Si117eval_Sibreezetech

Si117 - Industry's first and only silicon with 10X smaller Inductor and DCR values

  • 2.5V to 14V wide input voltage switching regulator IC for mobile battery charging applications with 24V hold-off
  • 10X smaller Inductor value at the same switching frequency than industry leading solutions
  • 10X smaller inductor DCR - 3X charge current capability for the inductor
  • Significantly increased amount of delivered power and efficiency and significantly cooler devices with standard master/slave chargers replaced with our 10X smaller DCR, 3X inductor current capable Si117 topology based master/slave configuration
  • Si117-HiPwr (Coming) -  Our 10X inductor value and DCR reductions now make it is possible to drastically increase the power provided with a single die, single inductor charger. Single die, single ultra small inductor could replace dual die, dual inductor/charge pump based solutions for powers up to 25W or combined in parallel to provide significantly increased efficiency and delivered power  with cooler temperatures
  • With Inductor losses practically eliminated (DCR losses less than the step size and measurement resolutions of direct charges), chargers based on our topologies could deliver better efficiency, cooler temperature and faster charging than Direct Charge/ Charge Pump based chargers needing continuous fine adjustments to their wall charger output voltage in real time to track battery voltage and wherein even few tens of milli-volts from ideal tracking voltage could cause severely decreased charging currents or increased temperature
  • 5X faster response at a given switching frequency - Ultra fast transient response for dynamic system loads
  • Instant Charge - Real, Safe Fast charge with decreased thermals
Si117eval_Sibreezetech

Si117 - Industry's first and only silicon with 10X smaller inductor and DCR values

  • 2.5V to 14V wide input voltage switching regulator IC for mobile battery charging applications with 24V hold-off
  • 10X smaller Inductor value at the same switching frequency than industry leading solutions
  • 10X smaller inductor DCR - 3X charge current capability for the inductor
  • Significantly increased amount of delivered power and efficiency and significantly cooler devices with standard master/slave chargers replaced with our 10X smaller DCR, 3X inductor current capable Si117 topology based master/slave configuration
  • Si117-HiPwr (Coming) -  Our 10X inductor value and DCR reductions now make it is possible to drastically increase the power provided with a single die, single inductor charger. Single die, single ultra small inductor could replace dual die, dual inductor/charge pump based solutions for powers up to 25W or combined in parallel to provide significantly increased efficiency and delivered power  with cooler temperatures
  • With Inductor losses practically eliminated (DCR losses less than the step size and measurement resolutions of direct charges), chargers based on our topologies could deliver better efficiency, cooler temperature and faster charging than Direct Charge/ Charge Pump based chargers needing continuous fine adjustments to their wall charger output voltage in real time to track battery voltage and wherein even few tens of milli-volts from ideal tracking voltage could cause severely decreased charging currents or increased temperature
  • 5X faster response at a given switching frequency - Ultra fast transient response for dynamic system loads
  • Instant Charge - Real, Safe Fast charge with decreased thermals

Si347 - Coming Next

  • Mobile CPU Power Supply IC
  • 10X smaller Inductor and DCR values
  • 3X Inductor current capability for a given volume
  • 5X faster response at a given switching frequency - Ultra fast transient response for dynamic system loads, Demand tracking power supply
  • Better bandwidth, current capability and noise with a single inductor than a 4 inductor, 4-phased loop
  • Increased battery run time, slimmer components, decreased thermals
  • Unlike two stage conversion, no efficiency loss or increased component volume and BoM of additional stage
Cooler CPU with SiBreeze Tech Power Supply
Cooler CPU with SiBreeze Tech Power Supply

Si347 - Coming Next

  • Mobile CPU Power Supply IC
  • 10X smaller Inductor and DCR values
  • 3X Inductor current capability for a given volume
  • 5X faster response at a given switching frequency - Ultra fast transient response for dynamic system loads, Demand tracking power supply
  • Better bandwidth, current capability and noise with a single inductor than a 4 inductor, 4-phased loop
  • Increased battery run time, slimmer components, decreased thermals
  • Unlike two stage conversion, no efficiency loss or increased component volume and BoM of additional stage