TC4066BFTELN

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The TC4066BFTELN is an advanced type of device that is used primarily in signal switches, multiplexers, and decoders. It is designed to provide synchronous signal switching with low on-resistance and low input/output capacitance. It is based on a unique Si-gate CMOS technology, providing high performance and low power consumption. As a logic level signal switch and multiplexer, the TC4066BFTELN is capable of switching signals between both digital and analog domains.

When operating as a signal switch, the TC4066BFTELN has two input and two output signals which are transparent to each other. When a logic one is applied to the enable input, the P and N outputs are activated. The signal is then routed from the P to the N side and vice versa. If a logic zero is applied to the enable input, then the P and N outputs are deactivated and the signals are not routed. It requires no bias voltage and has a noise immunity of up to 10V.

When used as a multiplexer, the TC4066BFTELN can support up to five different logic levels. It has two data input/output terminals, with one input/output terminal enabling direct communication with high-performance digital logic circuits. Each of the input/output terminals can support up to ten levels of various voltage ranges, making the multiplexer capable of switching between a wide variety of digital and analog signals. It also features a low on-resistance and low input/output capacitance, allowing for the highest margins of signal integrity.

The TC4066BFTELN can also function as a decoder. When used as a decoder, the device can recognize up to five distinct logic levels, allowing for rapid switching between various signals. It has one data input and a maximum of four data output terminals. Data is routed from the data input onto the corresponding output terminal as determined by the applied logic level.

The TC4066BFTELN is a versatile and advanced device with wide applications in signal switching, multiplexing, and decoding, making it ideal for a wide range of applications such as motor controllers, digital filters, data acquisition systems, medical imaging systems and much more. Thanks to its low on-resistance and low input/output capacitance, it is also suitable for high-performance devices that require signal integrity and high signal-to-noise ratio.

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