Wein Bridge Oscillator using Transistor

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Product Details:

Usage Laboratory experiments, educational demonstrations, signal generation
Display No digital display; output available on terminals
Power 0.5W (approx.)
Voltage 9V-12V DC (recommended)
Product Type Oscillator training kit
Material Phenolic PCB, electronic components
Design Breadboard style PCB with clearly marked circuit
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Wein Bridge Oscillator using Transistor Price And Quantity

Minimum Order Quantity 1 Unit

Operation Temperature 0C to 50C
Output Waveform Sine wave
Frequency Adjustment By changing resistor/capacitor values or using provided potentiometers
Load Impedance Recommended >10k
Output Amplitude Up to 3V peak-to-peak (depending on supply)
Transistor Type General purpose NPN transistors (e.g., BC547 or equivalent)
Terminals Banana sockets for input/output connections
Included Accessories Batteries/adapter and user manual (on request)
Circuit Board Type Single-sided PCB
Oscillation Frequency Range Typically adjustable within 100 Hz 10 kHz

Wein Bridge Oscillator using Transistor Product Specifications

Power Source External DC supply
Voltage 9V-12V DC (recommended)
Dimension (L*W*H) 180mm x 130mm x 50mm (approx.)
Accuracy Highly stable oscillation frequency, typically within 1% of calculated value
Power 0.5W (approx.)
Display No digital display; output available on terminals
Design Breadboard style PCB with clearly marked circuit
Weight Approx. 350 grams
Usage Laboratory experiments, educational demonstrations, signal generation
Product Type Oscillator training kit
Material Phenolic PCB, electronic components

Operation Temperature 0C to 50C
Output Waveform Sine wave
Frequency Adjustment By changing resistor/capacitor values or using provided potentiometers
Load Impedance Recommended >10k
Output Amplitude Up to 3V peak-to-peak (depending on supply)
Transistor Type General purpose NPN transistors (e.g., BC547 or equivalent)
Terminals Banana sockets for input/output connections
Included Accessories Batteries/adapter and user manual (on request)
Circuit Board Type Single-sided PCB
Oscillation Frequency Range Typically adjustable within 100 Hz 10 kHz

Wein Bridge Oscillator using Transistor Trade Information

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

Product Description

Wein Bridge Oscillator using Transistor

Objective : To study the Frequency and Wave shape generated by Wein Bridge Oscillator.
Features : Instrument comprises of 12V DC Regulated Power Supply, Circuit diagram printed & components mounted on front panel.

Versatile and Stable Oscillation

This Wein Bridge Oscillator provides highly accurate and stable frequency generation, typically maintaining frequency stability within 1% of the calculated value. The ease of frequency adjustment makes it suitable for diverse signal generation needs in laboratories and classrooms.

User-Friendly Design and Build

Constructed with a single-sided phenolic PCB, the unit features a breadboard-style layout with clearly marked circuits, making it accessible for students and engineers. Standard banana sockets ensure convenient input and output connections for swift experimentation.

Robust Performance for Educational Use

Operating efficiently within 0C to 50C, this oscillator serves as a practical tool for experiments, educational demonstrations, and signal generation tasks. Its moderate output amplitude and recommended load impedance (>10k) ensure optimal performance and compatibility with a range of equipment.

FAQs of Wein Bridge Oscillator using Transistor:

Q: How can I adjust the frequency of the Wein Bridge Oscillator built with NPN transistors?

A: You can adjust the oscillation frequency by changing the resistor or capacitor values in the circuit, or by using the provided potentiometers. This allows for easy tuning within the specified range of 100 Hz to 10 kHz.

Q: What are the benefits of using this oscillator for laboratory experiments or educational demonstrations?

A: This oscillator offers a stable sine wave output and robust circuit design, making it ideal for hands-on learning and experimentation. Its clear PCB layout and adjustable parameters facilitate a deeper understanding of oscillator circuits in practical settings.

Q: When should the output terminals be connected, and what load impedance is recommended?

A: Connect output terminals to your load or measurement equipment during operation. It is recommended to use a load impedance above 10k to maintain optimal output signal quality.

Q: Where do I connect the power supply, and what voltage is suitable?

A: Power should be supplied through the designated terminals, using a 9V to 12V DC external power source. Both batteries and adapters are acceptable, depending on availability and preference.

Q: What process is involved in setting up the oscillator for the first time?

A: To set up, connect the power supply to the designated terminals, and attach your input and output devices via the banana sockets. Adjust the potentiometers to your desired frequency, and your oscillator will be ready for use in experiments or demonstrations.

Q: Is there any advantage to the single-sided PCB and breadboard-style design?

A: Yes, the single-sided PCB with breadboard-style design and clearly marked circuits allows for easier understanding, modifications, and troubleshooting, especially beneficial in educational and development settings.

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