| Brand | Anritsu |
|---|---|
| Frequency Range | 9 kHz to 20/43.5/70 GHz |
| Phase Noise (SSB) | –136 dBc/Hz (typical) @ 10 GHz, 10 kHz offset |
| Modulation Capability | AM, FM, PM, Pulse + waveform generation |
| Output Level | -130 dBm to +6/+16/+20 dBm |
MG362x1A
The Anritsu MG362x1A is a Rubidium RF/Microwave Signal Generator designed to provide high-performance, low-noise signals for demanding test environments. This series delivers stable output from 9 kHz to 70 GHz with an exceptional phase noise of –136 dBc/Hz at 10 GHz. It offers unmatched frequency stability through integrated rubidium atomic clock technology and versatile modulation options for complex signal simulation.
Key Specifications & Features
- Frequency Range: 9 kHz up to 70 GHz (model dependent)
- Phase Noise: –136 dBc/Hz typical at 10 GHz (10 kHz offset)
- Stability: Internal Rubidium atomic clock timebase
- Modulation: Support for AM, FM, Phase, Pulse, and Pulse Train (Option 25)
- Output Power: Options for high power (Option 15) and 90 dB mechanical step attenuators
- Connectivity: Remote control via USB, Ethernet, and GPIB
- Interface: 7-inch capacitive touch screen
- Synchronization: Optional GNSS/GPS atomic clock receiver (Option 66)
| MG362XXA-0026 | Option 26, Pulse Modulation, Internal/External (Requires Option 27) |
| MG362XXA-0027 | Option 27, Modulation Hardware (Requires Option 12, 26, or both for functionality) |
| MG362XXA-0029 | Option 29, Front Panel Modulation Input/Output Access (Requires Option 27 and either Option 12 or 26) |
| MG362XXA-0030 | Option 30, 600 Ohm External AM/FM Input Impedance (Requires Options 12 and 27) |
| MG362XXA-0033 | Option 33, Phase Noise, Export Option (Cannot be ordered with Options 3, 13, and 56) |
| MG362XXA-0037 | Option 37, Removable SDIO Memory |
| MG362XXA-0056 | Option 56, Ultra Stability Time Base (Requires Option 3 or 13) |
| MG362XXA-0066 | Option 66, GNSS Atomic Clock Receiver (Requires Option 3 or 13) |
| MG362XXA-0025 | Option 25, Pulse Train Modulation (Requires Options 26 and 27) |
| MG362XXA-0001 | Option 1, Rack Mount with Slides (Cannot be ordered with Option 11) |
| MG362XXA-0002 | Option 2, Mechanical Step Attenuator, 90 dB |
| MG362XXA-0003 | Option 3, Low Phase Noise and High Stability |
| MG362XXA-0010 | Option 10, User Defined Modulation (Requires Options 12, 26 and 27) |
| MG362XXA-0011 | Option 11, Rack Mount without Slides (Shelf Mount) |
| MG362XXA-0012 | Option 12, Amplitude, Frequency, and Phase Modulation, Internal/External (Requires Option 27) |
| MG362XXA-0013 | Option 13, Ultra Low Phase Noise (Requires Option 3) |
| MG362XXA-0015 | Option 15, High Power Output |
| MG36221A | Signal Generator 9 kHz to 20 GHz, Output Level -130 dBm to +20 dBm, Phase Noise -136 dBc/Hz (typ.) (10 GHz, 10 kHz offset) |
| MG36241A | Signal Generator 9 kHz to 43.5 GHz, Output Level -130 dBm to +160 dBm, Phase Noise -136 dBc/Hz (typ.) (10 GHz, 10 kHz offset) |
| MG36271A | Signal Generator, 9 kHz to 70 GHz, Output Level -90 dBm to +6 dBm, Phase Noise -136 dBc/Hz (typ.) (10 GHz, 10 kHz offset) |
| MG36221A | 9 kHz to 20 GHz, Rubidium atomic clock, RF/Microwave Signal Generator |
| MG36241A | 9 kHz to 46.5 GHz, Rubidium atomic clock, RF/Microwave Signal Generator |
| MG36271A | 9 kHz to 70 GHz, Rubidium atomic clock, RF/Microwave Signal Generator |
MG362x1A
The Anritsu MG362x1A Rubidium RF/Microwave Signal Generator is a high-performance signal source engineered for precise device characterization and radar system testing. It bridges the gap between standard oscillators and laboratory-grade references by utilizing advanced rubidium atomic clock technology. This series ensures spectrally pure signals across a wide frequency spectrum, making it ideal for calibration labs and communication system design. Built for reliability, the generator features a modern 7-inch touch screen interface that simplifies complex modulation setups. The hardware supports extensive waveform generation including pulse train modulation and user-defined modulation when equipped with options such as Option 25 and Option 10. Its low phase noise performance is further enhanced by ultra-stability time base options like Option 56, providing the precision required for high-frequency measurements. The series includes three primary models: the MG36221A (20 GHz), MG36241A (43.5/46.5 GHz), and MG36271A (70 GHz). Users can customize their units with various hardware options such as high-power output (Option 15), mechanical step attenuators (Option 2), and removable SDIO memory (Option 37). Connectivity is versatile, featuring standard USB and Ethernet ports alongside GPIB for legacy system integration.Wide Frequency Coverage
Models are available covering a broad frequency range from 9 kHz up to 70 GHz.
Exceptional Phase Noise
Delivers typically –136 dBc/Hz at 10 GHz with a 10 kHz offset for maximum spectral purity.
Rubidium Time Base
Integrated atomic clock technology ensures maximum frequency stability and precision for laboratory measurements.
Modern Touch Interface
Features a 7-inch capacitive touch screen for intuitive navigation and control of complex signal parameters.
Atomic Clock Frequency Stability
The MG362x1A utilizes an internal rubidium atomic clock timebase to achieve superior frequency stability compared to standard oven-controlled crystal oscillators. This performance can be further enhanced with an optional GNSS/GPS receiver for ultra-precise timing and synchronization across distributed test systems.
Comprehensive Modulation Capabilities
This signal generator supports a wide array of modulation formats including AM, FM, Phase, and Pulse modulation for versatile signal simulation. With optional hardware, users can implement complex pulse train generation and user-defined modulation to meet specific radar and communication testing requirements.
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