MMIC / Millimeter MMIC

MMIC products

ASB Inc. has an R&D design center for MMIC circuit and RF module simulation. The circuit simulation and layout software includes commercially available ADS, Cadence, etc. on PC-based environment.

By using self-contained design capability we develop the MMICs, the SMD-type RF modules, and microwave sub-modules up to 30 GHz aiming at the commercial markets such as DTV, DVB/DMB, CDMA, GSM, WCDMA, GPS, WLAN, CATV, WiBro/WiMAX and so on. 

The company owns about 100 patents, related to a world-level proven heterojunction bipolar transistor (HBT) technology and MMIC design, and also has circuit design engineers with 5~20 years experience. The company is mainly using SiGe HBT and BiCMOS, InGaP HBT, and InGaAs Enhanced-mode pHEMT technologies and will expand into analog & mixed-signal IC to challenge a fast growing IT market.

Download the ASB Inc product catalogue.

MMIC Amplifier

ASB Inc MMIC Amplifier

LNA Module

ASB Inc LNA Module

Power Amplifier

ASB Inc Power Amplifier

PLL Synthesiser Module

ASB Inc PLL Synthesiser Module

Attenuators

ASB Inc Attenuators

3 Volt Application

ASB Inc 3 Volt Application

 

  

mmic

Millimeter MMIC

Arralis design and manufacture the Tucana: 94GHz Chipset.

Developing leading edge MMICs means Arralis can offer cutting edge sub-systems and complete RF front-ends to our customers.

The Arralis Tucana range of modules consist of individual function modules (HPA, MPA, LNA, X4) as well as 92-96GHz Transmit and Receive modules with convenient WR10 antenna connections and SMA x-band connections for signal inputs and outputs.

The transmitter and receiver sub-systems enable rapid breadboard of radar products.

The devices are supplied as die and enable the realisation of a complete 92-96GHz radar system front end with C/X band inputs and W-band outputs.

Current applications include - autonomous automotive, helicopter landing, space and massive data rate wireless communications.

The MMICs are all compatible with conventional die attach methods, as well as thermo-compression and thermosonic wire bonding, making them ideal for MCM and hybrid microcircuit applications.

The Arralis Tucana range of multi-stage MMIC devices are fabricated on a robust gallium arsenide 50um substrate.

Medium Power Amplifier 92-96GHz TU-W1320301 13dB gain, 12dBm
Medium Power Amplifier 95-105GHz TU-W1320301 20dB gain, 16dBm
SPST 85-94GHz TU-W1401501 >10dB Isolation, <1.7dB IL
SPST 85-100GHz TU-W1401501-SPS >20dB Isolation, <2dB IL
SPDT 92-96GHz TU-W1401502 <5dB IL, >15dB Isolation, >8dB OPEN RL
SP3T 98-104GHz TU-W1401503 <5.5dB IL, >15dB Isolation, >6dB OPEN RL
LNA 92-96GHz TU-W1320301 20dB Gain, 60mA
Mixer 92-96GHz TU-W1340307 (Image Reject)15-17dB conversion loss, >20dBc IR, >30dBc LO Isolation
Mixer 92-96GHz TU-W1340308 (Transconductance) 4dB conversion loss, >40dBc 2nd Harmonic
ATT 85-100GHz TU-W1401501-ATT 2 – 20dB attenuation (-1.5V to 1.5V)
HPA 89-93GHz TU-W1330305 >10dB gain, 19dBm
HPA 92-96GHz TU-W1330305 >10dB gain, 19dBm