Product Description
SINCOM SD-113 Class-AB and Comp. Symmetry Push Pull Amplifier is Two-In-One simply designed trainer for the purpose to study the concept, operation, Frequency response and determine the Bandwidth, Voltage gain and other parameters of a Class-AB and Complementary symmetry Push Pull Amplifier in a simple experimental way.
Product Features
- User friendly Design
- Separate modules of Class-AB and Complementary symmetry Push Pull Amplifier
- Class-AB Push Pull amplifier circuit uses two NPN Bi-Polar transistors connected in a Push-Pull mode with voltage divider base biasing, emitter feedback resistor, Input & Output Driver Transformers.
- Comp. symmetry Push Pull amplifier circuit uses NPN and PNP complementary BJTs connected in a Push-Pull mode with voltage divider base biasing and emitter resistive load.
- Silicon NPN and PNP BJT of TO-92 package on board
- Wide Bandwidth AF Amplifier
- Resistive Load and Loud Speaker as Inductive Load for Class-AB
- Resistive Load for Comp. symmetry Push Pull amplifier
- Audio Tone Output for Class-AB
- Input and Output Driver Transformers for Class-AB
- In-Built Fixed Dual regulated DC Power Supply
- Very Easy for Operation
- Multi color Circuit Diagram is printed on the front panel of the white board
- Enclosed in an attractive, light weight, High Quality, Poly Coated Imported Pine Wooden cabinet
- Facility to connect external Function Generator and Oscilloscope
- Interconnections by 2mm high quality banana sockets and pins
- Maximum Test points to explore all the corners of experiment
Learning Scope
- To Study Class-AB Push-Pull Power Amplifier circuit. To Observe & Note change in O/P w.r.t. change in I/P Frequency.
- To Plot frequency response & To Determine Bandwidth, Voltage Gain, Efficiency of class-AB Push-Pull Power amplifier.
- To study Complementary Symmetry Push-Pull Amplifier circuit. To Observe & Note change in O/P w.r.t. change in I/P Frequency & to study the effect of each transistor on O/P.
- To Plot frequency response & Determine Bandwidth, Voltage Gain, Efficiency & Distortion