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Parts by Number for Buck Converter Top

Part # Distributor Manufacturer Product Category Description
MCP1253-33X50 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided The MCP1253-33X50 is an inductorless, positive regulating, low noise charge pump DC-to-DC converter. It has selectable outputs of either 3.3V or 5.0V and can deliver 120mA of load current at the selected regulated output voltage. Since the device incorporates an automatic buck/boost feature...
LT1767EMS8E-1.8#PBF Newark / element14 LINEAR TECHNOLOGY Not Provided LINEAR TECHNOLOGY - LT1767EMS8E-1.8#PBF - DC-DC CONVERTER; BUCK; 1.25MHZ; MSOP-8
LTM8031EV#PBF Newark / element14 LINEAR TECHNOLOGY Not Provided LINEAR TECHNOLOGY - LTM8031EV#PBF - DC-DC CONVERTER; BUCK; ADJ; 2.4MHZ; 1A; LGA-71
LM2676SX-ADJ/NOPB Newark / element14 TEXAS INSTRUMENTS Not Provided TEXAS INSTRUMENTS - LM2676SX-ADJ/NOPB - DC-DC CONVERTER; BUCK; 260KHZ; 3A; TO-263-7
LTC1174CS8-5#PBF Newark / element14 LINEAR TECHNOLOGY Not Provided LINEAR TECHNOLOGY - LTC1174CS8-5#PBF - DC-DC CONVERTER; BUCK/INVERTING; 5V; 400mA; SOIC-8
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Conduct Research Top

  • Make a White LED Torch Using a Buck Converter
    and where a DC-DC boost or buck-boost converter. was required for a given illumination, you can now place a. DC-DC buck converter. AND8465 - Make a White-LED Torch Using a Buck Converter AND8465/D. Make a White­LED Torch. Using a Buck Converter. Prepared by: Bertrand RENAUD. ON Semiconductor
  • Buck Boost vs. Buck Converter Battery Life for Portable 3.3V Micro Hard Disk Drive Applications
    buck-boost converter and a. buck converter for a 3.3V micro hard disk drive application. An arbitrarily large converter would provide better efficiency and a longer battery life than a smaller converter,. regardless of topology. Therefore, for a fair comparison with meaningful results, converters
  • Simple Synchronous Buck Converter Design - MCP1612
    of 0.01 µA help to extend battery life. Simple Synchronous Buck Converter Design - MCP1612 AN968. Simple Synchronous Buck Converter Design - MCP1612. Solving the standard inductor equation for inductor. Author: Cliff Ellison. ripple current (∆IL) yields: Microchip Technology Inc. V. ∆. L. I.
  • Application Note: Output Capacitor Selection for the AAT115X Series Buck Converter
    Regardless of the application—from cell phones to wireless LAN cards—height, size, and efficiency are important features for components used with AAT115X converters. With this in mind, the recommended output capacitor for the AAT115X family of buck converters is presented in this Application Note
  • Application Note: Output Inductor Selection for the AAT115X Series Buck Converter
    This Application Note summarizes the method for selecting the output inductor for AnalogicTech's AAT115X series of DC/DC inductor-based buck converters. It presents the suggested method for determining the proper inductor value and confirming that the selected inductor ratings are not exceeded
  • Optimizing Low Side Gate Resistance for Damping Phase Node Ringing of Synchronous Buck Converter
    This paper presents a method to optimize gate. resistance of low side MOSFET in terms of damping. phase node ringing for high efficiency synchronous buck. converter. This method analyzes damping effect of low. side gate resistance in the network of parasitic. capacitances of MOSFET die
  • Efficiency of Synchronous Versus Nonsynchronous Buck Converters (.pdf)
    Choosing the right DC/DC converter for an application can be a daunting challenge. Not only are there many available on the market, the designer has a myriad of trade-offs to consider.
  • Buck-boost Converters
    Buck-boost converters can be used for either step-up or step-down conversions. They can also be used to reverse or invert voltage polarity. With buck-boost converters, the inverting regulator converts a DC input voltage to a DC output voltage that is opposite in polarity to the input. The negative

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