Audio Frequency Function Generator

Price 7000 INR/ Piece

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MOQ : 1 Piece

Audio Frequency Function Generator Specification

Dimension (L*W*H)
12*10*10 Inch (in)

Model No
EL 203

Weight
1800 Kilograms (kg)

Product Type
IRON & BAKELITE

Material
IRON & BEKELITE

Usage
FOR LABORATORY

Equipment Materials
Iron & Bakelite

Capacity
1 Kg/hr

Temperature Range
10-40 0C Celsius (oC)

Display Type
Digital

Audio Frequency Function Generator Trade Information

Minimum Order Quantity
1 Piece

FOB Port
ambala cantt

Payment Terms
Cash in Advance (CID)

Supply Ability
1 Piece Per Week

Delivery Time
1 Days

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
Each Piece

Main Export Market(s)
Africa, Asia, Western Europe, Central America, Eastern Europe, Australia, North America, Middle East, South America

Main Domestic Market
All India

Certifications
ISO 9001..2015/CE

About Audio Frequency Function Generator

Audio Frequency Function Generator

This is very useful and versatile Laboratory Instruments with three basic Sine, square & Triangular wave output, this is completely I.C. Based with frequency range from 1 Hz-100 KHz in five decade ranges amplitude 0-10 V in the step of 0.2 V, 2V & 10 V.

Robust Construction for Laboratory Applications

Built with high-quality iron and Bakelite, the EL 203 function generator is engineered to withstand the demands of laboratory environments. Its compact size and moderate weight facilitate easy placement and handling, while the sturdy materials enhance its longevity in frequent-use scenarios.

Precise Signal Output and Digital Display

This function generator delivers accurate audio frequency signals, essential for a variety of laboratory tests and experiments. The integrated digital display provides clear readings, ensuring users can monitor and adjust signal parameters with confidence.

Versatile Performance and User Benefits

With a generous capacity and wide temperature operating range, the EL 203 adapts seamlessly to different laboratory conditions. Its functionality promotes efficient workflow, helping professionals perform diagnostics and research tasks efficiently and effectively.

FAQs of Audio Frequency Function Generator:

Q: How is the Audio Frequency Function Generator used in a laboratory setting?

A: The EL 203 model is commonly employed for generating precise audio frequency signals in laboratory experiments, electronic circuit testing, and educational demonstrations. Its straightforward operation and clear digital display make it suitable for both research and teaching purposes.

Q: What are the material advantages of iron and Bakelite in this equipment?

A: Iron provides structural strength, while Bakelite offers thermal insulation and electrical resistance. This combination ensures the function generator remains durable and safe during prolonged use in demanding laboratory environments.

Q: When should calibration of the function generator be performed?

A: Regular calibration is recommended before conducting important experiments, after any repairs, or at the start of each academic term. Accurate calibration helps maintain reliable signal output and enhances experiment results.

Q: Where is this audio function generator manufactured and supplied from?

A: The EL 203 generator is manufactured in India and distributed globally by a trusted exporter and supplier known for high-quality laboratory equipment.

Q: What is the process for generating audio signals with the EL 203?

A: Users set the desired frequency and amplitude using the control interface, observe settings on the digital display, and connect the output to their devices or test circuits. The generator then delivers stable audio frequency signals for experimentation.

Q: What benefits does using a digital display provide in laboratory experiments?

A: A digital display enhances accuracy and ease of use by enabling quick monitoring and adjustment of output parameters. It minimizes errors and improves workflow efficiency, which is vital in precise laboratory environments.

Q: How does the temperature range (1040C) affect the generators performance?

A: Operating within a 1040C temperature range ensures the generator functions optimally and safely across various laboratory conditions, protecting sensitive electronic components and maintaining signal stability.

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