205A33M Search Results

Contextual Info: /Turm TECHNOLOGY LT13Q1 M ic r o p o w e r H ig h E ffic ie n c y 5 V / 1 2 V S te p -U p D C / D C C o n v e r t e r fo r Flash M e m o r y KATU R 6S DCSCRIPTIOn • 12V at 120mA from 5V or 3.3V Supply ■ Supply Voltage as Low as 1.8V ■ Better Than CMOS

ga1033

Contextual Info: LT1301 Micropower High Efficiency 5V/12V Step-Up DC/DC Converter for Flash Memory U DESCRIPTION FEATURES 12V at 120mA from 5V or 3.3V Supply Supply Voltage as Low as 1.8V Better High Current Efficiency Than CMOS Up to 89% Efficiency 120µA Quiescent Current

Four-Cell to 5V Converter

Abstract: CTX110654-1 do3316-333 CDRH62-330MC D03316-473 LT1301 GA1033 two-cell Step-up 12V LT1300 LT1302
Contextual Info: LT1301 Micropower High Efficiency 5V/12V Step-Up DC/DC Converter for Flash Memory U DESCRIPTION FEATURES 12V at 120mA from 5V or 3.3V Supply Supply Voltage as Low as 1.8V Better High Current Efficiency Than CMOS Up to 89% Efficiency 120µA Quiescent Current

do3316-333

Abstract: MBRS0520 CD73-330KC CD54-330LC LQH3C100K04M00 bss84 zetex TPSD336M020R0100 205A33M CTX33-2 LTC1263
Contextual Info: advertisement Flash Memory VPP Generator Reference Designs Design Note 97 Mitchell Lee The VPP generator circuits shown here cover a range of 30mA to 240mA with 3.3V or 5V inputs as noted. Table 1 summarizes these circuits for quick reference. 30mA from 5V Input