DC Power Redeemer©

 

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Common DC Power Problems That Drive You Nuts


Commodity Imperatives


“Direct Current for most consumers is to plug into your mains with an AC/DC convertor that will use either a digital convertor or an analogue convertor; this depending on the type of application for the product you are powering or end up with noise and unclear sound depending on the rectification method being used. The circuits that used to be in your appliance that correct for rectification may not be there anymore because of the commodity imperatives”.


All equipment electronic device designers face the commodity imperative. This means that the devices you design will need to go through a cost down cycle where you reduce cost of your designs by taking out components to bring down cost. This process will inevitability result in removing components that will be useful in some geographical locations of the market but not others.  This is happening in electronics where cost is brought down by using cheaper materials or taking out power stabilizing and regulating circuits that offers good performance when sold in countries with an advance modern power grid.


DSS Power Redeemer is not a power conditioner or a stabilizer but a redeemer that redeems the failures of less modern power grids to a usable level for your appliance. 


DSS DC Power Redeemer© Features

  • - Inductor Design Permits Input Voltage Above, Below or Equal to Output Voltage
  • - Wide Input Voltage Parameters 9V to 35V
  • - Output Voltage Parameter at 12.5V
  • - Integrated 1.5A Switch
  • - 1.5A in Boost and Buck Mode
  • - High Efficiency
  • - Instant Transient Feedback
  • - Frequency adjustable up to 250kHz
  • - Fault Protection (Over and Under Voltage)
  • - Internal Thermal Shutdown with Hysteresis
  • - Cycle-by-Cycle Current Limit

 

DSS DC Power Redeemer© Technical Specifications

  • -Voltage Output at 12.5V DC
  • - Rated Current Up to 1.5A
  • - Reverse Polarity Protection: 300V
  • - Setup, Rise Time: >0.5%
  • - Ripple and Noise: >1.0%
  • - Voltage Tolerance: ~8%
  • - Overload Protection: >1.5A @output
  • - Current Protection for Normal or Reverse Polarity: 2A @output
  • - Power Supply Input: 3A Max
  • - DC Input Current: 1.95A@12V> Input; 0.95A@24V Input
  • - Voltage Protection: <35VDC
  • - Current Protection for Normal or Reverse Polarity
  • - Switching Method: PWM
  • - DC to DC Concept: SMPS with Buck and Boost Capability
  • - Operating Frequency: 10 – 250KHz