By Kai Chang
RF and Microwave Engineering is likely one of the quickest development parts of the earlier decade and should most likely remain a really energetic zone of study and alertness in a wide number of fields. The six quantity set of Encyclopedia of RF and Microwave Engineering illustrates how this box has been the main to allowing know-how liable for the outstanding development of instant communications. This set additionally examines how RF and microwave engineering maintains to have nice effect because the know-how in the back of such vital purposes as radar, distant sensing, handheld remote control, sensors, navigation, surveillance, digital conflict, radiometers, plasma study, and imaging.
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- AAP Awards for Excellence in specialist and Scholarly Publishing, 2006
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There are several architectures for D/A converters depending on the speed, resolution, complexity, and area requirement . In this section, we will focus on one particular type of D/A converter commonly known as a current steering array, which offers high-speed D/A conversion using current as a unit element for analog computation of digital input. Other formats such as switched-capacitor architectures or resistor ladder architectures are also used for D/A conversion. In switchedcapacitor D/A converters, charge across unit capacitors is used as the unit for analog computation instead of current.
The folder output feeds the latches that regenerate its output to logic levels. In case of folding and interpolating ADC, the outputs of the folder may be averaged by a resistor network. interpolation depends on the linearity of the individual folder waveforms over a large input range. The folding operation can also be pipelined to increase throughput and relax design requirements on the individual folders [6,27]. 5. 2, where more than two stages are used for digitization [1,11,18,28,29]. The second stage in the two-step ADC will also now consist of a sub-D/A converter and subtractor to generate a residue output that can be further digitized by the following stages that may appear identical to the first two stages.
The second stage in the two-step ADC will also now consist of a sub-D/A converter and subtractor to generate a residue output that can be further digitized by the following stages that may appear identical to the first two stages. Use of an interstage gain amplifier relaxes the resolution requirement of the D/A converter and subtracter and also enables the use of the same flash ADC for all its stages. The bandwidth and the gain of the amplifier used in the MDAC is limited by the op-amp (operational amplifier) settling time, which depends on the speed and resolution specifications of the overall ADC.