Titlebook: Wide-Bandwidth High Dynamic Range D/A Converters; Konstantinos Doris,Arthu van Roermund,Domine Leena Book 2006 Springer-Verlag US 2006 Ana

有罪

https://doi.org/10.1007/0-387-30416-9Analog to Digital Converters A/D; CMOS; Current Steering; Digital to Analog Converters D/A; High-speed c

Gourmet

978-1-4419-4026-1Springer-Verlag US 2006

Range-Of-Motion

RECUR

Konstantinos Doris,Arthu van Roermund,Domine LeenaFollows a unique analysis and synthesis approach based on a framework of concepts.Provides to the reader a thorough understanding of high frequency error mechanisms on current steering D/A converters.

intricacy

冰雹

Functional modeling of timing errors,s, thus facilitating insight of the dynamic effects. The problem of non-uniform timing will be described, and relevant sides of this problem will be addressed. In this way the link between communication system, a D/A architecture, and its circuit problems will be established.

fodlder

Circuit analysis of local timing errors,s will show the error generation mechanisms and the in-fluence of device properties and circuit topologies. Finally, circuit and functional analysis will be combined to reveal tradeoffs between signal properties, architecture, design and process parameters, and power consumption.

COLON

0893-3405 equency error mechanisms on current steering D/A converters.IGH-SPEED Digital to Analog (D/A) converters are essential components in digi- Htal communication systems providing the necessary conversion of signals encoding information in bits to signals encoding information in their amplitude vs. time

珍奇

Digital to Analog conversion concepts,ta in Analog format. This description excludes the electrical nature of conversion, and refers basically to how information is represented, i.e. in digital or in analog form. When one speaks of an electronic Digital to Analog converter there are additional conversions that take place.

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Framework for Analysis and Synthesis of DACs,t and output signals. It can be described in various hierarchical layers with subfunctions, circuits, etc. Actual input signals are applied to it via its functional, electrical, and physical environment. The functional inputs are constitutional parts of its functional relationship, whereas all other