FET Common Source Amplifier

FET Common Source Amplifier

Product Details:

  • Low Impedance Yes, supports low impedance loads
  • Heatsink Integrated Aluminum Heatsink
  • Voltage 12V DC
  • Harmonic Distortion <0.2%
  • Material Glass Epoxy PCB, Metal Connectors
  • Frequency (MHz) 0.01 to 2 MHz
  • Channels Single
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FET Common Source Amplifier Price And Quantity

  • 1 Unit
  • Audio Frequency/Signal Amplification/Lab Experiments
  • 0°C to +50°C
  • FET Common Source Type
  • Panel Mount / Breadboard Compatible
  • Up to 600 Ohms
  • Provided for Monitoring
  • N-Channel JFET
  • Over-voltage and Short-circuit Protection
  • Single Layer
  • Standard Banana Jacks
  • 10V Peak-to-Peak

FET Common Source Amplifier Product Specifications

  • Analog
  • 5 W
  • Yes, supports low impedance loads
  • Blue and Black
  • 0.01 to 2 MHz
  • Low
  • 12V DC
  • Integrated Aluminum Heatsink
  • >65 dB
  • <0.2%
  • 150 mm x 80 mm x 45 mm
  • 0.18 kg
  • Glass Epoxy PCB, Metal Connectors
  • Single
  • Audio Frequency/Signal Amplification/Lab Experiments
  • 0°C to +50°C
  • FET Common Source Type
  • Panel Mount / Breadboard Compatible
  • Up to 600 Ohms
  • Provided for Monitoring
  • N-Channel JFET
  • Over-voltage and Short-circuit Protection
  • Single Layer
  • Standard Banana Jacks
  • 10V Peak-to-Peak

FET Common Source Amplifier Trade Information

  • 5 Unit Per Week
  • 4-5 Days
  • Australia, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia, North America, Africa
  • All India

Product Description

 FET Common Source Amplifier

Objective : Study of Voltage Gain and Frequency Response of a Common Source Amplifier.

Features : Instrument comprises of DC Regulated Power Supply, Circuit diagram is printed, components mounted on the front panel.



Easy Integration and Versatile Connectivity

With standard banana jacks and panel mount or breadboard compatibility, this amplifier is effortlessly adaptable for various experimental and educational setups. Its sturdy build and clear test points simplify testing and circuit analysis, while the provided over-voltage and short-circuit protections enhance safety during use.


Superior Performance for Audio Applications

Engineered for audio frequency and signal amplification, the amplifier provides low noise, a high signal-to-noise ratio (>65 dB), and minimal harmonic distortion (<0.2%). It handles input voltages up to 10V peak-to-peak and maintains output integrity even on low impedance loads, making it ideal for accurate audio and signal analysis.

FAQs of FET Common Source Amplifier:


Q: How can the FET Common Source Amplifier be connected for laboratory experiments or audio amplification tasks?

A: The amplifier is equipped with standard banana jacks, making it compatible for panel mounting or direct use on a breadboard. Simply connect your signal source, power the module with 12V DC, and utilize the dedicated test points for monitoring input and output signals during experimentation or audio amplification.

Q: What types of signals can this amplifier process, and what is its frequency response range?

A: This amplifier handles analog input signals, specifically designed for audio frequency and general signal amplification. It operates across a frequency range of 0.01 MHz to 2 MHz, supporting tasks from low-frequency lab experiments to higher-frequency signal processing needs.

Q: When should I use this amplifier instead of other configurations?

A: Choose this amplifier when you require low-noise, high signal-to-noise ratio amplification for audio frequencies or when experimenting with analog signals in educational or laboratory settings. Its low harmonic distortion and compatibility with low impedance loads make it particularly suitable for precise audio and electronic circuit analysis.

Q: Where is this amplifier commonly deployed or installed?

A: This amplifier is typically used in laboratories, educational institutes, audio testing setups, or signal processing environments. Its panel mount design and breadboard compatibility allow for both permanent and temporary installations on benches or within electronic equipment racks.

Q: What safety and protection features does this amplifier provide during use?

A: The amplifier includes built-in over-voltage and short-circuit protection for enhanced operational safety. Additionally, its integrated aluminum heatsink maintains optimal operating temperature, ensuring performance reliability within the 0C to +50C range.

Q: How does the test point provision benefit users during circuit evaluation or diagnosis?

A: Test points are strategically placed to allow easy monitoring of the amplifiers performance. Users can quickly measure input and output voltages or troubleshoot circuit issues, streamlining both experimentation and practical application in lab environments.

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