6443 - Power Manager 2: What is the POWR1014 Junction Temperature?

• Related Articles

• 1366 - How do I calculate the power consumption of a Power Manager device?

  The total power drawn by any device is the sum of the individual supply voltages multiplied by the supply currents. Because Power Manager devices operate at a fixed clock frequency, there are no issues with dynamic vs. static power consumption. For ...

• 1397 - Power Manager II: How to implement a digitally controlled power supply?

  The POWR1220AT8 can be used to implement a form of Voltage Identification Digital (VID). Typically a processor will output a digital code to the power supply to request more or less power depending on the processor load. When the processor is going ...

• 1402 - Platform Manager 2 & L-ASC10: Do you have any examples of logging power supply faults?

  We have several reference designs for Power Manager devices that show how to detect a power supply fault (over voltage or under voltage) and save the data in a SPI memory. Using a current to voltage circuit the fault could also be an over current. ...

• 2455 - Power Manager: Which Lattice parts are recommended for new designs in place of the POWR1208P1?

  The POWR1014/A product from the Power Manager II family is generally recommended for new designs in place of the POWR1208P1. The POWR1014/A provides 10 voltage monitor inputs and 14 outputs, compared to 12 voltage monitor inputs and 8 outputs in the ...

• 1862 - Power Manager 2: For the open drain outputs, how much leakage current is expected?

  For digital outputs 3-14 of the POWR1014/A device the leakage current during the high state will be very low, typically 30 uA or less. During the low state, digital outputs 3-14 can sink up to 1 mA of current and will stay within the specifications ...