Anritsu MG362X1A RF/Microwave Signal Generator – RF/Microwave Signal Generator

The Anritsu MG362X1A is a family of high-performance RF/microwave signal generators designed for demanding applications requiring exceptional signal purity and frequency stability. These generators offer a broad frequency range and flexible modulation capabilities, making them suitable for a wide array of R&D, manufacturing, and depot repair environments. The MG362X1A series is engineered to deliver industry-leading phase noise performance, low harmonics, and spurious levels, enabling accurate measurements in complex testing scenarios.

### Technical Specifications

**Frequency and Output Characteristics:**

* **Frequency Range:** 9 kHz to 70 GHz, with models available up to 20 GHz (MG36221A), 43.5 GHz (MG36241A), and 70 GHz (MG36271A). Operable up to 72 GHz.
* **Frequency Resolution:** 0.001 Hz.
* **Output Power:** -130 dBm to +20 dBm (standard at 20 GHz), -130 dBm to +16 dBm (standard at 43.5 GHz), -100 dBm to +6 dBm (standard at 70 GHz). An optional high power output is available (Option 15).
* **Leveled Output Power:** Up to +30 dBm.
* **Harmonics:** Better than -58 dBc (typical) and -55 dBc (20/43.5/70 GHz).
* **Non-Harmonics (Spurious):** Less than -63 dBc (20/43.5/70 GHz).
* **SSB Phase Noise:** -136 dBc/Hz (typical) and -140 dBc/Hz (measured) at 10 GHz output, 10 kHz offset. Low phase noise options (Option 3, Option 13, Option 23) are available for further enhancement.

**Modulation Capabilities:**

* **Modulation Types:** AM, FM, PM, and Pulse modulation.
* **Simultaneous Modulation:** Supports AM/FM, AM/PM, or FM/Pulse for complex waveforms like chirps.
* **Pulse Modulation:**
* Rise/Fall Times: 5 ns (typical).
* Leveled pulse modulation.
* Pulse train generator option for simulating complex radar signals.
* Quad pulse signal generation and pulse sweep capabilities.
* **LF Waveforms:** Sine, Square, Pulse, Triangle, Ramp, Gaussian Noise (GN), Uniform Noise (UN), and User Defined.
* **Sweep Modes:** Analog, Step, List.
* **Sweep Width:** 9 kHz to the full frequency range.

**Frequency Stability and Reference:**

* **Internal Time Base Stability:**
* OCXO (Option 56): Aging rate < ±5 × 10⁻⁷ per year. * Rubidium (Option 56): Aging rate < ±1 × 10⁻⁹ per year, Allan deviation < 8.0x10⁻¹² over 100 sec. * Internal time base stability (Option 3): Aging rate < ±2.0 x 10⁻⁸ per year. * **External Reference Synchronization:** Can lock an internal OCXO reference to an external GNSS/GPS signal for enhanced stability. Option 66 provides a GNSS/GPS atomic clock receiver. * **Reference Frequency Input/Output:** 10 MHz, 100 MHz, 1600 MHz.**Performance Specifications:*** **Residual FM:** Not applicable to modulation modes. * **Spurious Levels:** Less than -63 dBc. * **Harmonics:** Better than -58 dBc.**User Interface and Control:*** **Front Panel:** 7-inch touch screen, keypad, and dial. Four USB 3.0 ports on the front panel. * **Remote Control Interfaces:** * 6 x USB 3.0 * 1 x 10/100/1000 Ethernet * 1 x GPIB * **Drivers:** Industry-standard IVI.NET and IVI-C drivers, SCPI command support.**Power Characteristics:*** **Power Sweep Resolution:** 0.01 dB/step.### Electrical* **RF Output Connector:** K(m) (2.92 mm) for models up to 43.5 GHz. V(m) (1.85 mm) for the 70 GHz model (MG36271A). Option 9 provides a rear panel K(m) connector. * **Reference Frequency Input:** CMOS high-impedance input, BNC type connector, rear panel. Accepts –4 to +4 VDC input voltage. * **10 MHz REF OUT:** 10 dBm, AC coupled, BNC type, rear panel. * **1600 MHz OUT:** 5 dBm, AC coupled, SMA type, rear panel (Enabled with Option 3 or 13). * **PULSE IN:** External TTL compatible signal for pulse modulation, triggering, or gating (Enabled with Option 26). BNC type, rear panel.### Physical* **Chassis:** 3U height. * **Rack Mounting:** Optional rack mount kits available (Option 1, Option 11).### Compatibility* **Waveform Generation:** Sine, Square, Pulse, Triangle, Ramp, GN/UN Noise, User defined. * **Remote Control:** SCPI, IVI.NET, IVI-C drivers. * **External Power Sensors:** Supports Anritsu's True-RMS and CW power sensors via front panel USB ports.### Options* **Option 1:** Rack Mount with Slides. * **Option 2:** Mechanical Step Attenuator, 110 dB. * **Option 3:** Low Phase Noise and High Stability (Required for Option 13). * **Option 6:** Analog Sweep (Available in MG36221A model). * **Option 9:** Rear Panel K(m)-Connector RF Output. * **Option 11:** Rack Mount without Slides (Shelf Mount). * **Option 12:** Amplitude, Frequency, and Phase Modulation (Requires Option 27). * **Option 13:** Ultra Low Phase Noise (Requires Option 3). * **Option 15:** High Power Output. * **Option 23:** Enhanced low phase noise for CW applications between 2 GHz to 20 GHz. * **Option 26:** Enables PULSE IN functionality. * **Option 27:** Required for Option 12. * **Option 56:** Ultra Stability Timebase (Rubidium clock timebase). * **Option 66:** GNSS/GPS Atomic Clock Receiver.Why Choose Aumictech for Anritsu MG362X1A RF/Microwave Signal Generator? At Aumictech, we specialize in supplying high-end RF/Microwave test and measurement equipment. Whether you need to perform complex wireless device evaluations, characterize power amplifiers, or test broadband receivers, our team ensures the Anritsu MG362X1A RF/Microwave Signal Generator delivers maximum performance for your application.