Precise Time Measurement Using CTMU

Xiao Qiong Zuo; Ya Xian Liu

doi:10.4028/www.scientific.net/AMM.214.232

Paper Titles

Optimization of Control Parameters with Switching Operation Mode on Hybrid Brake System for Electric Vehicles
p.213

Applied Mechanics-Based Devices in Mobile Human-Computer Interaction
p.219

Influence of Thermal Distortion of Mirrors in Laser Resonators on Laser Modes
p.223

Lens Design with Silicon Wafer for Terahertz Wave Transmission
p.227

Precise Time Measurement Using CTMU
p.232

Based on Image Procession to Measure Flame Emission Characteristic and Radioactive Properties
p.237

Study on Influence Factors of NMR T2 Spectrum Inversion
p.244

Analysis of High-Speed Energy-Storing Flywheel Rotor
p.249

Leakage Failure and Principle of Underground Low Voltage Grid
p.254

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 214Precise Time Measurement Using CTMU

Precise Time Measurement Using CTMU

Abstract:

Numerous applications require very precise time measurement. Usually, the measurement accuracy is increased by improve the MCU MIPS. It will take the high cost and current consumption, and the accuracy is limited in the MCU MIPS. Using CTMU channels work in conjunction with Analog to Digital converters, the high precise time measurement with low cost MCU can be achieved, and make the time measurement resolution to 1 nanosecond. CTMU module is available in many Microchip microcontrollers.