Description
Specifications Table
Frequency Range – 100kHz to 30MHz
Output Power – Adjustable (typical 0dBm to -20dBm)
Grade – Laboratory/Research Grade
Application – Signal testing, circuit calibration, RF experiments
Product Overview
The RF Signal Generator (100kHz-30MHz) is a high-performance instrument designed for precise frequency generation in laboratory and research environments. Engineered with stability and accuracy in mind, it delivers clean, low-distortion signals across its wide frequency range, making it ideal for testing, debugging, and calibration tasks. The adjustable output power allows flexibility in signal strength, ensuring compatibility with various test setups. Built with durable components, this generator maintains consistent performance even under prolonged use, reducing signal drift and ensuring reliable results. Its user-friendly interface simplifies frequency adjustments, while the compact design saves bench space without compromising functionality. Whether used for RF circuit development, educational experiments, or professional research, this signal generator provides the precision and dependability required for critical applications.
FAQs
1. What is the typical output power range of this RF signal generator?
The output power is adjustable, typically ranging from 0dBm to -20dBm, allowing flexibility for different testing requirements.
2. Can this generator be used for amplitude modulation (AM) experiments?
Yes, it supports basic modulation functions, making it suitable for AM experiments and other signal testing applications.
3. Are there any recommended accessories for better performance?
A high-quality coaxial cable and attenuators are recommended to maintain signal integrity and prevent distortion during use.
4. How should this signal generator 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. Is this suitable for educational lab setups?
Yes, its precise frequency control and stable output make it ideal for academic experiments and training purposes.
