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  • 기업 IP
  • 대학·연구소 IP
  • N관련된 신규용역가능
  • M수정/가공 판매가능
  • T기술지원 가능
  • P현 상태로만 판매가능
total: 847/847 IP Cores
    • 대학·연구소 IP
    • P

    4H-SiC MOSFET-based ESD protection device with improved snapback using gate body triggering technology for 90V application

    The circuit has effective ESD performance by using MOSFET based Device. Also, the circuit has latch-up immunity as well as small area. The Electrical characteristics of ESD protection circuit are verified by using TLP system and ESD simulator (ESD pulse generator : it can generate the HBM, MM).

    KU302H1074 | 2021-03-10

    • 대학·연구소 IP
    • P

    4H-SiC MOSFET-based 4-Stacked ESD protection device with improved snapback using segment topology for 450V application

    The circuit has effective ESD performance by using MOSFET based Device. Also, the circuit has latch-up immunity as well as small area. The Electrical characteristics of ESD protection circuit are verified by using TLP system and ESD simulator (ESD pulse generator : it can generate the HBM, MM).

    KU302H1073 | 2021-03-10

    • 대학·연구소 IP
    • P

    4H-SiC MOSFET-based 3-Stacked ESD protection device with improved snapback using segment topology for 350V application

    The circuit has effective ESD performance by using MOSFET based Device. Also, the circuit has latch-up immunity as well as small area. The Electrical characteristics of ESD protection circuit are verified by using TLP system and ESD simulator (ESD pulse generator : it can generate the HBM, MM).

    KU302H1072 | 2021-03-10

    • 대학·연구소 IP
    • P

    4H-SiC MOSFET-based 2-Stacked ESD protection device with improved snapback using segment topology for 200V application

    The circuit has effective ESD performance by using MOSFET based Device. Also, the circuit has latch-up immunity as well as small area. The Electrical characteristics of ESD protection circuit are verified by using TLP system and ESD simulator (ESD pulse generator : it can generate the HBM, MM).

    KU302H1071 | 2021-03-10

    • 대학·연구소 IP
    • T

    Energy Harvester with the Characteristics of Hysteresis

    Energy harvesting assisted self-powered electronics systems are picking up in momentum, due to the fast growing market of the Internet of Things (IoT) sensor networks. Environmental energy harvesting has attracted much attention as a possible power source for remote electronic devices and implanted/embedded electronic..

    KR054H1070 | 2021-02-03