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High speed and low power dynamic latched comparator for air craft application.
| Content Provider | CiteSeerX |
|---|---|
| Author | Sudha, N. Naga Nayak, V. Narasimha Fazal Basha, Noor Rahil, S. |
| Abstract | Comparators are basic building elements for designing modern analog and mixed signal systems. Speed and resolution are two important factors which are required for high speed applications. This paper presents a design for an on-chip high-speed dynamic latched comparator for high frequency signal digitization. The dynamic latched comparator consists of two cross coupled inverters comprising a total of 9 MOS transistors. The measured and simulation results show that the dynamic latched comparator design has higher speed, low power dissipation and occupying less active area compared to double tail latched and pre-amplifier based clocked comparators. These comparators are used in aircraft applications. The simulation results of three comparators show that the dynamic latched comparator will occupy less active area and also having higher speed and consumes less power. So by using the dynamic latched comparator in the application of aircraft is more efficient when compared to other two comparator designs. The comparator schematics and corresponding layouts are implemented using spice tool. |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | High Speed Low Power Dynamic Latched Comparator Air Craft Application Dynamic Latched Comparator Active Area Simulation Result Mo Transistor Modern Analog Comparator Design Mixed Signal System Clocked Comparators Dynamic Latched Comparator Design Basic Building Element Low Power Dissipation Spice Tool Comparator Schematic High Speed Application On-chip High-speed Dynamic Latched Comparator Aircraft Application High Frequency Signal Digitization Important Factor |
| Content Type | Text |
| Resource Type | Article |
