4308M-102-224LF

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Resistor networks, arrays, and the 4308M-102-224LF have a wide range of applications which span from providing simple resistive networks to powering electronics and providing precision attenuation of signals. The 4308M-102-224LF resistor networks, commonly known as surface mount resistors, are designed for use in high-density components and are ideal for applications requiring high reliability, low cost, and high-density packaging. The 4308M-102-224LF is a surface mount resistor network consisting of 8 x 12 ohms resistors in a 8-pin QFN package. It is a low-cost, low-noise, high-density resistor network used in high power and reflow applications.

The primary function of a resistor network is to attenuate and control the flow of current by providing an impedance between two components. The resistance in a resistor network is capable of providing voltage or current depending on the circuit design. With resistor networks, it is possible to provide precise attenuation and voltage dividers, among other functions. As a result, resistor networks are commonly used in electronic circuitry for controlling and limiting voltage and current, as well as for providing unique impedances and signal paths.

The 4308M-102-224LF series of resistor networks features a low-noise, low-cost, high-density package. This package is designed for surface mounting, meaning that it can be soldered directly to a circuit board or placed on a soldering pad. Unlike other resistor networks, it features a low noise structure, which allows for better signal integrity and prevents interference. It is also highly stable and has a temperature coefficient of 1810 ppm/°C.

The 4308M-102-224LF is suitable for a wide range of applications including, but not limited to: radio frequency/amplification, power supplies, active filter circuits, interference suppression, and mixed signal circuits. It also offers a reliable alternative to discrete resistor constructions in circuits. In addition, the noise at the output of the resistor network is low which allows for precise signal processing and better circuit performance.

The 4308M-102-224LF resistor networks employ a unique working principle, relying on an equivalence current, which is the total current divided by the number of resistors in the network. The total current is determined by the source voltage and the equivalent resistance of the network. When the voltage on the source is increased or decreased, the current passing through each resistor in the network will adjust accordingly. The voltage on each resistor can therefore be calculated using Ohm’s law. This approach makes the 4308M-102-224LF ideal for applications that require variable current and/or voltage regulation.

The 4308M-102-224LF resistive network is a highly efficient, low-noise, low-cost, and high-density solution for a wide range of applications. It features a stable temperature coefficient and is suitable for high-power applications. The unique working principle of the 4308M-102-224LF makes it a very versatile and reliable component for controlling and limiting current and voltage, as well as providing unique impedances and signal paths for various electronic circuits.

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