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  • Buck-Boost LED Driver Using the PIC16F785 MCU
    This application note presents the design equations, schematics and source code for a 5.5W power LED driver using the PIC16F785 MCU. The application, as shown, can be connected to operate as a buck-boost converter or a boost converter. The PIC16F785 makes a great choice for this application because
  • A Digital Constant Current Power LED Driver
    the PIC12HV615 microcontroller (MCU). The increase the allowable current ripple to reduce the PIC12HV615 is an 8-pin MCU with many integrated inductor value. However, the +/- 20% limit is a rule of analog features. The LED driver circuit is a buck (step- thumb to minimize efficiency losses in the LED. You
  • Advanced Driver Assistance (ADAS) Solutions Guide
    The ADAS Guide is intended to help you explore TI's ADAS analog and digital solutions and details its strong roadmap to support the evolution and growth of this exciting application space.
  • TI Gives Sight to Vision Enabled Automotive Technologies
    Cars continue to become smarter and smarter, integrating new and cutting-edge technologies to make the driving experience safer and more enjoyable. With the goal of reducing roadway fatalities, enabling these new advanced driver assistance systems (ADAS) applications takes extensive processing
  • Design and Development of Medical Electronic Instrumentation
    for this chapter include chloriding silver. electrodes, high-impedance electrode buffer array, pasteless bioelectrode, single-ended. electrocardiographic (ECG) amplifier array, body potential driver, differential biopotential. amplifier, instrumentation-amplifier biopotential amplifier
  • | Electronics Industry News for EEs & Engineering Managers
    Intel will spend $800 million to upgrade fab bought from DEC AMD to play key role in future of Alpha architecture Research firm raises semiconductor market forecast Shortage of flat-panel display driver ICs likely to get worse Debug interface standard released for embedded processors Micrel
  • Low-Power Techniques for LCD Applications
    in meeting FIGURE 2: SIMPLIFIED LCD CIRCUIT this requirement. While the LCD Driver module makes TH = (2R*R)/(2R+R)R RTOTAL = RTH + RSW + RCOMdriving LCDs very easy, there are important factors to 2 RTH = 2R /3R take into account in configuring the module so that TH = 2R/3R application can be optimized
  • Integrated motor and drive includes motion controls
    sealed version. The microstepping driver offers resolutions from 200 to 51,200 steps/rev. A series of special resolutions include degrees (36,000 steps/rev or 0.01 / step), arc minutes (21,600 steps/rev or 1 arc min/ step), and metric (25,400 steps/rev or 0.001 mm/ step.) The system accepts step

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