SN74LV139ARGYR

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The SN74LV139ARGYR is a 2-to-4 line high-speed multiplexer. This device is packaged in a 16-pin plastic dual-in-line package or 20-pin surface-mount plastic true blob package. The SN74LV139ARGYR provides a high-speed demultiplexer with its two select inputs, S0 and S1, which reduce the multiplexing capability to two selections. Selection is controlled by a low-true data input D and the two select inputs S0 and S1.

The SN74LV139ARGYR can be used in a variety of general-purpose circuit applications, including data communications, switching systems, multiplexers, decoders and logic gates. Because of its fast switching speed, wide range of logic level thresholds, and low noise levels, the SN74LV139ARGYR is an excellent choice for logging, encoding, address decoding, line coding and other data manipulation operations.

The SN74LV139ARGYR is designed for use with 2.5V to 3.6V CMOS logic. It is available in a wide variety of packaging options and in different bus widths. It also comes in single and dual chip packages which provide further flexibility.

The SN74LV139ARGYR is based on a transistor-transistor logic (TTL) architecture and is made up of two internally linked 8-input multiplexers with their complimentary outputs. Each multiplexer contains two select inputs (S0 and S1), four data inputs (D0 through D3) and outputs Q0 through Q3. Q0 and Q1 are active high if their respective data input (D0, D1) is LOW. Q2 and Q3 will be active low if their data input (D2, D3) is LOW.

The logic chip also features two power supply pins, Vcc and Gnd. It also has two open-collector outputs, on pins 16 and 18, which can be used to control larger power supplies.

The SN74LV139ARGYR is designed to work with a wide variety of logic systems. It is suitable for circuits working from 2.5V to 3.3V, and is tolerant to high voltage spikes. It operates with a low power consumption of less than 5mW, making it an effective choice for compact and low-powered applications.

The SN74LV139ARGYR is widely used in communication, industrial and automotive applications. It is also used in automatic test equipment and process control. The chip has the ability to quickly switch and implement the data, which makes it an ideal choice for high speed applications.

The SN74LV139ARGYR’s working principle is based on the logic-level threshold. Its output is either high or low depending on whether the data inputs are high or low. It has two select pins and four data lines, which allow up to two selections of four data signals. The two select pins and four data lines allow four data signals to be selected for output. The two select inputs control the selection of data that is provided to the output.

The SN74LV139ARGYR is designed for a wide range of applications, from simple digital-to-analog conversion to large-scale, high-speed data transmission. It is a versatile logic chip that is widely used in logic circuits, data conversion, and switching applications. It is capable of providing reliable logic operations in a wide range of logic systems, and is suitable for a variety of applications.

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