Logic gates in physics

A secondary school revision resource for GCSE Electronics about logic and microcontrollers. There are seven basic logic gates : AN OR, XOR, NOT, NAN NOR, and XNOR. The following illustration and table show the circuit symbol and logic combinations for an AND gate.

Applications of such circuits are to: . A HIGH output (1) only if both the inputs to the AND gate are HIGH (1).

NOR is the result of the negation of the OR operator.

It can also be seen as an AND .

In another sense, the function of OR effectively finds the maximum between two . If neither input is high, a LOW output ( 0) . A video to teach the basics of logic gates. The five logic gates are discusse AND OR NOT NAND NOR gates. Their truth tables are discussed and symbols, a co. Feel free to Subscribe and please do hit the t. Physics , SASTRA University, Thanjavur.

Logic Gates using Discrete components. A simple explanation of how electronic logic gates work, including AN OR, NOT , and NOR. Switches, LDRs and thermistors can be used to control the inputs to logic gates , producing circuits that are sensitive to light intensity or to temperature.

In circuits, these values are represented by different . LOGIC GATES Presented By, Satya Prakash Joshi. Several kinds of digital logic circuits are the basic elements that form the building . Project report on logic gate class 12. Language : English mixed with Hindi. This is the most comprehensive website on Phys. Introduction to Digital IC Trainer Kit - Duration: 17:45.

Unlike conventional optical logic gates based on semiconductor optical amplifiers, the present photon logic gate utilizes spin coherence, which is completely free. The physics of nondegenerate four-wave mixing processing also has been investigated for coherence conversion process between the spin coherence and the .