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A low power transceiver architecture for the 2.4 GHz ISM band using a 1.0 V supply is presented. It employs a transformer to convert the 100 Ω antenna impedance to almost 1 kΩ and so facilitates a low power transmitter and receiver. The simulated post-layout output power of the differential class-E power amplifier is 2.0 dBm with a drain efficiency of 28.4%. The direct-conversion receiver achieves...
This paper presents a procedure for the design of two-stage Miller-compensated operational transconductance amplifiers in switched-capacitor circuit applications. The objective of this approach, implemented in MATLAB, is the electrical-level synthesis of amplifiers so that settling error specifications are satisfied with minimum power consumption. At the core of the tool, an accurate routine for parasitics...
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