Description
Specifications Table
Frequency Range – 100 KHz to 110 MHz
Modulation Types – AM/FM
Output Impedance – 50 Ohms
Frequency Stability – ±5 ppm
Grade – Laboratory/Research
Application – Signal testing, calibration, RF circuit design
Product Overview
The RF Signal Generator AM/FM (100 KHz–110 MHz) is a high-precision instrument designed for generating stable radio frequency signals across a broad spectrum, making it indispensable for testing, calibration, and development applications. Engineered with laboratory-grade components, this generator ensures minimal frequency drift and high output purity, critical for accurate measurements in RF circuits. The device supports both amplitude modulation (AM) and frequency modulation (FM), offering versatility for diverse experimental setups. Its 50-ohm output impedance matches standard RF systems, reducing signal reflection and ensuring reliable performance. The frequency stability of ±5 ppm guarantees consistent results over extended operation periods, while the intuitive interface allows for quick adjustments without compromising precision. Built for durability, this generator is ideal for environments where signal integrity and repeatability are paramount, from educational labs to professional research facilities. The compact design does not sacrifice functionality, providing a robust solution for engineers, students, and researchers working with radio frequency technologies.
FAQs
1. What is the primary use of this RF signal generator?
This RF signal generator is primarily used for testing and calibrating RF circuits, verifying receiver sensitivity, and generating stable signals for experimental setups in labs.
2. Can this generator be used for both AM and FM modulation simultaneously?
No, the generator supports either AM or FM modulation at a given time, but you can switch between the two modes as needed for different testing requirements.
3. What power supply does this RF signal generator require?
The generator typically operates on a standard 220-240V AC power supply, but always refer to the user manual for specific voltage and current requirements.
4. How does the frequency stability of ±5 ppm benefit my experiments?
A frequency stability of ±5 ppm ensures that the output signal remains highly consistent over time and temperature variations, which is critical for precise measurements and reliable test results.
5. Are there any alternatives if I need a signal generator with a higher frequency range?
If your application requires frequencies beyond 110 MHz, consider exploring signal generators with extended ranges up to 1 GHz or higher, depending on your specific needs.
