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	Saving power and area with multi-bit pulsed latches Král, Vojtěch ; Horský, Pavel (oponent) ; Dřínovský, Jiří (vedoucí práce) This thesis describes types of power consumption in CMOS technology and low power techniques that can be used in application-specific integrated circuits. It describes a multi-bit pulsed latch as one of the low power techniques that can be used as a better replacement for a standard multi-bit master-slave flip flop. The multi-bit pulsed latch is composed of two parts: a pulse generator and a pulsed latch. Different useful topologies are mentioned. Topologies are chosen for their optimized area and power consumption. A schematic of the multi-bit pulsed latch is designed from chosen topologies and compared to a schematic of the standard multi-bit flip flop. Required layouts of multi-bit pulsed latches are then made and compared to standard layouts of multi-bit flip flops. Those designed multi-bit pulsed latches are also simulated in a simple design. Úplný záznam
	Saving area and power consumption in 65 nm digital standard cell library Král, Vojtěch This study aims to investigate multi-bit pulsed latches in comparison with multi-bit flip flops as one of the low-power solutions in 65 nm technology process. Topologies of pulse generators and multi-bit pulsed latches were investigated to find out which can be more suitable. The pulse generator was chosen because of its low power and a small area in comparison with other options. The pulse generator is made of a simple AND logical gate and a double-stacked inverter. The pulsed latch was also chosen because of its low power, small area, and reliability of the circuit. The chosen topology is modified PPCLA. Simulations of the chosen topology had shown that multi-bit flip flops could be replaced with more effective multi-bit pulsed latches. Úplný záznam
	Saving power and area with multi-bit pulsed latches Král, Vojtěch ; Horský, Pavel (oponent) ; Dřínovský, Jiří (vedoucí práce) This thesis describes types of power consumption in CMOS technology and low power techniques that can be used in application-specific integrated circuits. It describes a multi-bit pulsed latch as one of the low power techniques that can be used as a better replacement for a standard multi-bit master-slave flip flop. The multi-bit pulsed latch is composed of two parts: a pulse generator and a pulsed latch. Different useful topologies are mentioned. Topologies are chosen for their optimized area and power consumption. A schematic of the multi-bit pulsed latch is designed from chosen topologies and compared to a schematic of the standard multi-bit flip flop. Required layouts of multi-bit pulsed latches are then made and compared to standard layouts of multi-bit flip flops. Those designed multi-bit pulsed latches are also simulated in a simple design. Úplný záznam

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