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    AN8069

    Abstract: No abstract text available
    Text: Using ispLSI 5000VE Devices in a Hot Swap Environment January 2002 Application Note AN8069 Introduction The term “hot swap” refers to the common practice of either inserting or removing devices or boards to or from a system without a proper power-up sequence or stable signals during power up. Hot swapping is beneficial to both


    Original     		PDF 5000VE AN8069 AN8069

    UC384x pulse skipping

    Abstract: ic ncp1200 1N4937 MTD1N60E NCP1200 NCP1201 NCP1201D100R2 NCP1201D60R2 NCP1201P100 NCP1201P60
    Text: NCP1201 PWM Current−Mode Controller for Universal Off−Line Supplies Featuring Low Standby Power with Fault Protection Modes Housed in SO−8 or DIP8 package, the NCP1201 enhances the previous NCP1200 series by offering a reduced optocoupler current with additional brownout detection protection BOK . Similarly, the


    Original     		PDF NCP1201 NCP1201 NCP1200 NCP1201/D UC384x pulse skipping ic ncp1200 1N4937 MTD1N60E NCP1201D100R2 NCP1201D60R2 NCP1201P100 NCP1201P60

    ac-dc voltage regulator using SCR circuit diagram

    Abstract: marking 735 optocoupler 1n49376
    Text: NCP1201 PWM Current-Mode Controller for Universal Off-Line Supplies Featuring Low Standby Power with Fault Protection Modes Housed in SOIC−8 or PDIP−8 package, the NCP1201 enhances the previous NCP1200 series by offering a reduced optocoupler current with additional Brownout Detection Protection BOK . Similarly, the


    Original     		PDF NCP1201 NCP1200 NCP1201 NCP1201P60 NCP1201D60R2 NCP1201D60R2G NCP1201P100 NCP1201P100G ac-dc voltage regulator using SCR circuit diagram marking 735 optocoupler 1n49376

    16d06

    Abstract: P1216P065 P1216AP06 P1216P100 16a06 16D-13 16A10 P1216AP10 NPC1216 16d10
    Text: NCP1216, NCP1216A PWM Current-Mode Controller for High-Power Universal Off-Line Supplies Housed in a SOIC−8 or PDIP−7 package, the NCP1216 represents an enhanced version of NCP1200 based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216, NCP1216A NCP1216 NCP1200 BRD8011/D. NCP1216) 16d06 P1216P065 P1216AP06 P1216P100 16a06 16D-13 16A10 P1216AP10 NPC1216 16d10

    16d06

    Abstract: P1216AP10 p1216ap 16D13 NCP1216P065 P1216P065 16a06 NCP1216D65G 7 pin SMPS NCP1216D133
    Text: NCP1216, NCP1216A PWM Current−Mode Controller for High−Power Universal Off−Line Supplies Housed in a SOIC−8 or PDIP−7 package, the NCP1216 represents an enhanced version of NCP1200 based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216, NCP1216A NCP1216 NCP1200 NCP1216/D 16d06 P1216AP10 p1216ap 16D13 NCP1216P065 P1216P065 16a06 NCP1216D65G 7 pin SMPS NCP1216D133

    NCP1216AP133G

    Abstract: No abstract text available
    Text: NCP1216, NCP1216A PWM Current-Mode Controller for High-Power Universal Off-Line Supplies Housed in a SOIC−8 or PDIP−7 package, the NCP1216 represents an enhanced version of NCP1200 based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216, NCP1216A NCP1216 NCP1200 NCP1216/D NCP1216AP133G

    NCP1216

    Abstract: NCP1216 D p1216ap10 16d06 NCP1216D65R2G p1216ap 16a06 NCP1200 NCP1216AP133G UC384X
    Text: NCP1216, NCP1216A PWM Current-Mode Controller for High-Power Universal Off-Line Supplies Housed in a SOIC−8 or PDIP−7 package, the NCP1216 represents an enhanced version of NCP1200 based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216, NCP1216A NCP1216 NCP1200 NCP1216/D NCP1216 D p1216ap10 16d06 NCP1216D65R2G p1216ap 16a06 NCP1216AP133G UC384X

    p1216ap10

    Abstract: 16d06 P1216P065 16a06 16d13 16D13 soic NCP1216P065 P1216P100 p1216ap NCP1216D65R2G
    Text: NCP1216, NCP1216A PWM Current−Mode Controller for High−Power Universal Off−Line Supplies Housed in a SOIC−8 or PDIP−7 package, the NCP1216 represents an enhanced version of NCP1200 based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216, NCP1216A NCP1216 NCP1200 NCP1216/D p1216ap10 16d06 P1216P065 16a06 16d13 16D13 soic NCP1216P065 P1216P100 p1216ap NCP1216D65R2G

    16d06

    Abstract: NPC1216 NCP1216P065 P1216P100 P1216P065 AND8069-D 6 PIN smps control ic FOR LED DRIVER 16D-13 2003 pwm controller smps NCP1216D065
    Text: NCP1216 PWM Current−Mode Controller for High−Power Universal Off−line Supplies Housed in a SO−8 or DIP7 package, the NCP1216 represents an enhanced version of NCP1200−based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216 NCP1200-based NCP1216/D 16d06 NPC1216 NCP1216P065 P1216P100 P1216P065 AND8069-D 6 PIN smps control ic FOR LED DRIVER 16D-13 2003 pwm controller smps NCP1216D065

    16D-13

    Abstract: P1216P065 NPC1216 16d06 NCP1216
    Text: NCP1216 PWM Current−Mode Controller for High−Power Universal Off−line Supplies Housed in a SO−8 or DIP7 package, the NCP1216 represents an enhanced version of NCP1200−based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216 NCP1200-based NCP1216/D 16D-13 P1216P065 NPC1216 16d06

    P1216AP10

    Abstract: P1216P065 16d06 P1216P100 16a06 P1216P133 NCP1216 P1216AP06 16d10 NCP1200
    Text: NCP1216, NCP1216A PWM Current−Mode Controller for High−Power Universal Off−Line Supplies Housed in a SOIC−8 or PDIP−7 package, the NCP1216 represents an enhanced version of NCP1200 based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216, NCP1216A NCP1216 NCP1200 NCP1216/D P1216AP10 P1216P065 16d06 P1216P100 16a06 P1216P133 P1216AP06 16d10

    AC DC SMPS CHARGER

    Abstract: marking 735 optocoupler ic ncp1200 1N4937 1N5819 DF06S MTD1N60E NCP1200 NCP1201 SFH6156
    Text: NCP1201 PWM Current−Mode Controller for Universal Off−Line Supplies Featuring Low Standby Power with Fault Protection Modes Housed in SOIC−8 or PDIP−8 package, the NCP1201 enhances the previous NCP1200 series by offering a reduced optocoupler current


    Original     		PDF NCP1201 NCP1201 NCP1200 NCP1201/D AC DC SMPS CHARGER marking 735 optocoupler ic ncp1200 1N4937 1N5819 DF06S MTD1N60E SFH6156

    1n49376

    Abstract: TO-223 MOSFET marking 735 optocoupler
    Text: NCP1201 PWM Current−Mode Controller for Universal Off−Line Supplies Featuring Low Standby Power with Fault Protection Modes Housed in SO−8 or DIP8 package, the NCP1201 enhances the previous NCP1200 series by offering a reduced optocoupler current with additional brownout detection protection BOK . Similarly, the


    Original     		PDF NCP1201 NCP1200 NCP1201/D 1n49376 TO-223 MOSFET marking 735 optocoupler

    16d06

    Abstract: CHARACTERISTICS DIODE 1N4007
    Text: NCP1216 PWM Current−Mode Controller for High−Power Universal Off−line Supplies Housed in a SO-8 or DIP7 package, the NCP1216 represents an enhanced version of NCP1200-based controllers. Due to its high drive capability, NCP1216 drives large gate-charge MOSFETs, which


    Original     		PDF NCP1216 NCP1200-based NCP1216/D 16d06 CHARACTERISTICS DIODE 1N4007

    16d06

    Abstract: P1216AP10 16a06 P1216AP06 P1216P065 16D13 soic 16d10 16d13 NCP1216 NCP1216D133R2G
    Text: NCP1216, NCP1216A PWM Current−Mode Controller for High−Power Universal Off−Line Supplies Housed in a SOIC−8 or PDIP−7 package, the NCP1216 represents an enhanced version of NCP1200 based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216, NCP1216A NCP1216 NCP1200 NCP1216/D 16d06 P1216AP10 16a06 P1216AP06 P1216P065 16D13 soic 16d10 16d13 NCP1216D133R2G

    p1216ap

    Abstract: 16d06 P1216AP10 AND8076 P1216P065 NCP1216AP10 MOSFET DRIVER circuits ncp1200 P1216A 16a06 16-A10
    Text: NCP1216, NCP1216A PWM Current−Mode Controller for High−Power Universal Off−Line Supplies Housed in a SOIC−8 or PDIP−7 package, the NCP1216 represents an enhanced version of NCP1200 based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216, NCP1216A NCP1216 NCP1200 NCP1200PAK/D p1216ap 16d06 P1216AP10 AND8076 P1216P065 NCP1216AP10 MOSFET DRIVER circuits ncp1200 P1216A 16a06 16-A10

    Untitled

    Abstract: No abstract text available
    Text: NCP1201 PWM Current- Mode Controller for Universal Off- Line Supplies Featuring Low Standby Power with Fault Protection Modes Housed in SOIC-8 or PDIP-8 package, the NCP1201 enhances the previous NCP1200 series by offering a reduced optocoupler current with


    Original     		PDF NCP1201 NCP1201 NCP1200 NCP1201/D

    ic ncp1200

    Abstract: SFH6156 1N4937 1N5819 DF06S MTD1N60E NCP1200 NCP1201 362 MOSFET
    Text: NCP1201 PWM Current-Mode Controller for Universal Off-Line Supplies Featuring Low Standby Power with Fault Protection Modes Housed in SOIC−8 or PDIP−8 package, the NCP1201 enhances the previous NCP1200 series by offering a reduced optocoupler current with


    Original     		PDF NCP1201 NCP1201 NCP1200 NCP1201/D ic ncp1200 SFH6156 1N4937 1N5819 DF06S MTD1N60E 362 MOSFET

    1N4937

    Abstract: 1N5819 DF06S MTD1N60E NCP1200 NCP1201 SFH6156 marking 735 optocoupler
    Text: NCP1201 PWM Current- Mode Controller for Universal Off- Line Supplies Featuring Low Standby Power with Fault Protection Modes Housed in SOIC-8 or PDIP-8 package, the NCP1201 enhances the previous NCP1200 series by offering a reduced optocoupler current with


    Original     		PDF NCP1201 NCP1201 NCP1200 NCP1201/D 1N4937 1N5819 DF06S MTD1N60E SFH6156 marking 735 optocoupler

    16d06

    Abstract: P1216AP10 Intusoft ic ncp1200 NCP1216D133 16D-13 P1216P065 UC384x pulse skipping kHz-133 16a06
    Text: NCP1216, NCP1216A PWM Current−Mode Controller for High−Power Universal Off−line Supplies Housed in a SO−8 or DIP7 package, the NCP1216 represents an enhanced version of NCP1200−based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216, NCP1216A NCP1216 NCP1200-based NCP1216/D 16d06 P1216AP10 Intusoft ic ncp1200 NCP1216D133 16D-13 P1216P065 UC384x pulse skipping kHz-133 16a06

    P1216AP10

    Abstract: 16d06 p1216ap NCP1216P065 NCP1216D133R2G NPC1216 NCP1216AP100G scr spice model ncp1216 NCP1216AP133G
    Text: NCP1216, NCP1216A PWM Current-Mode Controller for High-Power Universal Off-Line Supplies Housed in a SOIC−8 or PDIP−7 package, the NCP1216 represents an enhanced version of NCP1200 based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216, NCP1216A NCP1216 NCP1200 NCP1216/D P1216AP10 16d06 p1216ap NCP1216P065 NCP1216D133R2G NPC1216 NCP1216AP100G scr spice model NCP1216AP133G

    16d06

    Abstract: P1216P065 16D-13 P1216P133
    Text: NCP1216 PWM Current−Mode Controller for High−Power Universal Off−line Supplies Housed in a SO−8 or DIP7 package, the NCP1216 represents an enhanced version of NCP1200−based controllers. Due to its high drive capability, NCP1216 drives large gate−charge MOSFETs, which


    Original     		PDF NCP1216 NCP1200-based NCP1216/D 16d06 P1216P065 16D-13 P1216P133

    diode 5v1

    Abstract: No abstract text available
    Text: NCP1201 PWM Current−Mode Controller for Universal Off−Line Supplies Featuring Low Standby Power with Fault Protection Modes Housed in SO−8 or DIP8 package, the NCP1201 enhances the previous NCP1200 series by offering a reduced optocoupler current with additional brownout detection protection BOK . Similarly, the


    Original     		PDF NCP1201 NCP1200 NCP1201/D diode 5v1