4608X-102-223LF Resistors

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Resistor networks and arrays have become important components in many circuits and systems. 4608X-102-223LF is a precision analog 4608X resistor network from Bourns. It consists of two series sections and two parallel sections, and has a total of eight resistors.

The 4608X-102-223LF resistor network is optimized for precision gain and attenuation performance in various frequency ranges when used in a wide range of circuits. It is designed to provide accurate and reliable resistance values within a given range. The 4608X-102-223LF is constructed using very high precision resistors, and the circuit resistance values remain stable over temperature and time. It is also resistant to shock and vibration, making it suitable for use in highly demanding applications.

Applications for the 4608X-102-223LF include amplifiers, audio conferencing systems, audio frequency divider/multiplier circuits, modulators, filters, automatic gain control systems, signal attenuators and many other precision audio and communication applications. Typically, it is used in applications where the performance requirements far exceed those obtained with conventional resistor networks.

The 4608X-102-223LF resistor network is designed to be easy to use and provide reliable operation in high frequency circuits. The network’s connection layout of two series sections and two parallel sections allows for a wide range of circuit configurations, from simple resistor combinations to complex, multiple-order resistor networks. The high impedance, low thermal noise and low insertion loss characteristics make the 4608X-102-223LF ideal for precision signal-level measurements and cable equalization applications.

The 4608X-102-223LF working principle is based upon a precision resistor network which is designed to provide a high level of accuracy in gain and attenuation. The eight resistors in the network are interconnected so that the overall resistance value remains the same at all times, regardless of the conditions. The resistor network consists of a resistive bridge circuit which can be adjusted to produce the desired impedance levels. The bridge circuit is configured with a series-parallel combination of resistors, so that the input and output resistances are equal.

Additionally, the resistors’ high-precision characteristics ensure that the gain and attenuation levels remain stable and predictable. The 4608X-102-223LF is optimized to ensure excellent fidelity and low thermal noise, while still providing the required reliability. The resistors’ low-noise and stability features make it an excellent choice for audio and communication applications that require high-fidelity performance.

Overall, the 4608X-102-223LF resistor network is designed to provide reliable and precision resistance values to a wide range of circuits and applications. With its eight resistors and optimized circuit design, the 4608X-102-223LF provides reliable and predictable levels of gain and attenuation. Its high impedance, low thermal noise and low insertion loss characteristics make it ideal for precision signal-level measurements and cable equalization applications. The 4608X-102-223LF’s ability to remain stable over temperature and time, as well as its resistance to shock and vibration, make it an ideal choice for demanding applications.

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