Function Generator

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MOQ : 1 Piece

Function Generator Specification

Control Type
Manual

Features
High Quality

Material
Plastic & Glass

Application
Laboratory

Frequency Stability
0.1%/hr

Duty Cycle Adjustment
10% to 90%

Impedance
600 Ohm

Signal Output Range
1 Hz to 1 MHz

Modulation Capability
AM/FM

Operating Temperature
0AAC to 50AAC

Output Voltage
Up to 20Vpp

Weight
3 kg

Waveform Types
Sine, Square, Triangle

Function Generator Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Function Generator About

Function Generator

The Function Generator is capable of Providing SINE, SQUARE, TRIANGLE. Low Distortion Function Generator has linear Frequency Scale very low Distortion and constant signal amplitude with the output Signal Symmetry about Zero. The DC coupled output provides square wave without any appreciable Sag at low frequency. It has maximum 20 VP/P amplitude. The output is protected against short circuit. It has a offset control provided to shift the base line of signal by + 10 volts. The continuously variable DC offset control further enhances the versatility of the instrument. The equipment is used in Audio Electronics and other Laboratory & Research Work. Moreover, we are looked upon as one of the major Portable Function Generator Manufacturers & Exporters in India

Precise Signal Generation for Laboratories

Engineered for laboratory environments, this function generator delivers highly stable and accurate electronic waveforms essential for research, diagnostics, and educational demonstrations. Users benefit from a broad frequency range and multiple waveform options, making it ideal for diverse testing scenarios.

Reliable and User-Friendly Design

The generators compact build, weighing just 3 kg, ensures easy mobility while maintaining rigorous standards for accuracy and performance. Its intuitive control panel allows users to modulate signals with ease, supporting both amplitude and frequency modulation applications.

Consistent Performance and Durability

Constructed from durable plastic and glass, the function generator promises longevity and resilience under frequent laboratory use. With a frequency stability of 0.1%/hr and impedance matching to 600 Ohm, it provides consistent performance, minimizing errors in sensitive electronic tests.

FAQs of Function Generator:

Q: How does the function generator support laboratory testing and research?

A: The function generator produces multiple waveforms such as sine, square, and triangle signals, which are essential in testing, calibration, and simulation of electronic circuits in laboratory research.

Q: What is the frequency range and stability of the function generator?

A: The instrument operates within a signal output range of 1 Hz to 1 MHz and offers frequency stability of 0.1% per hour, ensuring precise and consistent signal generation for extended experiments.

Q: When should amplitude or frequency modulation be used with this generator?

A: Amplitude (AM) and Frequency (FM) modulation are used when you need to simulate communication signals or test radio-frequency circuits, making the generator suitable for advanced laboratory applications.

Q: Where can the function generator be utilized most effectively?

A: It is designed for laboratory settings and is widely used by educational institutions, research centers, exporters, manufacturers, suppliers, and wholesalers, especially within India.

Q: What materials are used to construct the function generator, and why are they important?

A: The device is built using high-quality plastic and glass to ensure durability, resilience, and safety during repeated use in laboratory conditions.

Q: What is the process of adjusting the output waveform on the function generator?

A: Users can select and modify output waveforms through the intuitive manual control panel, choosing between sine, square, or triangle signals as needed for testing.

Q: What benefits does the function generator provide for electronic testing?

A: It enhances experiment accuracy, supports a wide range of applications, offers consistent output, and enables users to easily simulate different circuit conditions within laboratory environments.

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