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  • Using the Capture Module
    be modified to suit the specific needs of an application. This application note has 4 examples that use the Timer3 input capture. They are: ? Frequency Counter (Period Measurement) ? Frequency Counter (Period Measurement) using a Free Running Timer ? Pulse Width Measurement ? Frequency Counter (Period
  • Design Practices for Low-Power External Oscillators (.pdf)
    of the signal wil. result, they require attention to detail of low-power. initial y be reduced. The AGC wil then compensate and. design practices and techniques to ensure robust. increase the amplitude back to its earlier level. This. operation. A poorly designed oscil ator circuit wil have. response
  • LMS Engineers Quickly Reduce Automobile NVH to Best-in-Class Levels
    competitor. LMS used source ranking and benchmarking analysis, investigation of critical noise path, and counter measure evaluation by frequency response function (FRF) testing to determine the root cause. The primary contributors were airborne noise and noise transferred through the engine mounts. A new
  • Passive RFID Basics
    Radio Frequency Identification (RFID) systems use radio frequency to identify, locate and track people, assets, and animals. Passive RFID systems are composed of three components an interrogator (reader), a passive tag, and a host computer. The tag is composed of an antenna coil and a silicon chip
  • Migrating Designs from PIC16C74A/74B to PIC18C442
    The PIC18CXX2 was intended to make conversions from midrange controllers to enhanced controllers as easily as possible. Changes to register and bit names, and bit locations were kept to a minimum. The PIC18CXX2 was designed to be pin-compatible with 28-pin and 40-pin midrange controllers. Migrating
  • Clock Design Using Low Power/Cost Techniques
    . The PIC16C54A is perfect for this application, due to it?s small size, high current I/Os with direct LED drive, low cost, fast instruction throughput and low frequency/current operation. Clock Design Using Low Power/Cost Techniques. AN615. Clock Design Using Low Power/Cost Techniques. Clock system
  • Make a Delta-Sigma Converter Using a Microcontroller's Analog Comparator Module
    to establish thresholds. Additionally, one of the comparator inputs can be configured to the RA2 port allowing for the use of an external voltage reference. By combining these elements, a first order modulator and first order filter can be designed, emulating the function of an analog-to-digital
  • Make a Delta-Sigma Converter Using a Microcontroller's Analog Comparator Module
    to establish thresholds. Additionally, one of the comparator inputs can be configured to the RA2 port allowing for the use of an external voltage reference. By combining these elements, a first order modulator and first order filter can be designed, emulating the function of an analog-to-digital

Engineering Web Search: Frequency Counter Designed Top

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