YC164-FR-0747KL

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Resistor networks, or resistor arrays, are made up of several individual resistors that act together in unison for a specified task. The YC164-FR-0747KL is one such resistor array, which can be used for various applications. It is composed of two 4-resistor networks in one package and is available in 6 pin SOT-223 SMD package. In this article, we will look at the application field and working principles of this resistor array.

The YC164-FR-0747KL is commonly used for digital audio applications as it can be used to match impedances in different circuits. It is perfect for use in low-voltage systems and is also highly tolerant to voltage fluctuations. It is also a great choice to build high-precision voltage dividers. The resistor array can also be used for terminating digital signal lines, transimpedance amplifiers, low-power DC-DC converters, and various other audio-related circuits.

The YC164-FR-0747KL resistor array is composed of two 4 resistor networks, of which one is a standard resistive network (network A) and the other one is an 8-resistor, non-resistive network (network B). In network A, all four resistors have the same resistance while in network B, four of the resistors have the same resistance and the other four have a different resistance. The change in resistance in both networks is handled by a single, external control voltage.

The two networks interact with each other to varying degrre and offer strong matching between the two networks. This improves the performance of the circuit and allows for accurate impedance matching. Network B also ensures that the output impedance remains constant regardless of the operating conditions. In addition, this resistor array can also be used for noise suppression applications, as the two networks interact to cancel out any noise which might be generated by other components.

To sum up, the YC164-FR-0747KL is an excellent choice for those looking to improve the performance of their circuits by providing precise matching and high tolerance to voltage fluctuations. It is also highly usable in noise suppression applications, as two networks are employed to cancel out any noise which might be generated by the circuit. With its low-voltage operation and 8-resistor network, this versatile resistor array provides numerous benefits to its users.

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