Phase Shift Oscillator

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Product Details:

Display No digital display; waveform output monitored via oscilloscope
Voltage 9V to 12V DC (typical)
Usage Laboratory experiments, educational demonstrations, frequency generation
Power Low power consumption, suitable for DC operation
Product Type Phase Shift Oscillator Trainer Kit
Material High-quality PCB, standard electronic components
Design Compact, portable plastic enclosure with test points
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Phase Shift Oscillator Price And Quantity

Minimum Order Quantity 1 Unit

Frequency Adjustment Variable resistor provided for frequency variation
Output Waveform Sine wave
Circuit Visibility Clear layout for easy circuit study
Educational Application Ideal for electronics and physics labs
Safety Short circuit and overload protection included
Load Impedance Designed for standard laboratory loads
Transistor Type General purpose NPN transistor (e.g., BC547/BC548 mounted)
Output Interface Banana sockets for safe output connections
On/Off Control Panel-mounted switch
Output Frequency Range 1 kHz to 10 kHz adjustable

Phase Shift Oscillator Product Specifications

Accuracy High frequency stability, typically 5% of calculated frequency
Dimension (L*W*H) Approx. 120 mm x 80 mm x 40 mm
Charging Time Not specified (continuous operation device)
Design Compact, portable plastic enclosure with test points
Display No digital display; waveform output monitored via oscilloscope
Material High-quality PCB, standard electronic components
Product Type Phase Shift Oscillator Trainer Kit
Power Low power consumption, suitable for DC operation
Detector Not applicable (oscillator circuit)
Weight Approx. 250 grams
Voltage 9V to 12V DC (typical)
Usage Laboratory experiments, educational demonstrations, frequency generation
Power Source Battery or external DC power supply

Frequency Adjustment Variable resistor provided for frequency variation
Output Waveform Sine wave
Circuit Visibility Clear layout for easy circuit study
Educational Application Ideal for electronics and physics labs
Safety Short circuit and overload protection included
Load Impedance Designed for standard laboratory loads
Transistor Type General purpose NPN transistor (e.g., BC547/BC548 mounted)
Output Interface Banana sockets for safe output connections
On/Off Control Panel-mounted switch
Output Frequency Range 1 kHz to 10 kHz adjustable

Phase Shift Oscillator Trade Information

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

Product Description

Phase Shift Oscillator

Objective : To study the Frequency and Wave shape generated by Phase Shift Oscillator.

Features : Instrument comprises of 12V DC Regulated Power Supply, Circuit diagram printed & components
mounted on front panel.

Versatile Frequency Generation for Labs

Designed for educational and research environments, this phase shift oscillator reliably generates sine wave outputs across a 1 kHz to 10 kHz range. Its variable resistor enables seamless tuning, making it an essential tool for demonstrations and experimental setups in electronics and physics curricula.

User-Friendly, Safe, and Portable

Housed in a compact, sturdy plastic enclosure, the oscillator offers ease of handling and setup. With panel-mounted power control, clear circuit layout, banana sockets for safe connections, and integrated overload protection, it meets the stringent demands of classroom and laboratory use.

FAQs of Phase Shift Oscillator:

Q: How do I adjust the frequency range of the phase shift oscillator?

A: You can easily adjust the output frequency from 1 kHz to 10 kHz using the provided variable resistor knob on the units panel. This allows precise tuning for a variety of educational and experimental needs.

Q: What safety features are included in this oscillator for laboratory use?

A: The device comes with short circuit and overload protection, ensuring safe operation even during extended laboratory sessions. Additionally, banana sockets provide secure and reliable output connections.

Q: When is this oscillator most commonly used in educational settings?

A: It is ideal for laboratory experiments, physics and electronics demonstrations, and frequency generation tasks. The clear circuit layout supports hands-on learning and concept visualization.

Q: Where should the output waveform be monitored?

A: Since there is no digital display, the sine wave output can be observed using an external oscilloscope connected via the provided banana sockets, ensuring accurate waveform analysis.

Q: What benefits does using this oscillator provide for students and instructors?

A: It offers high frequency stability (typically within 5% of the set value), straightforward frequency adjustment, hands-on circuit visibility, and robust safety featuresmaking it an excellent practical resource for understanding phase shift oscillator operation.

Q: How is the oscillator powered, and what are its electrical requirements?

A: The unit is powered by a 9V to 12V DC source, either from a battery or an external supply, offering flexibility for portable and stationary setups with low power consumption.

Q: What processes or procedures should be followed before using the device?

A: Before use, connect the power supply, ensure the load is connected via banana sockets, adjust the variable resistor to the desired frequency, and turn on the switch. Always monitor the output with an oscilloscope and avoid exceeding the recommended load to maintain optimal performance.

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