Circuits & Schematics Supply

Subsection: "Supply"
Search results: 303 Output: 1-10
  1. Supply Linear Technology LT1936 LT3010-5
    Hua (Walker) Bai, Linear Technology EDN Internal operating voltages in electronic devices continue to decrease, but input-source voltages don't change. As the difference between input and output voltages increases, so does the improvement in ...
    14-01-2019
  2. Zhongming Ye, Analog Devices Design Note 575 Power budgets continually rise for advanced SoC (system on chip) solutions used in industrial and automotive systems. Each successive SoC generation adds power-hungry devices and increases data ...
    14-01-2019
  3. Supply Linear Technology LTC3623 LTC6908-1
    Timothy Kozono, Linear Technology Design Note 560 Introduction The LTC3623 is a high efficiency, monolithic synchronous step-down regulator capable of sourcing or sinking up to 5 A of continuous output current from an input voltage range of 4 V to ...
    06-01-2019
  4. Victor Khasiev, Analog Devices ADI Power by Linear Design Note 574 The LT8710 is a versatile DC/DC controller that supports boost, SEPIC, inverting, or flyback configurations, and is widely used in automotive and industrial systems. The LT8710 ...
    13-12-2018
  1. Wayne Rewinkel EDN This charge-pump circuit quietly converts a 3.3 V source to 5 V at 500 mA (Figure 1 and Figure 2). LM4871LD power amplifier makes this design idea both possible and practical, thanks to its low output resistance, low cost, ...
    10-12-2018
  2. Hua (Walker) Bai Electronic Design LED applications are booming: backlighting for LCD TVs, projectors, and computer displays, camera flashes, and vehicle brake lights and taillights are just a few. All require constant-current LED drivers that ...
    27-11-2018
  3. Ausias Garrigós and José M Blanes EDN Designers use electronic dc loads for testing power supplies and sources, such as solar arrays or batteries, but commercial ones are often expensive. By using a power MOSFET in its linear region, ...
    27-11-2018
  4. Robert Bell EDN Figure 1 shows a simple, stand-alone overvoltage detector. The intent of the circuit is to monitor a voltage, V MON , and set the output, V OUT , high when the monitored voltage exceeds a preset threshold. The minimum allowable ...
    07-11-2018
  5. Supply Maxim MAX1703
    Mark Cherry EDN Portable systems often include circuitry that derives power from an external source, such as USB. When the system disconnects from the USB supply, a battery takes over and supplies current via a dc/dc converter. A diode-OR ...
    18-10-2018
  6. Supply Maxim MAX668 MAX4322
    Martin Rowe EDN When converting a negative-output power supply to one with less-negative output, you must ensure that variations in input voltage don’t affect the output voltage. All such supplies include an internal reference voltage that ...
    19-09-2018