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  • Design Alternatives To The TC682 For Performing Inverting Voltage Doubler Functions
    Creating a negative DC bias voltage from a positive DC supply often is required in battery-powered, portable, hand-held instruments that use a Liquid Crystal Display (LCD). Many LCDs require a relatively large negative bias (on the order of -10V). Since many portable systems (such as cellular
  • Creating and Inverting Power from a Step-Down Regulator (.pdf)
    When generating a negative output voltage from a positive input voltage, use the buck (step down) regulator that is already available. This step by-step procedure helps guide the user through designing an inverting power supply using a wide input voltage family of SWIFT dc/dc converters.
  • Inverting Applications Made Simple
    Designers often require power sources with negative output voltages. There are many different ways to produce a negative output voltage from a positive input voltage. One option is a polarity-inverting buck-boost converter. The advantages of this topology are that it requires low component count
  • Lead Acid Battery Charger using the PIC14C000
    as needed to maintain the full charge. The constant current design is also easily adaptable to NiCd batteries. As voltage rises during the charge cycle of the lead-acid battery, it quickly passes 2.1 V/cell. As charging progresses, oxygen begins to be liberated at the posi-tive plates at 2.2 V/cell

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