RF Oscillator 3MHz-8MHz (For Ultrasonic Experiments) | AE 522 | ASICO

Home - RF Oscillator 3MHz-8MHz (For Ultrasonic Experiments) | AE 522 | ASICO

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RF Oscillator 3MHz-8MHz (For Ultrasonic Experiments) | AE 522 | ASICO

High-frequency RF oscillator (3MHz-8MHz) designed for ultrasonic experiments. Premium-grade, reliable signal output for precise lab applications.

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Original price was: ₹11,000.00.Current price is: ₹9,900.00.

Description

Specifications Table

Product Material – High-quality electronic components Grade – Research-grade Application – Ultrasonic experiments, signal generation

Product Overview

The RF Oscillator 3MHz-8MHz is a high-performance electronic device engineered for ultrasonic experiments, offering stable and accurate frequency generation within the 3MHz to 8MHz range. Built with premium-grade components, this oscillator ensures minimal signal distortion and high reliability, making it ideal for demanding laboratory applications. Its compact design allows for easy integration into existing experimental setups, while the robust construction guarantees long-term durability. The oscillator delivers consistent output, critical for experiments requiring precise frequency control, such as ultrasonic testing, wave propagation studies, and signal modulation tasks. Whether used in academic research or advanced testing environments, this RF oscillator provides the stability and accuracy needed for reproducible results. The device is designed to operate efficiently under varying conditions, ensuring performance consistency across different experimental scenarios.

FAQs

1. What is the primary function of this RF oscillator?

This RF oscillator is designed to generate stable frequencies between 3MHz and 8MHz, primarily used in ultrasonic experiments and signal-based applications.

2. Is this oscillator compatible with standard lab equipment?

Yes, it is compatible with most standard lab setups that require RF signal input within the specified frequency range.

3. Are there alternatives for lower frequency applications?

For lower frequency needs, consider oscillators in the kHz range, but this model is optimized specifically for 3MHz-8MHz applications.

4. How should this oscillator be stored when not in use?

Store it in a dry, dust-free environment at room temperature, away from direct sunlight and magnetic interference.

5. Where is this RF oscillator sourced from?

This product is manufactured using high-quality components and sourced from trusted suppliers specializing in lab-grade electronic equipment.

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