Tiếng Việt
SPECIFICATIONS MICROWAVE ANALOG SIGNAL GENERATOR – KEYSIGHT AP5002A
General technical data: |
|
| Frequency range | 9 kHz to 12, 20, or 26 GHz |
| Resolution | 0.001 Hz (typical) |
| Frequency settling time | 200 μs (typical)
300 μs (max) |
| Modulation capabilities | AM, FM, PM, Pulse, Frequency chirps |
| Frequency switching speed | 300 µs |
| Harmonics at 1 GHz | -30 dBc
-40 dBc (typical) |
| Non-harmonics at 1 GHz | -65 dBc
-75 dBc (typical) |
| Output power range | -20 to +15 dBm
-120 to +23 dBm (option1E1/1EA) |
| Phase noise at 1 GHz, 20 kHz offset | -128 dBc / Hz
-130 dBc / Hz (typical) |
High-Performance microwave analog signal generator: Keysight AP5002A, 9 kHz to 26 GHz
The AP5002A Microwave Analog Signal Generator is a state-of-the-art instrument designed for advanced RF and microwave testing. Covering a wide frequency range from 9 kHz to 12, 20, or 26 GHz, it ensures exceptional performance across various applications, including aerospace, telecommunications, and defense.
Key features:
- Wide frequency range: Flexible options up to 26 GHz, making it suitable for diverse testing environments.
- High precision: Frequency resolution of 0.001 Hz and phase resolution of 0.1 degrees for accurate signal generation.
- Superior phase noise performance: As low as -130 dBc/Hz at 1 GHz, ensuring clean signal output.
- Versatile modulation capabilities: Supports AM, FM, PM, and pulse modulation simultaneously, perfect for complex signal testing.
- Robust output power: Up to +23 dBm with high output power options, meeting stringent power requirements.
Advanced functionality:
- Fast settling time: Frequency/amplitude settling time as quick as 200 μs for rapid adjustments.
- Digital sweep capabilities: Linear, logarithmic, and random sweeps with step times down to 400 μs.
- External reference flexibility: Phase lock to external references from 1 MHz to 250 MHz for synchronized operations.
The AP5002A is compact, lightweight (≤ 2.5 kg), and integrates seamlessly with modern lab environments via LAN and USB interfaces.
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