5–13 GHz Four-Channel Beamforming IC – MH096Q
TX linear gain: 15 dB typ.
TX saturated output power: 19 dBm typ.
RX linear gain: 3 dB typ.
RX noise figure: 12 dB typ.
Supply voltage: 3.3 V
6-bit phase control; 5.625° LSB
6-bit attenuation control; 0.5 dB LSB
- Description
- Datasheet
- Functional Block Diagram
Description
The MH096Q is a four-channel beamforming IC operating over 5–13 GHz. It integrates low-noise amplification, transmit amplification, digitally controlled attenuation, phase shifting and beam-control circuitry.
Applications: Phased-array radar and communications systems.
Product status: Production.
Four-Channel Beamforming IC Specifications | |
| 5–13 GHz | |
| MH096Q | |
Index | Value |
| Frequency range | 5 to 13 GHz |
| TX linear gain | 15 dB typ. |
| TX output 1 dB compression point | 17 dBm typ. |
| TX saturated output power | 19 dBm typ. |
| RX linear gain | 3 dB typ. |
| RX input 1 dB compression point | 0 dBm typ. |
| RX noise figure | 12 dB typ. |
| In-band gain flatness | 3 dB typ. |
| Port VSWR | 1.8 typ. |
| TX current per channel at P1dB | 200 mA typ. |
| RX current per channel | 110 mA typ. |
| Operating temperature | −55 to +125 °C |
| Supply voltage | 3.3 V |
| Package / dimensions | QFN, 9 × 9 mm, 76 leads |
Features | |
| 6-bit phase control; 5.625° LSB | |
| 6-bit attenuation control; 0.5 dB LSB | |
| 31.5 dB attenuation range | |
| 360° phase-shift range | |
| T/R switching time <100 ns | |
Application Scenarios
Functional Block Diagram
