Operating working principle, Features, Functional Block Diagram, Performance factors
Subject and UNIT: Linear Integrated Circuits: Unit V: Application ICs
A power supply is an important element of any type of electronic circuit. It provides the supply for the proper operation of the circuit. The successful operation of the circuit depends on the proper functioning of the power supply.
Operating working principle, Features, Functional Block Diagram, Pin Diagram, Application, Circuits Diagram
Subject and UNIT: Linear Integrated Circuits: Unit V: Application ICs
The AD623 is instrumentation amplifier IC which can work on single or dual supply. It has single gain set resistor programming. It has 8 pins. Its gain can be varied from 1 to 1000. With no external resistance, it can be configured as unity gain amplifier.
Linear Integrated Circuits
Subject and UNIT: Linear Integrated Circuits: Unit V: Application ICs
Linear Integrated Circuits: Unit V: Application ICs : Syllabus, Contents
Special ICs | Linear Integrated Circuits
Subject and UNIT: Linear Integrated Circuits: Unit IV: Special ICs
Linear Integrated Circuits : Unit IV: Special ICs : University Questions with Answers (Long Answered Questions)
Special ICs | Linear Integrated Circuits
Subject and UNIT: Linear Integrated Circuits: Unit IV: Special ICs
Linear Integrated Circuits : Unit IV: Special ICs : Two Marks Questions with Answers
Operating working principle, Features, Functional Block Diagram, Pin Diagram, Application Circuits
Subject and UNIT: Linear Integrated Circuits: Unit IV: Special ICs
The IC AD633 is a multiplier IC by analog devices. It is low cost, 8 pin, 4 quadrant multiplier IC. The various features of AD633 are,
Operating working principle
Subject and UNIT: Linear Integrated Circuits: Unit IV: Special ICs
The heart of the four quadrant variable transconductance multiplier circuit is the linearized transconductance multiplier and the differential V-I converter. Let us study these two circuits in brief.
Characteristics, Symbol, Block Diagram, Pin Diagram, Performance Parameters, Applications
Subject and UNIT: Linear Integrated Circuits: Unit IV: Special ICs
Monolithic Integration has lowered the cost of multiplier ICs considerably. Such an IC is not only useful as multiplier but can be used as a simple and direct solution to complex signal processing problems.
Circuit Diagram, Operating working principle, Derivation
Subject and UNIT: Linear Integrated Circuits: Unit IV: Special ICs
Using log and antilog amplifiers, the circuit can be built to obtain the output proportional to the product of the two input voltages. The circuit is called analog voltage multiplier.
Circuit Diagram, Operating working principle, Derivation
Subject and UNIT: Linear Integrated Circuits: Unit IV: Special ICs
Using log and antilog amplifiers, the circuit can be built to obtain the output proportional to the product of the two input voltages. The circuit is called analog voltage multiplier.
with Block Diagram, Operating working principle
Subject and UNIT: Linear Integrated Circuits: Unit IV: Special ICs
1. Frequency Multiplier 2. Frequency Synthesizer 3. FM Demodulator 4. Frequency Shift Keying (FSK) Demodulator 5. AM Detection 6. Frequency Translation
Operating working principle, Block Diagram, Pin Diagram, Functions of Pins, Working functions, Solved Example Problems
Subject and UNIT: Linear Integrated Circuits: Unit IV: Special ICs 3. Derivation of Capture Range
These ICs are differ mainly in operating frequency range, power supply requirements, and frequency and bandwidth adjustment ranges. IC 565 PLL is most commonly used and hence discussed in this section.