# What is the pin configuration of AND gate?

## What is the pin configuration of AND gate?

The IC 7400 is a 14-pin chip and it includes four 2-input NAND gates. Every gate utilizes 2-input pins & 1-output pin, by the remaining 2-pins being power & ground.

### What are pins in logic gates?

Typically, standard logic gates are available in 14 pin or 16 pin DIL (dual in line) chips. The number of gates per IC varies depending on the number of inputs per gate.

In which IC pin number 3 6 8 and 11 are act as output pins?

NAND gate
(For example in a NAND gate IC, pin numbers 1, 2, 4, 5, 9 10, 12, 13 are inputs and 3, 6, 8 and 11 are outputs). 2. Connect the particular input pins to the logic input section using a connecting wire. 3.

What are the 7th and 14th pin in all the gates?

For most of the 7400 chips, pin 7 is the ground (GND) connection and pin 14 is the +5V power supply. There are exceptions like the 7490. 2.0V or higher signifies a logical “1”; 0.8V or lower signifies a logical “0”.

## What is pin configuration?

Configuration pins are used to load the design data into SRAM-based FPGAs. The bitstream defines the functional operation of the internal resources, interconnections and I/O for the FPGA. The configuration mode selected to program the FPGA is an important design factor to consider when assigning pins.

### What is the function of 7 and 4 number pin of IC 7400?

The IC 7400 consist of four NAND Gates. The NAND Gate is also called Universal Gate….Pin Description of IC 7400:

Pins Description
Pin 4 Input(A) of NAND Gate 2
Pin 5 Input(B) of NAND Gate 2
Pin 6 This pin provides the Output(Y) of NAND Gate 2
Pin 7 Ground Pin which used to provide the power supply to the IC.

How many and Gates does the 7408 have?

four
The 7408 is a QUAD 2-Input AND gates and contains four independent gates each of which performs the logic AND function.

How many logic gates are there in 7408 and IC?

The 7408 IC is a well-known QUAD 2-Input AND GATES and contains four independent gates each of which performs the logic AND function.

## Does NAND gate have 4 inputs?

The CD4012 is a CMOS technology based, 4-input NAND gate Dual package, i.e. the IC has two NAND gates which can operate independently and each gate can take in four Inputs. It is commonly used in buffer circuits, logic inverter circuits etc.

### How many logic gates are there in hd74ls04p blank 1?

SPECIFICATIONS

Mfr Package Description 6.30 X 19.20 MM, 2.54 MM PITCH, PLASTIC, DIP-14
Number of Functions 6
Number of Inputs 1.0
Number of Terminals 14
Operating Temperature-Min -20.0 Cel

What is the use of S0 and S1 pins?

Status signals(S0 and S1): These are output status signals used to give information of operation performed by microprocessor. The S0 and S1 lines specify 4 different conditions of 8085 machine cycles.

How many pins does a pic16f877a microcontroller have?

PIN CONFIGURATION AND DESCRIPTION Of PIC16F877A microcontroller. As it has been mentioned before, there are 40 pins of this microcontroller IC. It consists of two 8 bit and one 16 bit timer. Capture and compare modules, serial ports, parallel ports and five input/output ports are also present in it.

## How many logic gates are in a 14 pin IC?

Logic ICs. Typically, standard logic gates are available in 14 pin or 16 pin DIL (dual in line) chips. The number of gates per IC varies depending on the number of inputs per gate. Twoâˆ’input gates are common, but if only a single input is required, such as in the 7404 NOT(or inverter) gates, a 14 pin IC can accommodate 6 (or Hex) gates.

### What is internal clock frequency of pic16f887?

In PIC16F887 there is an internal clock of 8MHz, whose frequency can be variate through programming. The frequency can be change from 31KHz to 8MHz. There are some external pins for oscillators which can also be used for an external oscillator.

What can the pic16f887 comparator be used for?

There is a comparator with the PIC16F887 and it can be used as input and output of analog input signal. Their comparators use both inverted and non-inverted inputs of two signals and then convert them to their compared values. The compared signal can be used within the microcontroller.

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