GNM314R72A182MD01D

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Capacitor networks and arrays are some of the most useful and common components of modern electrical systems. GNM314R72A182MD01D is a particularly versatile capacitor network designed for use in both high-power and precision electronic circuits. This device is designed to improve reliability and reduce the cost of more complicated circuit designs.

The GNM314R72A182MD01D is a multi-layer, ceramic capacitor network with 12 terminals, each with a different capacitance value. The capacitance values range from 0.4pF to 4700pF, providing a wide range of basic values for almost any circuit requirement. Its multi-layer design reduces the amount of space required in a circuit, making it ideal for use in cramped electronics systems.

The most attractive feature of the GNM314R72A182MD01D is that it has a very precise temperature coefficient of capacitance. This coefficient of temperature variation is measured in Parts Per Million (PPM). For the GNM314R72A182MD01D, this coefficient is 0±200PPM/°C, meaning that regardless of the temperature surrounding the device, the value of the capacitor will remain stable.

The precise capacitance of the GNM314R72A182MD01D gives it many applications. In high-power electronics, it can be used as a low-pass filter to reduce EMI (electromagnetic interference). It can also be connected in series with another capacitor to create a voltage shifter, or medium pass filter for power switching applications. In precision circuits, such as clocks or frequency generators, the low temperature coefficient increases the accuracy of the circuit by allowing for small capacitance variations over a wide temperature range.

The working principles of the GNM314R72A182MD01D are fairly simple. Using the physical properties of ceramic dielectrics, it stores an electrical charge when voltage is applied. The capacitance value is determined by the derivation of the capacitance equation C=AΩ/T, where A is the size of the capacitor, Ω is the material\'s dielectric constant, and T is the thickness of the dielectric layer. By controlling the amount of charge stored, the capacitor can be used to store energy and balance voltages for various desired applications.

The GNM314R72A182MD01D is a versatile component that offers a range of capacitance values and temperature coefficients. Its high-precision characteristics make it a valuable addition to many different types of electrical systems such as high power electronics, frequency generators, and precision clocks. Its small size and low cost make it an attractive option for many applications, and its reliable and stable operation make it a reliable choice for any circuit design.

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