DescriptionME8200M6G-N is a high-performance current mode PWM controller that provides the best choice for small and medium-sized power supply design. This chip enables system design to easily achieve ultra-low standby power consumption, excellent EMI performance, no Y capacitor, and no abnormal noise in a low-cost solution. Compared to other chips in the same field, ME8200M6G-N has a very high cost performance ratio. ME8200M6G-N has comprehensive protection functions, including
DescriptionME8320AM6G-N is a low-power AC/DC power control chip that meets the six level energy efficiency standard of primary feedback quasi resonant mode. The maximum power can reach 18W, and the extrapolated power MOS is used in the fields of chargers, adapters, and LED drivers. Achieve a constant voltage and current accuracy of ± 5% and a standby power consumption of less than 100mW. Built in line voltage compensation function in constant voltage mode. Adopting quasi resonant control to achieve high ef
DescriptionME8327BS7G-N is a low-power AC/DC power control chip that meets the primary feedback quasi resonant mode of the sixth level energy efficiency standard. Internally integrated with 650V, 2A high-voltage MOSFETs, with a maximum power of 10W, used in the fields of chargers, adapters, and LED drivers. Achieve a constant voltage and current accuracy of ± 5% and a standby power consumption of less than 100mW. Built in line voltage compensation function in constant voltage mode. Using quasi harmonic
DescriptionME8204BM6G is a highly integrated current mode PWM optimized for high-performance, low-power control of IC standby power (<100mW) and cost-effective offline mode flyback converter applications in the 40W to 60W range. ME8204BM6G provides comprehensive protection with automatic self recovery function, including cycle by cycle current limiting (OCP), CS short circuit protection, overload protection (OLP), VDD undervoltage blocking
DescriptionME8204CM6G is a highly integrated current mode PWM optimized for high-performance/low-power control of IC standby power (<100mW) and cost-effective offline mode flyback converter applications in the 40W~60W range ME8204CM6G provides comprehensive protection with automatic self recovery function, including cycle by cycle current limiting (OCP), CS short circuit protection, overload protection (OLP), VDD undervoltage blocking (UVLO), and
DescriptionME8321AS7G-N is a low-power AC/DC power control chip that meets the primary feedback quasi resonant mode of the sixth level energy efficiency standard. Internally integrated with 650V high-voltage MOSFETs, used in the fields of chargers, adapters, and LED drivers. Achieve a constant voltage and current accuracy of ± 5% and a standby power consumption of less than 100mW. Built in line voltage compensation function in constant voltage mode. Adopting quasi resonant control to achieve high efficienc
DescriptionME8321AS7G is a low-power AC/DC power control chip that meets the six level energy efficiency standard primary side feedback quasi resonant mode. It integrates a 650V high-voltage MOSFET for chargers, adapters, and LED drivers. It achieves a constant voltage and current accuracy of ± 5% and standby power consumption of less than 100mW. In constant voltage mode, it has a built-in line voltage compensation function. By using quasi resonant control, it achieves high efficiency and good E
DescriptionME8604AS7G is a non isolated voltage regulator. Internally integrated high-voltage MOSFET. Its application peripheral is simple, providing a low-cost and high-efficiency solution for low-power power supply applications. ME8604AS7G is also a voltage regulator with power-saving mode. When the load decreases, the peak current and switching frequency decrease accordingly. Therefore, the system can still maintain high efficiency under light loads. At the same time, it also integrates an undervoltage
DescriptionME8604CS7G is a non isolated voltage regulator. It integrates high-voltage MOSFETs internally and has a simple peripheral application, providing a low-cost and high-efficiency solution for low-power power supply applications ME8604CS7G is also a voltage regulator with energy-saving mode. When the load decreases, the peak current and switching frequency decrease accordingly. Therefore, the system can still maintain high efficiency even under light loads. At the same time, it also integrates under
DescriptionME8415AM5G is an ACDC secondary synchronous rectification control chip. The chip can support a working voltage of 5-20V and is compatible with CCM, DCM, QR and other working modes. The chip adopts innovative adaptive dead time control technology to effectively avoid the occurrence of cross conduction. The chip adopts intelligent synchronous opening condition judgment technology, which can reliably avoid opening the synchronization tube in the ringing area in DCM mode. Inside the chip