PHASE SHIFT OSCILLATOR

Price 2950 INR/ Piece

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PHASE SHIFT OSCILLATOR Specification

Accuracy
Dependent on component tolerances (generally +/- 2%)

Feature
Generates sinusoidal waveform with 180 phase shift

Core Components
Transistors, Resistors, Capacitors

Frequency
Audio Frequency Range (Typically 10 Hz - 10 kHz)

Voltage
Operating Voltage 12V DC (typical)

Power Source
DC Power Supply (9V to 15V)

Model No
PSO-01

Automation Grade
Manual

Equipment Materials
Glass Epoxy PCB, Resistors, Capacitors, Transistors

Type
Electronic Circuit

Usage
Laboratory experiments, waveform generation, educational demonstration

Dimension (L*W*H)
150 mm x 80 mm x 50 mm (approx.)

Weight
Approx. 200 g

Operable Temperature
0C to 50C

Output Waveform
Sine wave

Oscillation Amplitude
Typically 1V to 5V peak-to-peak (depends on supply voltage)

Number of Stages
Three RC Phase Shift stages

Output Terminal
Screw terminals or banana sockets

Application
Student projects, analog waveform source, experiments with phase shift

Assembly
Ready-to-use assembled module

Load Impedance
Recommended >10k

Adjustable Frequency
Yes, via variable resistors

Component Quality
Standard commercial grade

Color
Green PCB with assorted component colors

Startup Time
<1 second

About PHASE SHIFT OSCILLATOR

Seize this ephemeral Sale and Clearance opportunity for the enviable PHASE SHIFT OSCILLATOR (Model No: PSO-01)-a remarkable addition to your laboratory or classroom. This gorgeous green PCB module generates a flawless sine wave with 180 phase shift, ideal for educational demonstrations, experiments, and waveform generation. With adjustable frequency (10 Hz - 10 kHz), rapid startup, and superb component quality, it ensures accuracy within +/-2%. Ready-to-use and easy to connect via screw terminals or banana sockets, this module is perfect for aspiring engineers, educators, and serious hobbyists.

Versatile Uses and Applications

PHASE SHIFT OSCILLATOR is widely utilized by students, educators, and laboratory professionals. It is used for analog waveform generation, phase shift experiments, and hands-on learning studies. Perfect for application surfaces such as educational institution labs, R&D centers, and electronics training workshops, this module offers invaluable support for academic and professional demonstrations involving audio frequency experiments and analog circuit analysis.

Sample Availability, Policy & Export Markets

Premium samples of the PHASE SHIFT OSCILLATOR are available prior to large orders. We follow a customer-friendly Sample Policy and provide secure shipping, ensuring the product arrives safely for your evaluation. Shipments are managed efficiently within India and extend to international markets such as Asia, Africa, and the Middle East. Experience premium product quality with every order, designed for exporters, manufacturers, and suppliers seeking reliability.

FAQ's of PHASE SHIFT OSCILLATOR:

Q: How do I adjust the frequency of the PHASE SHIFT OSCILLATOR?

A: The frequency can be finely tuned using the built-in variable resistors. Adjust these components as needed to shift the output waveform frequency within the typical audio range of 10 Hz to 10 kHz.

Q: What are the main benefits of using this oscillator module in educational settings?

A: This oscillator provides a practical and hands-on approach to understanding phase shift concepts, waveform generation, and analog electronics, making it ideal for student projects, laboratory experiments, and classroom demonstrations.

Q: When is the PHASE SHIFT OSCILLATOR ready to use after powering on?

A: The module offers a rapid startup, becoming fully operational in less than one second after connecting to its DC power supply.

Q: Where is the PHASE SHIFT OSCILLATOR typically used or installed?

A: Common application areas include educational laboratories, technical training centers, R&D facilities, and electronics experimentation workshops.

Q: What process should I follow to connect the output?

A: Connect your load (recommended above 10k impedance) to the output terminals, which are compatible with either screw terminals or banana sockets, ensuring secure and stable operation.

Q: How accurate is the output waveform?

A: The amplitude and frequency accuracy are generally within 2%, depending on component tolerances, significantly supporting reliable academic and experimental results.

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