QS3VH126QG

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Logic-signal switches are highly important components in many kinds of electronic systems. The QS3VH126QG is a dual-core logic-signal switching device designed to minimize external discrete components and simplify the design of electrical circuits. This device is suitable for a wide range of applications, from digital data multiplexers and decoders to audio signal routing.

The QS3VH126QG utilizes two independent logic-signal switching circuits, each with identical switch control logic functions. Each switch contains two channels, with three logic inputs, two logic outputs, and a single bit output, providing a total of six channels and three independent functions.

The QS3VH126QG\'s primary function is to enable data multiplexing and decoding of digital signals, allowing the transfer of multiple digital signals through a single channel. Additionally, the device can be used to switch a variety of audio and control signals. The device\'s logic-level control logic enables fast switching times, while its switch design ensures low electrical noise, minimal current consumption, and high signal integrity.

The QS3VH126QG is designed to operate in a wide voltage range, from 3.3 V to 5 V. Its internal switching circuits also feature protection against input/output imbalance. Its internal protection circuitry also eliminates the need for external fuses or components to protect the device from overvoltage, ESD, shorts, and power surges.

The QS3VH126QG\'s logic switching core uses logic-Level Sense, a control logic designed to enable the device to recognize when a logic signal is low or high in order to switch accordingly. This logic-level sensing is what determines the switching logic to enable a signal to be switched over an independent path, regardless of the switch\'s current state.

The QS3VH126QG is a versatile, reliable, and cost-effective solution for a variety of signal routing and data multiplexing and decoding applications. Its low loading and power consumption allow it to operate in a wide range of electrical systems and at the same time provide superior signal integrity. Its logic-level sensing logic makes it ideal for audio, control, and data signal switching.

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