL is an example of a fixed inductor that is suitable for a variety of applications and with a wide range of power levels.

The PL9517NL is a high-performance, fixed-inductance, RAD-Hard, SMT chip inductor with a low ESR. It has a wide range of operating frequency from 1 MHz to 20 MHz and a wide range of power from 0.001 W to 0.2 W. The inductance of the PL9517NL ranges from 1.2 nH to 180 nH and is designed for use in RF applications such as filters, amplifiers, and oscillators. It has an innovative construction that reduces parasitic capacitance and increases power handling capabilities. The low ESR makes the PL9517NL an ideal choice for high-Q, high-frequency filters, amplifiers, and oscillators.

The PL9517NL is also specifically designed for use in RAD (Radiation Hardening) applications. It offers superior performance when exposed to radiation such as gamma and neutron radiation. It also has a low temperature coefficient and high stability under shock and vibration. In addition, the PL9517NL is designed for use in high-frequency and low-frequency applications.

As with most inductors, the primary function of the PL9517NL is to block signals or store energy. This is done by using a electromagnetic coil with windings around a core. The core is usually made of high-frequency ferrite material, or a combination of a ferrite core and a non-ferrite core. The inductor produces a magnetic field when a current passes through the coil. This magnetic field is proportional to the current in the coil. When the current is constant, the induced voltage can be calculated using the equation:

Where L is the inductance and dI/dt is the rate of change of the current. This equation is commonly used to calculate the inductance of an inductor. It is also useful in calculating the current that will flow through the coil when a voltage is applied to it.

The PL9517NL is commonly used in a variety of applications. It is ideal for RF filters, amplifiers, and oscillators. Its high-performance, low ESR, and high-power handling capabilities make it a great choice for RAD applications. In addition, its wide operating frequency range and low temperature coefficient make it suitable for high-frequency and low-frequency applications. With its innovative construction and wide range of options, the PL9517NL is an ideal choice for a variety of applications.

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