PG0015.684NLT

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Fixed inductors, also known as chokes, are basic passive electronic components used in many electronic circuits. The PG0015.684NLT is an example of a high-precision, reliability-focused fixed inductor, and it is favored for use in analog circuits and high-voltage power supplies, where its more robust performance is required.

The basic operation of fixed inductors is based on Faraday’s Law of Induction. Faraday’s Law states that when a variation in magnetic flux is linked to a loop of wire, an EMF will be induced in that loop. An example of how this works in a fixed inductor is when a current flows through the coil, it will generate a magnetic field. When that magnetic field encounters a voltage source, an EMF will be induced in the coil, proportional to the rate of change of the current.

The PG0015.684NLT has a suitable operating temperature range and a stability of ±0.10%. The main features include high-precision design that is capable of delivering reliability under extreme conditions. It also features an integrated 150 nH, 8 kHz wire wound high-temperature coil that can be used in high-voltage circuits, making it ideal for use in high-power supplies and other power-demanding applications. The PG also includes a temperature-controlled internal resistor for temperature compensation.

The PG0015.684NLT is often used in the following application areas: Pulse rectifiers, high-voltage power supplies, power circuits, low-voltage switched-mode power supplies, and oscillator circuits. Its performance has been tested under extreme conditions such as high-speeds-up to 100 kHz, high-amperage-up to 10 A, high-temperatures-up to 150°C, and high-vibration-up to 30 G. Its stability remains at .10% under these conditions, making it suitable for use in many analog and power supply applications.

The PG0015.684NLT is a robust and reliable fixed inductor that is suitable for use in many applications. It features a high-precision design, a temperature-controlled resistor, and an integrated coil, which allow it to operate under extreme conditions while maintaining its stability and reliability. Its main applications include pulse rectifiers, high-voltage power supplies, power circuits, low-voltage switched-mode power supplies, and oscillator circuits. All these features and more make the PG0015.684NLT an ideal choice for many electronic applications.

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