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  • 기업 IP
  • 대학·연구소 IP
  • N관련된 신규용역가능
  • M수정/가공 판매가능
  • T기술지원 가능
  • P현 상태로만 판매가능
total: 5/810 IP Cores
    • 대학·연구소 IP
    • T

    Fully integrated switched capacitor DC-DC converter

    This high efficiency, wide input current mode non-inverting buck-boost converter can properly operate in automotive power system. The converter is desiged in 130nm BCDMOS process. This fully integrated switched capacitor DC-DC converter regulates output voltage of 0.85 V from 1.5 V DC input. The controller of the co..

    KU384H0819 | 2016-07-08

    • 대학·연구소 IP
    • T

    A high effieicncy PWM non-inverting current mode DC-DC buck-boost converter for automotive application

    This high efficiency, wide input current mode non-inverting buck-boost converter can properly operate in automotive power system. The converter is designed in 130nm BCDMOS process and can cover low voltage input (3V) to

    KU384H0818 | 2016-07-07

    • 대학·연구소 IP
    • T

    Digitally controlled DC-DC buck converter with bang-bang control

    A digitally controlled DC-DC buck converter with bang-bang control is fabricated in a 0.18 um BCDMOS technology. The DC-DC buck converter converts a high DC voltage to lower DC voltage with high efficiency. The converter includes a 6-bit SAR ADC, 6-bit DPWM, analog dead-time & driver circuits, and proposed bang-bang co..

    KU064H0435 | 2013-10-21

    • 대학·연구소 IP
    • T

    An MPPT technique for thermal energy harvesting

    A boost converter for thermal energy harvesting is fabricated in a 0.18 um BCDMOS technology. An MPPT technique for a TEG that generates small voltage is proposed. For the stable MPPT, switching frequency is adaptively adjusted according to the input open circuit voltage.

    KU064H0432 | 2013-10-21

    • 대학·연구소 IP
    • N
    • M
    • T

    A high efficiency PWM DC-DC buck converter with 2.7V to 4.2V supply for mobile applications

    PWM based DC-DC buck converter generating 1.0V to 1.8V from a Li-ion battery between 2.7V to 4.2V for mobile applications

    KU161H0407 | 2013-09-18