Linear - Amplifiers - Special Purpose

Linear-Amplifiers-Special Purpose is an electronic circuit (IC Chip) used in analog signal processing with the help of products from the special-purpose linear amplifier group. In order to support specific applications or application classes, they have incorporated features like voltage references, linear comparators, filters, or other functional elements that are not amplifiers. They are also known as radio frequency amplifiers (RF amplifiers). These amplifiers are used to increase a low-power signal into a high-frequency signal.

What is Linear - Amplifiers - Special Purpose Designed For?

The input and output levels of linear amplifiers special purpose are typically proportionate since they amplify the input signal at a set ratio and give out output accordingly. On the other hand, the limiting amplifier's output level is fixed and unaffected by input signals that are louder than a given limit.

Benefits of Linear - Amplifiers - Special Purpose:

• Smaller in size and portable structure 
• More Resourcefulness
• Highly Dependable
• Cost Effective 
• More Flexible 

Types of Amplifiers:

There are three primary types of Amplifiers, which are given below:

• Power Amplifiers: Increases the input power
• Voltage Amplifiers: Improves the input Voltage
• Current Amplifiers: Enhances the input current

Uses of Linear - Amplifiers - Special Purpose:

• Almost all electronic circuits that employ linear integrated circuits now include op-amps as a necessary component.
• Op-amps are utilized in analog filtering and signal processing.
• These include addition, subtraction, multiplication, integration, differentiation, and other mathematical operations.
• They are utilized in the areas of computing, telecommunication, power and signal sources, displays, and measurement systems.
• They are used in non-linear applications like precision rectifiers, comparators, clampers, and Schmitt trigger circuits, and linear applications like voltage followers, differential amplifiers, inverting amplifiers, non-inverting amplifiers, etc.