Skip to main content

LOGIC GATE


Logic gate is two output conditions devices have two conditions namely, specifying zero volts output logic 0 (low) and 5 volt output stating logic 1 (high). Logic gate can be used to perform specific functions, such as AND, OR, NAND, NOR, NOT, or XOR. Symbols shown in the image below standard logic gates for ISO.






  • AND Gate

AND Gate is used to produce a logic 1 if all inputs have a logic 1, if not then be generated logic zero.


  • NAND Gate 

NAND Gate will have a 0 when all the logic input is 1. On the other hand, if there is logic 0 at the input NAND gate, the output will be worth 1.


  • OR Gate

OR Gatewill give output 1 if one of the inputs at state 1. If the desired output 0, then all entries must be in a state of zero.


  • NOR Gate

Gate NOR will provide output 0 if one of the inputs at state 1. If the desired output 1, then all entries must be in a state of zero.


  • NOT Gate

NOT Gate is a portal that serves as an inverting input (inverter). If the input is high then the output is low, and vice versa.


  • XOR Gate 

XOR Gate will provide input-output 1 if the inputs have different conditions.




Popular posts from this blog

USB PowerShare Technology

USB Universal Serial Bus (USB) is a standard to establish communication between a computer and different devices. USB allows high speed connection of peripherals to a computer. Using USB, you can connect devices like mice, keyboards, printers, external drives, digital cameras, mobile phones, and so on. USB also supports Plug-and-Play installation and hot swapping.

Keyboard shortcuts to memorize and use

Below are some Keyboard shortcuts we recommend everyone memorize and use. Ctrl + C or Ctrl + Insert and Ctrl + X Both Ctrl + C and Ctrl + Insert will copy the highlighted text or selected item. If you want to cut instead of copy press Ctrl + X  

TCP/IP Model Layers

The TCP/IP model uses four layers that logically span the equivalent of the top six layers of the OSI reference model; this is shown in Figure. (The physical layer is not covered by the TCP/IP model because the data link layer is considered the point at which the interface occurs between the TCP/IP stack and the underlying networking hardware.) The following are the TCP/IP model layers, starting from the bottom. Network Interface Layer As its name suggests, this layer represents the place where the actual TCP/IP protocols running at higher layers interface to the local network. This layer is somewhat “controversial” in that some people don't even consider it a “legitimate” part of TCP/IP. This is usually because none of the core IP protocols run at this layer. Despite this, the network interface layer is part of the architecture. It is equivalent to the data link layer (layer two) in the OSI Reference Model and is also sometimes called the link layer. You may also ...