Description
Agilent signal generator 83620B Opt 001, 006 and 008. Unit powers on. Display is bright. Fan is quiet. Passes self-test. Rf output present. No manual or other accessories. Rear bumper is missing.
**PURCHASER IS RESPONSIBLE FOR CALIBRATION, POSSIBLE MAINTENANCE OR REPAIRS**
Agilent 83620B Swept Signal Generator
The Agilent 83620B Swept Signal Generator is a high-performance RF signal generator designed for applications requiring precise frequency and power control. It is widely used in communications, aerospace, defense, and other industries for testing and development purposes.
Key Specifications
- Frequency Range: 10 MHz to 20 GHz
- Frequency Resolution: 1 Hz
- Output Power Range: -110 dBm to +17 dBm
- Power Resolution: 0.02 dB
- Phase Noise: -90 dBc/Hz at 10 kHz offset (typical at 10 GHz)
- Modulation Types:
- AM, FM, Phase Modulation
- Pulse Modulation
- Sweep Modes:
- Frequency Sweep
- Power Sweep
- List Mode
Features
- Wide Frequency Range:
- Covers a broad spectrum, from 10 MHz to 20 GHz, supporting various RF and microwave testing needs.
- High Output Power with Accuracy:
- Delivers stable and precise output power, ensuring reliable test results.
- Low Phase Noise:
- Ideal for applications requiring clean signals, such as radar and communication testing.
- Versatile Modulation Options:
- Supports amplitude, frequency, phase, and pulse modulation, making it suitable for diverse testing scenarios.
- Programmable Sweep Capability:
- Enables automated testing with programmable frequency and power sweeps.
- GPIB and HP-IB Interfaces:
- Supports remote operation and integration into automated test setups.
- User-Friendly Interface:
- Intuitive controls and display for easy operation.
Applications
- Component Testing:
- Evaluation of amplifiers, filters, and mixers.
- Radar and Communication Systems:
- Testing of receivers and other subsystems in aerospace and defense.
- Signal Simulation:
- Generation of high-quality RF signals for simulation purposes.
- Research and Development:
- Used in laboratories for development and testing of RF technologies.
- Automated Test Systems:
- Integration into production test systems for automated RF measurements.
