This paper describes a 14-bit 80-MSPS ADC with 100-dB SFDR at 70-MHz input frequency in a 0.35-mu m single-well bicmostechnology drawing 1.2 W from a dual 3.3 V/5.0 V supply. Key barriers to high dynamic range in pip...
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This paper describes a 14-bit 80-MSPS ADC with 100-dB SFDR at 70-MHz input frequency in a 0.35-mu m single-well bicmostechnology drawing 1.2 W from a dual 3.3 V/5.0 V supply. Key barriers to high dynamic range in pipeline ADCs at high clock rates and some methods to overcome these barriers will be presented. These methods include a sampling front-end without the use of a designated Sample and Hold (S/H). A bicmos switching input buffer is used along with the strategic use of bicmos design techniques. Also, calibration is combined with capacitor shuffling to maximize linearity with minimal noise impact.
We present a 0.13 μm SiGe bicmostechnology for millimeter wave applications. This technology features a high performance HBT (fT = 300 GHz /fmax = 330 GHz) along with various newly developed millimeter wave features...
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This paper presents a novel quadrature VCO (QVCO) implemented in a 47GHz SiGe technology. The QVCO is a serially coupled LC VCO that utilizes SiGe HBTs for oscillation and MOSFETs for coupling. The SiGe bicmos QVCO pr...
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This paper presents a state-off the art low-noise SiGe-amplifier (LNA) for the frequency range from 75 up to 85 GHz integrated in a 0.18 mu m bicmostechnology [1, 2]. The LNA shows noise figures of about 6.2 dB at 77...
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ISBN:
(纸本)9781424404582
This paper presents a state-off the art low-noise SiGe-amplifier (LNA) for the frequency range from 75 up to 85 GHz integrated in a 0.18 mu m bicmostechnology [1, 2]. The LNA shows noise figures of about 6.2 dB at 77 GHz and simultaneously extremely high gain adjustable from nearly 0 dB up to 33 dB at 77 GHz. The possibility to fully disable the LNA completes the functionality of the presented circuit. To the knowledge of the author this combination demonstrates the best performance in noise and gain ever reported for a commercial bicmos process [3, 4]. Microstrip transmission lines in combination with integrated MIM capacitors are used as matching elements. The SiGe(C)-HBT demonstrates A typical maximum f(T) and f(max) performance of approx. 200 GHz, respectively.
This paper describes a 14-bit 80-MSPS ADC with 100-dB SFDR at 70-MHz input frequency in a 0.35-mu m single-well bicmostechnology drawing 1.2 W from a dual 3.3 V/5.0 V supply. Key barriers to high dynamic range in pip...
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This paper describes a 14-bit 80-MSPS ADC with 100-dB SFDR at 70-MHz input frequency in a 0.35-mu m single-well bicmostechnology drawing 1.2 W from a dual 3.3 V/5.0 V supply. Key barriers to high dynamic range in pipeline ADCs at high clock rates and some methods to overcome these barriers will be presented. These methods include a sampling front-end without the use of a designated Sample and Hold (S/H). A bicmos switching input buffer is used along with the strategic use of bicmos design techniques. Also, calibration is combined with capacitor shuffling to maximize linearity with minimal noise impact.
A fully integrated heterodyne receiver with 1.1 GHz of intermediate frequency is presented. The circuits has been designed to be compliant with the multi-standard (IEEE 802.11a and HiPerLAN/2) indoor 5-6 GHz WLAN appl...
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Factors contributing to the observed bias-dependent features in common-base (CB) dc instability characteristics are examined for advanced SiGe HBTs. Parameters relevant to CB instabilities are identified and extracted...
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For the first time, a high performance, low leakage Schottky barrier diode (SBD) with cutoff frequency above 1.0 THz in a 130nm SiGe bicmostechnology for millimeter-wave application is described. Device optimization ...
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This paper presents a small dual-band 0.9GHz /1.8GHz inverse class F power amplifier with load-switch functionality using a single bicmos amplifier line-up with a MEMS based reconfigurable matching network. The realiz...
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We investigate, for the first time, the design and implementation of a high-slew rate op-amp in SiGe bicmostechnology capable of operation across very wide temperature ranges, and down to deep cryogenic temperatures....
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