AUDIO FREQUENCY FUNCTION GENERATOR 0-1MHz
AUDIO FREQUENCY FUNCTION GENERATOR 0-1MHz

AUDIO FREQUENCY FUNCTION GENERATOR 0-1MHz

AUDIO FREQUENCY FUNCTION GENERATOR 0-1MHz Specification

  • Type
  • Audio Frequency Function Generator
  • Material
  • Metal Case with electronic components
  • Size
  • Portable bench-top
  • Input Voltage
  • 220V AC, 50Hz
  • Color
  • Grey/White
  • Dimension (L*W*H)
  • 260 x 205 x 95 mm
  • Standards Compliance
  • IS Standard Certified
  • Weight
  • Approx. 2 kg
  • DC Offset Facility
  • Provided
  • Accessories Included
  • Power cord, user manual, test leads
  • Attenuator
  • 20 dB and 40 dB
  • Output Impedance
  • 600 Ohms
  • Modulation
  • Amplitude and Frequency (optional)
  • Power Consumption
  • 10W approx.
  • Frequency Range
  • 0.1 Hz to 1 MHz continuous
  • Display
  • Analog frequency dial
  • Applications
  • Testing audio circuits, research and educational purposes
  • Waveform Output
  • Sine, Triangle, Square
  • Operating Temperature
  • 0°C to 50°C
  • Amplitude Output
  • Up to 10V p-p (open circuit)
  • Output Connectors
  • BNC type
 
 

About AUDIO FREQUENCY FUNCTION GENERATOR 0-1MHz



Shop Now for the Best AUDIO FREQUENCY FUNCTION GENERATOR 0-1MHz, the pivotal tool for professionals and educators alike. This celebrated instrument outputs sine, triangle, and square waveforms across a sizzling frequency range of 0.1 Hz to 1 MHz. With an impressive amplitude output up to 10V p-p (open circuit), selectable attenuation (20 dB/40 dB), and DC offset facility, it is ideal for testing audio circuits and conducting research. The metal case ensures robust durability, while the compact design makes bench-top usage effortless. Order now from Indias trusted distributor, manufacturer, and supplier.

Applications and Usage of Audio Frequency Function Generator

The AUDIO FREQUENCY FUNCTION GENERATOR 0-1MHz finds its place in laboratories, research facilities, and educational institutions. Used for testing audio circuits, analyzing system responses, and supporting academic demonstrations, it is a pivotal instrument in electronics. Its bench-top, portable design allows easy transportation and versatile usage, making it ideal for both routine testing and advanced research applications. Whether for educational or professional purposes, this generator ensures accuracy and reliability in every operation.


Payment, Supply, and Availability Details

We maintain Stock Ready for immediate dispatch and seamless supply to meet your requirements. Payment terms are flexible to suit businesses and educational facilities, ensuring a smooth transaction process. With a robust supply ability, we cater to bulk and individual orders, supporting both domestic and international clients. Samples are available upon request, allowing you to experience product quality before arrival. Trust our celebrated distribution and exporter network for prompt and reliable service.


FAQs of AUDIO FREQUENCY FUNCTION GENERATOR 0-1MHz:


Q: How does the AUDIO FREQUENCY FUNCTION GENERATOR 0-1MHz benefit research and educational applications?

A: It provides precise waveform outputs across a wide frequency range, facilitating in-depth testing and analysis crucial for both research and instructional purposes.

Q: What waveforms can the generator produce, and why are they important?

A: It generates sine, triangle, and square waveforms, enabling comprehensive analysis of audio circuits and supporting a variety of experimental requirements.

Q: Where can the function generator be used effectively?

A: Its best suited for labs, classrooms, and field research, making it pivotal for electronics testing, educational demonstrations, and development projects.

Q: What is the process for ordering and receiving a sample of this product?

A: Contact our sales team to request a sample. Once approved, the sample will be dispatched quickly from our Stock Ready facility, ensuring timely arrival.

Q: How does the DC offset facility support advanced testing needs?

A: The DC offset feature allows users to adjust the waveform baseline, enabling simulation of different conditions for comprehensive circuit testing.

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