Tag: SMPS

Texas Instruments' synchronous converter features bypass mode and supercapacitor management Texas Instruments' TPS61094 is a synchronous bidirectional buck/boost converter with a bypass switch that provides a power supply solution for smart meters and super capacitor backup power...

STMicroelectronics' evaluation board with dual isolated output is based on the L6986I STMicroelectronics' 38 V, 5 W synchronous iso-buck converter evaluation board generates two isolated voltages (approx. +18 V and between -4 V and -5 V), suitable for supplying IGBT/SiC MOSFET gate...

RICOH introduced RM590 with a powerful 400mA Buck DC/DC converter and built-in inductor along with the high operating frequency of 6 MHz which, requires a significantly small PCB board space and a low number of external components. The RM590 can be configured for either PWM/VFM...

Analog Devices Inc. LTM®4693 2A Buck-Boost µModule® DC/DC Converters operate from input voltages above, below, or equal to the output voltage. The switching controller, power MOSFETs, inductor and support components are included in the package. The LTM4693's advanced topology...

Renesas' 700 V buck regulators deliver up to 8 W from the AC line with high efficiency and no audible noise Renesas' non-isolated AC/DC buck converter family are a series of universal input AC/DC switching buck regulators featuring a 700 V integrated MOSFET capable of delivering up to...

Bel Power Solutions' DC/DC converters are offered in 5V, 12V, 15V, and 48V output options, with high input to output efficiency Bel Power Solutions' 0RQB-50Y05x series isolated DC/DC converter provides 50 W of output power from wide input voltage ranges: 24 V, 48 V, 72 V, 96 V,...

The NCP1342 is a highly integrated quasi-resonant flyback controller suitable for designing high-performance off-line power converters The NCP1342 is a highly integrated quasi-resonant flyback controller suitable for designing high-performance off-line power converters. The integrated X2...

The role of power supply is crucial for electronic circuits because without sufficient power, the circuit cannot function at its optimal level. On the other hand, an exceeded power supply can deteriorate the circuit components by heating effect. There are usually two choices for power...