150 GHz amplifiers fabricated on a commercial GaAs process with an fT of 135 GHz are presented. The core design achieves a gain of 10 dB or more from 105 to 150 GHz and the balanced variant has a bandwidth of 100 to 150 GHz and output power above 8 dBm at 140 GHz. Significantly, this coplanar design was carried out with a model extracted from biased S-parameters up to only 50 GHz taken on a microstrip device with different gate width. The measured S-parameters and output power of the amplifiers agree remarkably well with that predicted by the model.4 page(s
In this paper, we report on a Distributed Amplifier (DA)with positive gain slope and 8.5 Vpp out put...
Abstract—We report 0.2 to 6-GHz MMIC power amplifiers with 12-dB gain, over 23-dBm output power, and...
Measured performance is given for a transmit and a receive amplifier MMIC fabricated using the WINse...
A three-stage V-band amplifier using only coplanar waveguide technology has been realized in a 0.3 u...
A two-stage D-band amplifier MMIC with 12 dB gain at 148 GHz has been developed, using a 0.15 mu m A...
Distributed amplifiers were fabricated successfully with a gain of 8 dB plusminus 1 dB in the freque...
By using a coplanar layout, incorporating transmission lines loaded with lumped shunt MIM-capacitors...
We report on the development of a very compact 60 GHz high efficiency power amplifier operated at a ...
Two compact coplanar MMIC amplifiers having high output power at Ka-band are presented. Based on our...
The range of radar and communication systems working in the atmospheric window around 140 GHz strong...
We report the design and fabrication of compact 2- and 3-stage coplanar (CPW) microwave monolithic i...
A broadband high-gain amplifier MMIC (monolithic microwave integrated circuit) operating over the fu...
This paper describe the small signal properties of four 155 GHz low noise amplifiers (LNAs). The LNA...
Wireless communication is revolutionizing global business. As the interactive personal communication...
This paper presents a 50 MHz to 5 GHz broadband gain amplifier using a 0.5 μm gallium-arsenide pseud...
In this paper, we report on a Distributed Amplifier (DA)with positive gain slope and 8.5 Vpp out put...
Abstract—We report 0.2 to 6-GHz MMIC power amplifiers with 12-dB gain, over 23-dBm output power, and...
Measured performance is given for a transmit and a receive amplifier MMIC fabricated using the WINse...
A three-stage V-band amplifier using only coplanar waveguide technology has been realized in a 0.3 u...
A two-stage D-band amplifier MMIC with 12 dB gain at 148 GHz has been developed, using a 0.15 mu m A...
Distributed amplifiers were fabricated successfully with a gain of 8 dB plusminus 1 dB in the freque...
By using a coplanar layout, incorporating transmission lines loaded with lumped shunt MIM-capacitors...
We report on the development of a very compact 60 GHz high efficiency power amplifier operated at a ...
Two compact coplanar MMIC amplifiers having high output power at Ka-band are presented. Based on our...
The range of radar and communication systems working in the atmospheric window around 140 GHz strong...
We report the design and fabrication of compact 2- and 3-stage coplanar (CPW) microwave monolithic i...
A broadband high-gain amplifier MMIC (monolithic microwave integrated circuit) operating over the fu...
This paper describe the small signal properties of four 155 GHz low noise amplifiers (LNAs). The LNA...
Wireless communication is revolutionizing global business. As the interactive personal communication...
This paper presents a 50 MHz to 5 GHz broadband gain amplifier using a 0.5 μm gallium-arsenide pseud...
In this paper, we report on a Distributed Amplifier (DA)with positive gain slope and 8.5 Vpp out put...
Abstract—We report 0.2 to 6-GHz MMIC power amplifiers with 12-dB gain, over 23-dBm output power, and...
Measured performance is given for a transmit and a receive amplifier MMIC fabricated using the WINse...