4310H-102-102

Resistor Networks, Arrays

The 4310H-102-102 is a fixed resistor network, consisting of four individual 100 ohm resistors. It is the smallest such package available, containing four resistors within the confines of a tiny surface-mount package soldered directly to a board.

From an application perspective, the 4310H-102-102 is ideal for designs requiring precise voltage dividers, current limits, and series and parallel resistive networks.

The network is a passive electronic device, made of four 100ohm surface-mount resistors in series-parallel connection. This configuration allows for the resistors to remain closely coupled to one another, yielding a more precise set of resistances.

Due to its tight connection and small size, it is an ideal candidate for applications where size and precision are important factors. The network is commonly used in both analog and digital electronic circuit designs.

In analog circuit designs, it is used to precision divide input voltages into fractions of the total voltage. It is also used to set precise current levels for circuits that require protection against excess current draw.

Due to its small size and precision, the 4310H-102-102 is often used in digital circuit designs. It is used to reduce power dissipation, allowing the Digital logic circuits to work more efficiently. It is also used as part of charge pumps and level-shifters in order to propagate signals from voltage to voltage.

The 4310H-102-102 is able to provide precision control in high-temperature and low-temperature environments. The package is available in a commercial temperature range of -55C/+155C and also an extended temperature range of -55C/+125C.

From a design perspective, the 4310H-102-102 is perfect for both small and large, high power applications. Its compact size does not occupy too much board space, but its precision ensures that the network will perform accurately in any range of environmental conditions.

In summary, the 4310H-102-102 is a precision resistor network designed for applications requiring small, precise resistor networks. Its series-parallel configuration provides a precise, low noise, and reliable range of resistances. It is ideal for applications in both analog and digital circuits, providing high accuracy, tight tolerances, and high-temperature and low-temperature performance.