funjoke88 said:a 3-to 6 binary decoder has an enable signal.When disabled or invalid code is applied to the decoder ,the decoder will output zeros.When enabled,input codes from 000 to 101 are decoded.Draw the block diagram of 3-to-6 decoder and define its behaviour using a truth table.
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A 3-to-6 decoder is a digital logic circuit that takes in three inputs and produces six outputs. It is used to decode a binary pattern and activate a specific output based on the input combination.
A 3-to-6 decoder works by using three input lines to determine which of the six output lines will be activated. Each output line corresponds to a unique input combination, and when the correct combination is received, the corresponding output line will be activated.
A 3-to-6 decoder is commonly used in digital electronics to control multiple devices based on a specific input combination. It can also be used in memory addressing, data routing, and control systems.
One advantage of using a 3-to-6 decoder is that it simplifies the design of complex digital circuits by reducing the number of logic gates needed. It also allows for more efficient use of resources and reduces the chances of errors in decoding.
A 3-to-6 decoder has limited functionality and can only decode three inputs into six outputs. It also requires additional logic gates to handle more inputs, which can increase the complexity of the circuit. Additionally, a 3-to-6 decoder may have a higher power consumption compared to other decoder designs.