Study of Class A B AB and Push Pull Amplifier

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Product Details:

Heatsink Aluminum Extruded Heatsinks
Voltage 12V and 15V DC regulated supply for circuits
Harmonic Distortion Less than 0.5% (at rated output)
Low Impedance Supports 4 and 8 Ohm loads
Material Powder Coated Metal Cabinet
Screen Size Not Applicable (LED indicators present)
Frequency (MHz) DC to 1 MHz
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Study of Class A B AB and Push Pull Amplifier Price And Quantity

Minimum Order Quantity 1 Unit

Mounting Type Bench-top
Included Accessories User manual, connecting leads, power cord
Protection Short Circuit Protection for output stages
Test Points Numerous test points for waveform measurement and analysis
Construction Fully enclosed cabinet for safety and rugged use
Educational Suitability Designed for engineering students and technical institutes
PCB Quality Glass epoxy PCB with screen printed circuit layout
Amplifier Types Demonstrated Class A, Class B, Class AB and Push-Pull amplifiers
Operating Temperature 0-50°C
Fuse Rating 1A slow blow
Input Connections Banana sockets and BNC for input signals
Indicators Power ON, Signal Output, Overload
Output Display Real-time output on CRO (CRO not included)

Study of Class A B AB and Push Pull Amplifier Product Specifications

Voltage 12V and 15V DC regulated supply for circuits
Harmonic Distortion Less than 0.5% (at rated output)
Color Blue and White
Power 230 V 10% AC, 50 Hz
Material Powder Coated Metal Cabinet
Screen Size Not Applicable (LED indicators present)
Heatsink Aluminum Extruded Heatsinks
Low Impedance Supports 4 and 8 Ohm loads
Weight (kg) 3
Input Signal Sine Wave/Audio Signal (Function Generator input provided)
Frequency (MHz) DC to 1 MHz
Dimension (L*W*H) 325 x 210 x 95 mm
Channels Single Channel Test System
Noise Level Low Noise Operation
S/N Ratio > 60 dB

Mounting Type Bench-top
Included Accessories User manual, connecting leads, power cord
Protection Short Circuit Protection for output stages
Test Points Numerous test points for waveform measurement and analysis
Construction Fully enclosed cabinet for safety and rugged use
Educational Suitability Designed for engineering students and technical institutes
PCB Quality Glass epoxy PCB with screen printed circuit layout
Amplifier Types Demonstrated Class A, Class B, Class AB and Push-Pull amplifiers
Operating Temperature 0-50°C
Fuse Rating 1A slow blow
Input Connections Banana sockets and BNC for input signals
Indicators Power ON, Signal Output, Overload
Output Display Real-time output on CRO (CRO not included)

Study of Class A B AB and Push Pull Amplifier Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days
Main Export Market(s) Australia, South America, Western Europe, Middle East, Central America, Asia, Eastern Europe, North America, Africa
Main Domestic Market All India

Product Description

Study of Class A, B, AB and Push Pull Amplifier

Objective : Study of output gain and Frequency Response of class A , B , AB and Push Pull Amplifiers.

Features : Instrument comprises of DC Regulated Power Supply, Circuit for all the amplifier circuits printed separately components are mounted on the front panel.

Comprehensive Demonstration of Amplifier Types

This kit illustrates four main amplifier configurations: Class A, Class B, Class AB, and Push-Pull. Users can closely examine performance differences, efficiency, and waveform outputs across these types, making it ideal for comparative study and practical learning in technical institutes.

Practical Learning with Multiple Test Points

Numerous accessible test points enable students to measure and analyze input and output waveforms hands-on. This depth of interaction aids in solidifying theoretical concepts by correlating them directly with real-time results displayed through a CRO (oscilloscope).

Robust and Safe Design for Reliable Use

Housed in a powder-coated, fully enclosed metal cabinet, the kit boasts a durable construction suitable for repeated lab use. Overload, short-circuit protection, and clear indicator displays contribute to a safe learning experience for novice users and seasoned instructors alike.

FAQs of Study of Class A B AB and Push Pull Amplifier:

Q: How does this amplifier study kit benefit engineering students?

A: The kit enables students to investigate the unique characteristics of Class A, B, AB, and Push-Pull amplifiers through practical experiments. This direct approach to learning promotes deeper understanding of amplifier operation, signal amplification, and distortion factors.

Q: What types of signals can be used as input?

A: Sine wave or audio signals can be applied through the provided function generator input using banana sockets or BNC connectors, allowing versatile testing with various signal sources.

Q: When should the test points be used during experiments?

A: Test points should be used while analyzing different stages of the amplifier circuits. They help in monitoring input/output waveforms and verifying circuit behavior under various operating conditions.

Q: Where is the output of the amplifier displayed?

A: The amplifiers output can be observed in real time on a CRO (Cathode Ray Oscilloscope), which students can connect to the appropriate test points. Note that the CRO is not included with the kit.

Q: What safety features are integrated into the design?

A: The kit includes short circuit protection for output stages, overload indicators, a 1A slow blow fuse, and a fully enclosed, powder-coated metal cabinet to ensure safety during operation.

Q: How is the kit powered and what are its operating conditions?

A: It operates on 230V 10% AC at 50 Hz, with regulated 12V and 15V DC supplied to the circuits. The operating temperature ranges from 0C to 50C, accommodating typical lab environments.

Q: What is the process for measuring and analyzing waveforms?

A: Users connect input signals, monitor the response at various test points, and use a CRO for real-time observation. The kits clear layout and indicators guide users in systematically testing and interpreting amplifier performance.

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