Product Description
SINCOM SD-150 Current Series and Current Shunt Negative Feedback Amplifier using JFET is a Two-In-One remarkable simply designed trainer for the purpose to study the concept, operation, Frequency response and determine the Bandwidth, Voltage gain and other parameters of a Current Series and Current Shunt negative feedback Amplifier using JFET in a simple experimental way.
Product Features
- Two Separate modules of Current Series and Current Shunt negative feedback circuits
- Current Series Negative feedback amplifier uses N Channel JFET in CS mode with voltage divider gate bias and source resistor capacitor feedback elements.
- Current Shunt negative feedback uses two stage RC Coupled CS Amplifier using N Channel JFET in voltage divider bias mode, with the feedback from the second stage source to the first stage gate input through RC network.
- Output with and without Feedback
- N-Channel JFET of TO-72 package on board
- Resistive Drain and Output Load for Current series circuit
- Resistive Drain Load for Current Shunt circuit
- Switch to select/deselect the RC feedback elements in the circuit
- Input and Output Coupling Capacitors
- In-Built Fixed regulated DC Power Supply
- User friendly Design
- 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 Current Series Negative Feedback Amplifier using JFET.
- To observe and Note the change in O/P voltage w.r.t. change in I/P frequency. To Plot the Frequency response curve and to Determine Voltage Gain and Bandwidth.
- To study Current Shunt Negative Feedback Amplifier using JFET.
- To observe and Note the change in O/P voltage w.r.t. change in I/P frequency. To Plot the Frequency response curve and to Determine Voltage Gain and Bandwidth.