UMS Has Launched the Fully Matched GaN S-Band Chipset: a 60W HPA (the CHZ9012-QFA ) and a 12W driver (the CHZ8012-QJA)

2023-09-14 UMS News
HPA,S-Band Quasi-MMIC High Power Amplifier,driver,CHZ8012-QJA

UMS has launched a state of the art fully matched S-band chipset composed of 2 products, a 60W HPA (the CHZ9012-QFA ) and a 12W driver (the CHZ8012-QJA).


CHZ8012-QJA

The CHZ8012-QJA is an S-Band Quasi-MMIC High Power Amplifier based on an internally produced GaN power bar and GaAs input and output matching circuits. It can be also used as a driver for the CHZ9012-QFA.

 

This product is fully matched to 50Ω and produces 12W output power with a PAE >52%.

 

It can be used in a wide range of applications, from military to commercial radar systems.


The circuit is supplied in a low cost DFN plastic package which provides low parasitics and low thermal resistance:

  • Rth=4.2℃/W

  • Tj=135℃ (peak junction temperature).

Conditions: Tcase = 95℃; Pin=29dBm; Pulsed mode (400µs/15%)


Performance summary:

  • Frequency range: 2.6-3.4GHz

  • Rth: 4.2℃/W

  • Output power: 12W

  • PAE: >52%

  • DC bias: Vd up to 30V

  • DFN package; 28 leads 7x7mmS

  • Pulsed operating mode


CHZ9012-QFA


The CHZ9012-QFA is an S-Band Quasi-MMIC High Power Amplifier based on an internally produced GaN power bar and GaAs input and output matching circuits. It can also be used together with the CHZ8012-QJA as a driver.

 

This product is fully matched to 50Ω and exhibits 60W output power with more than 50% PAE.

 

This product is suitable for a wide range of applications, from military to commercial radar systems.


This circuit is supplied in a low cost DFN plastic package which provides low parasitics and low thermal resistance:

  • Rth=0.86℃/W

  • Tj=138℃ (peak junction temperature).

Conditions: Tcase = 95℃; Pin=39dBm; Pulsed mode (400µs/15%)

Performance summary:

  • Frequency range: 2.7-3.4GHz

  • Rth: 0.86℃/W

  • Output power: 60W

  • PAE: >50%

  • DC bias: Vd up to 30V

  • DFN package; 30 leads 8x8mmS

  • Pulsed operating mode

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