4308R-102-271LF

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Resistor networks and arrays are electronic components used to maintain a desired voltage or resistance in a given circuit. The 4308R-102-271LF is a general-purpose, through-hole resistor network packaged in a small, exposed pad package. It is commonly used in military, aviation, communication, and automotive applications, and is often the go-to component in many applications due to its reliable performance and cost-effectiveness.

The 4308R-102-271LF resistor network consists of eight resistors in one package with a total resistance of 1.3kΩ. It features a surface mountable design with a 0.119" square package and four leave pins. This resistor network is constructed using thick-film technology which ensures minimal temperature coefficient drift in comparison to other resistor technologies such as metal film, insulation film, and wire wound.

Each resistor is independently available with a resistance up to 250Ω and a maximum voltage rating of 250V. This allows for a wide range of applications in both AC and DC circuits. The total power rating of the network is 1W, which makes it suitable for most general-purpose applications.

The 4308R-102-271LF is typically deployed in military or aviation applications such as signal conditioning, instrumentation, communications, power electronics, and high-speed data transfer networks. It is ideal for use in applications that require high accuracy and temperature stability. Additionally, the 4308R-102-271LF is a highly reliable and cost-effective component suitable for use in a wide range of applications from consumer electronics to automotive.

The 4308R-102-271LF works on the principle of resistor networks. A resistor network is composed of two or more resistors connected in a series or parallel arrangement. Resistance networks are used to reduce the voltage or current at various points in a circuit.

In the case of 4308R-102-271LF, it is composed of eight resistors connected in series. These eight resistors form one half of the resistor network, which is connected in parallel to the other half of the resistors. This configuration divides the current into a larger number of paths, thereby reducing the overall current of the circuit. The amount of resistance in each path can be varied by adjusting the resistance values in each path.

The main benefit of a resistor network is its ability to change the resistance of the entire network without any kind of adjustments or wiring. This makes it ideal for applications that require a adjustable resistance value. Additionally, the thick-film technology used in the construction of the 4308R-102-271LF ensures minimal temperature coefficient drift, which makes it suitable for a wide range of low- to high-temperature applications.

In conclusion, the 4308R-102-271LF resistor network is an ideal solution for applications such as signal conditioning, instrumentation, communications, power electronics, and high-speed data transfer networks. It works on the principle of a resistor network composed of eight resistors in series and is constructed using thick-film technology which ensures minimal temperature coefficient drift. It is a reliable and cost-effective component suitable for use in a wide range of applications ranging from consumer electronics to military and aviation.

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