2024年4月4日 · In this article, we will be going through the Implementation of the NAND Gate using 2: 1 MUX, First, we will start our Article with a Brief Introduction to the 2:1 MUX and NAND Gate. We will through the basic Concepts of both of these with their truth table. Then we will see how we can Implement the NAND gate using 2:1 MUX. What is a Multiplexer?

2020年6月18日 · In this video we're going to build a two input multiplexer or two input digital mux made entirely out of NAND gates. So first what is a digital mux. A digital mux is a two input digital component that lets you select one of the two inputs based on the state of a third digital input.

2023年5月20日 · 21 mux using NAND Application of 2:1 Multiplexer. The 2:1 multiplexer, also known as a 2-to-1 mux, is a digital logic component that is widely used in various applications. It serves the purpose of selecting one of two input signals and routing it to the output based on a select signal. Here are some of the main uses of a 2:1 mux:

2-input NAND gate using 2:1 mux: Figure 3 below shows the truth table of a 2-input NAND gate. If we observe carefully, OUT equals '1' when A is '0'. Similarly, when A is '1', OUT is B'. So, if we connect SEL pin of mux to A, D0 pin of mux to '1' and D1 to B', then it will act as a NAND gate.

2020年4月15日 · 本文深入探讨了使用基本逻辑门如nand、nor以及mux进行复杂逻辑电路设计的方法，包括如何构建逆变器、与门、或门以及更复杂的电路如全加器，并通过真值表和电路图详细解析了每个设计过程。

2016年11月2日 · 2x1 mux using NAND gates As we know, the logical equation of a 2-input mux is given as below: Y = (s' A + s B) Where s is the sele... False paths basics and examples

2022年4月22日 · AND门是2输入的，设输入为a和b，那么当a和b同时为1时，输出才为1，其余只要有任意一个为0，输出则为0。 这里变换的思路是，把a用来作为S，则Y的逻辑变为：当a为0时，无论b是什么，Y都为0; 当a为1时，Y取决于b的值，b为1，则Y为1，b为0，则Y为0。 所以MUX的A输入连恒定的1’b0，MUX的B输入连b。 OR门则类似，当a和b同时为0时，输出才为0，其余只要有任意一个为1，输出则为1。 还是利用a当S，a为0时，Y看b的值，a为1时，Y等于1 …

2019年10月3日 · Implementation of Nand gate using 2x1 multiplexer. Electronic devices and circuits: https://www.youtube.com/playlist?list=PLnPkMfyANm0yiDMa3lm4Ti-F_fs6a2NQnD...

2-input XOR gate using 2x1 mux: Figure 11 shows the truth table for a 2-input XOR gate. If we observe carefully, OUT equals B when A is '0' and B' when A is '1'. So, a 2:1 mux can be used to implement 2-input XOR gate if we connect SEL to A, D0 to B and D1 to B'.

Learn how to implement an AND gate using a 2:1 multiplexer (MUX) in digital electronics with detailed explanations and examples.