4–10 GHz Four-Channel Beamforming IC – MH071

0 out of 5

Frequency range: 4 to 10 GHz
TX linear gain: 11 dB typ.
TX saturated output power: 19.5 dBm typ.
RX linear gain: 3 dB typ.
RX noise figure: 10.5 dB typ.
Supply voltage: 3.3 V, −5 V
6-bit phase control; 5.625° LSB
6-bit attenuation control; 0.5 dB LSB
SKU: MH071 Category: Integrated Circuits (ICs)

Description

The MH071 is a four-channel beamforming IC operating over 4–10 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: Engineering sample.

Four-Channel Beamforming IC Specifications

4–10 GHz

MH071

Index

Value

Frequency range

4 to 10 GHz

TX linear gain

11 dB typ.; COM to Tn

TX output 1 dB compression point

17 dBm typ.

TX saturated output power

19.5 dBm typ.

RX linear gain

3 dB typ.; Rn to COM

RX input 1 dB compression point

2 dBm typ.

RX noise figure

10.5 dB typ.

Gain flatness

−1 to +1 dB

Port VSWR

1.7 typ.

RX current per channel

111 mA typ.

TX quiescent current per channel

135 mA typ.

Operating temperature

−55 to +125 °C

Supply voltage

3.3 V, −5 V

Package / dimensions

Die, 5.5 × 5.6 mm

Features

6-bit phase control; 5.625° LSB

6-bit attenuation control; 0.5 dB LSB

T/R switching time <100 ns

RTRT and TRRT port arrangements

Single-ended 50 Ω RF ports

Application Scenarios

Low-Altitude Sensing
Low-Altitude Sensing
Satellite Communications
Satellite Communications
Intelligent Transportation
Intelligent Transportation
Security Screening
Security Screening

Functional Block Diagram

MH071 functional block diagram