4814P-2-272LF

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Resistor Networks, Arrays

Resistor networks are groups of resistors configured together to form an electronic circuit with a predetermined electrical characteristics, such as output current, input resistance and voltage gain. A 4814P-2-272LF resistor network is an example of this kind of network and has a variety of applications, such as in signal conditioning and timing circuits.

Application Field

The 4814P-2-272LF is perfect for use in a variety of circuit applications. Its resistance can be adjusted to meet user requirements, depending on the desired characteristics of the electrical output. It is commonly used in oscillator circuits, frequency dividers, and a variety of other signal conditioning components. It can also be used to implement logic functions, signal buffering, and timing circuits.

Its graphite-film construction and tightly-matched resistors also allow it to be used in precision measurement devices, including power supplies, automotive sensor amplifiers, and exacting analog circuits. Because its 6 resistors can be precisely tuned to meet the demands of the system, the 4814P-2-272LF is the perfect choice for applications that require precise timing measurements or very high electrical output.

Working Principle

The 4814P-2-272LF resistor network is comprised of 6 resistors, each with a resistance rating of 2.2 ohms. The 6 resistors are connected in a series-parallel configuration, designed to create a current divider network. This setup gives the 4814P-2-272LF two distinct circuits: an input side and an output side.

The input side of the 4814P-2-272LF is composed of 4 resistors (R1 to R4), connected in series, providing an input impedance of 8.8 ohms. The output side of the network is composed of 2 additional resistors (R5 and R6), connected in parallel. This combination of resistors gives an output resistance of 1.1 ohms, resulting in a voltage divider with a gain of 1.8.

The 4814P-2-272LF is built to have a precise resistance value—2.2 ohms perfection—and it’s suitable for a wide range of applications, from signal conditioning to logic functions. To adjust the voltage gain, the resistors can be replaced with other resistors with different resistance values to create a new voltage gain curve.

Conclusion

The 4814P-2-272LF resistor network is a versatile device that can be used in a variety of applications. Its precise resistors tuning allows it to fit into almost any circuit, providing maximum electrical output. Its graphite-film construction also provides dependable accuracy and reliability from the device, making it an excellent choice for critical applications.

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