IC3830 Search Results

irf540 equivalent

Abstract: current fed push pull topology pin configuration irf540 1N6219A
Contextual Info: IC3830/3831/3832/3833 Current Fed PWM Controllers L u jj i ä r jbêèêê^ ^ Preliminary Information-Production Q3 '94 Features General Description The M IC3830 is a fa m ily of unique PWM controllers designed for use in current fed multiple output or p u sh -p u ll switched

current fed push pull topology

Abstract: irf540 equivalent 3832b 3832A
Contextual Info: IC3830/3831/3832/3833 Current Fed PWM Controllers Preliminary Information General Description Features 8.4V to 28V or 16V to 28V Operation Optional Current Mode Control 0.5mA Max. Start-up Current 1A Peak Output Current 50nS Maximum Rise and Fall Times 500kHz PWM stage

Contextual Info: MIC8030/8031 High Voltage Display Driver General Description Features The M IC8030/MIC8031 is a CMOS high voltage liquid crystal display driver. Up to 38 segm ents can be driven from four CM OS level inputs CLOCK, DATA IN, LOAD and CHIP SELECT . The MIC8031 is rated at 100V and the MIC8030 is

current fed push pull topology

Abstract: EFD25 n87 N87 material
Contextual Info: IC3830/3831/3832/3833 Current-Fed PWM Controllers Preliminary Information The three output stages are totem-pole drivers capable of 1A peak current to external power MOSFETs, BJTs, or IGBTs. General Description The IC3830, MIC3831, MIC3832, and MIC3833 are a

irf540 equivalent

Abstract: pin configuration irf540 er core bobbin N87 material
Contextual Info: Application Hint 12 Designing with the IC3830 Family by George Hall and Brenda Kovacevic large buss bars for a ground plane. All ground wires should be kept as short as possible, and all grounded components emanating from the IC3830 should have a single-point

Contextual Info: ^ p»’.’^ j gg—| MIC8030/8031 f^ èuL l ê ô e LL High Voltage Display Driver General Description Features The M IC8030/MIC8031 is a CM OS high voltage liquid crystal display driver. Up to 38 segm ents can be driven fro m four CM OS level inputs CLOCK, DATA IN, LOAD and CHIP