si9943
Abstract: Si9150 Si9150CY Si9943DY
Contextual Info: Si9150 Vishay Siliconix Si9150 Synchronous Buck Converter Controller FEATURES • 6- to 16.5-V Input Range Si9150CY • Voltage-Mode PWM Control • Low-Current Standby Mode • Enable Control • Dual 100-mA Output Drivers • 2% Band Gap Reference • Multiple Converters Easily
|
Original
|
si9150si9150cy100-masi9943dy+3s-60752--rev5-apr-99si9943
|
PDF
|
PWM IC 14 PIN
Abstract: n-channel mosfet triggering Si9150 Si9150CY Si9943DY
Contextual Info: T em ic SÌ9150 Siliconix Synchronous Buck Converter Controller Features • 6 - to 16.5-V Input Range Si9150CY • Voltage-Mode PW M Control • Low -Current Standby M ode E nable Control D ual 100-mA O utput Drivers 2 % Band G ap Reference M ultiple Converters Easily Synchronized
|
OCR Scan
|
si9150cy100-masi9150si9943dy+325m735pwm ic 14 pinn-channel mosfet triggering
|
PDF
|
|
Contextual Info: SI9150CY Linear ICs Dual-Output Voltage-Mode SMPS Circuit status Military/High-RelN Maximum Frequency Hz 345k UV Lockout (Y/N)Yes Soft Start (Y/N)Yes Output ConfigTotem-Pole Output Transistor Current (A)50m Output Transistor Voltage (V)18 Supply Voltage Minimum (V)6
|
Original
|
si9150cycode14-1126pins14numberln01401126 |
PDF
|
|
Contextual Info: VISHAY _ SI9150 ▼ Vishay Siliconix Synchronous Buck Converter Controller FEATURES • 6- to 16.5-V Input Range Si9150CY • Voltage-Mode PWM Control • Low-Current Standby Mode • Enable Control • Dual 100-mA Output Drivers
|
OCR Scan
|
si9150si9150cy100-masi9943dy+2s-607525-apr-99
|
PDF
|
si9943
Abstract: Si9150
Contextual Info: Si9150 Vishay Siliconix Synchronous Buck Converter Controller FEATURES D 6- to 16.5-V Input Range Si9150CY D Voltage-Mode PWM Control D Low-Current Standby Mode D Enable Control D Dual 100-mA Output Drivers D 2% Band Gap Reference D Multiple Converters Easily Synchronized
|
Original
|
si9150si9150cy100-masi9943dy+211-mar-11si9943
|
PDF
|
si9943
Abstract: Si9943DY Si9150 10MQ060 Si9150CY Si9150CY-T1 Si9150DY Si9150DY-T1 SOIC-14 4075-2
Contextual Info: Si9150 Vishay Siliconix Synchronous Buck Converter Controller FEATURES D 6- to 16.5-V Input Range Si9150CY D Voltage-Mode PWM Control D Low-Current Standby Mode D Enable Control D Dual 100-mA Output Drivers D 2% Band Gap Reference D Multiple Converters Easily Synchronized
|
Original
|
si9150si9150cy100-masi9943dy+9si994310mq060s-40752--rev19-apr-04si9150cy-t1si9150dysi9150dy-t1soic-144075-2
|
PDF
|
Si9150
Abstract: 10MQ060 Si9150CY Si9150CY-T1 Si9150DY Si9150DY-T1 Si9943DY SOIC-14 si9943
Contextual Info: Si9150 Vishay Siliconix Synchronous Buck Converter Controller FEATURES D 6- to 16.5-V Input Range Si9150CY D Voltage-Mode PWM Control D Low-Current Standby Mode D Enable Control D Dual 100-mA Output Drivers D 2% Band Gap Reference D Multiple Converters Easily Synchronized
|
Original
|
si9150si9150cy100-masi9943dy+708-apr-0510mq060si9150cy-t1si9150dysi9150dy-t1soic-14si9943
|
PDF
|
70020
Abstract: si9943 1mF CAPACITOR
Contextual Info: Si9150 Vishay Siliconix Synchronous Buck Converter Controller FEATURES D 6- to 16.5-V Input Range Si9150CY D Voltage-Mode PWM Control D Low-Current Standby Mode D Enable Control D Dual 100-mA Output Drivers D 2% Band Gap Reference D Multiple Converters Easily Synchronized
|
Original
|
si9150si9150cy100-masi9943dy+6si994310mq060s-40752--rev19-apr-04700201mf capacitor
|
PDF
|
SI9943DY
Abstract: 70020
Contextual Info: SÌ9150 Vishay Siliconix Synchronous Buck Converter Controller FEATURES • 6- to 16.5-V Input Range Si9150CY • Voltage-Mode PWM Control • Low-Current Standby Mode • Enable Control • Dual 100-mA Output Drivers • 2% Band Gap Reference • Multiple Converters Easily
|
OCR Scan
|
si9150cy100-masi9150si9943dy+3s-60752--5-apr-9970020
|
PDF
|
si9943
Abstract: S4008 Si9150
Contextual Info: Si9150 Vishay Siliconix Synchronous Buck Converter Controller FEATURES D 6- to 16.5-V Input Range Si9150CY D Voltage-Mode PWM Control D Low-Current Standby Mode D Enable Control D Dual 100-mA Output Drivers D 2% Band Gap Reference D Multiple Converters Easily Synchronized
|
Original
|
si9150si9150cy100-masi9943dy+52011/65/eu2002/95/ec12-mar-12si9943s4008
|
PDF
|
SI9943DY
Abstract: schematic diagram of mosfet based inverters Si9150CY AN710 logic level n channel MOSFET mpp schematic op amp lead-lag compensation pwm mosfet dc ac inverter 2N7002
Contextual Info: AN710 Vishay Siliconix AN710 High-Efficiency Buck Converter for Notebook Computers INTRODUCTION Si9150CY IC DESCRIPTION Today, the untethering of electronic equipment has given rise to the need for lightweight power sources and power regulation. Extremely efficient buck converters answer one
|
Original
|
an710si9150cysi9943dyschematic diagram of mosfet based inverters+5logic level n channel mosfetmpp schematicop amp lead-lag compensationpwm mosfet dc ac inverter2n7002
|
PDF
|
Si9150
Contextual Info: Si9150 Vishay Siliconix Synchronous Buck Converter Controller FEATURES D 6- to 16.5-V Input Range Si9150CY D Voltage-Mode PWM Control D Low-Current Standby Mode D Enable Control D Dual 100-mA Output Drivers D 2% Band Gap Reference D Multiple Converters Easily Synchronized
|
Original
|
si9150si9150cy100-ma2011/65/eu+22002/95/ec12-mar-12
|
PDF
|
Si9150
Abstract: si9943 10MQ060 Si9150CY Si9943DY
Contextual Info: Si9150 Siliconix Synchronous Buck Converter Controller Features D Enable Control D Dual 100ĆmA Output Drivers D 2% Band Gap Reference D 6Ć to 16.5ĆV Input Range Si9150CY D VoltageĆMode PWM Control D LowĆCurrent Standby Mode D Multiple Converters Easily Synchronized
|
Original
|
si9150100masi9150cysi9943dy+3si994310mq060s-42977--rev
|
PDF
|
Si9150
Abstract: si9943 10MQ060 Si9150CY Si9150CY-T1 Si9150DY Si9150DY-T1 Si9943DY SOIC-14
Contextual Info: Si9150 Vishay Siliconix Synchronous Buck Converter Controller FEATURES D 6- to 16.5-V Input Range Si9150CY D Voltage-Mode PWM Control D Low-Current Standby Mode D Enable Control D Dual 100-mA Output Drivers D 2% Band Gap Reference D Multiple Converters Easily Synchronized
|
Original
|
si9150si9150cy100-masi9943dy+718-jul-08si994310mq060si9150cy-t1si9150dysi9150dy-t1soic-14
|
PDF
|
|
|
si9943
Abstract: RT108 Si9150
Contextual Info: Si9150 Synchronous Buck Converter Controller Features D Multiple Converters Easily Synchronized D Over-Current Protection D Enable Control D Dual 100-mA Output Drivers D 2% Band Gap Reference D 6- to 16.5-V Input Range Si9150CY D Voltage-Mode PWM Control
|
Original
|
si9150si9150cy100-masi9943dy+5si994310mq060s-42677--rev14-feb-95rt108
|
PDF
|
Si9150
Abstract: Si9943DY n-channel mosfet triggering 10MQ060 Si9150CY si9943
Contextual Info: Si9150 Synchronous Buck Converter Controller Features D Multiple Converters Easily Synchronized D Over-Current Protection D Enable Control D Dual 100-mA Output Drivers D 2% Band Gap Reference D 6- to 16.5-V Input Range Si9150CY D Voltage-Mode PWM Control
|
Original
|
si9150100-masi9150cysi9943dy+5si994310mq060s-42677--rev14-feb-95n-channel mosfet triggering
|
PDF
|
si9943
Abstract: Si9150 10MQ060 Si9150CY Si9943DY MOSFET 1 KW
Contextual Info: Si9150 Synchronous Buck Converter Controller Features D Multiple Converters Easily Synchronized D Over-Current Protection D Enable Control D Dual 100-mA Output Drivers D 2% Band Gap Reference D 6- to 16.5-V Input Range Si9150CY D Voltage-Mode PWM Control
|
Original
|
si9150100-masi9150cysi9943dy+5si994310mq060s-42677--rev14-feb-95mosfet 1 kw
|
PDF
|
temic k 153 p
Abstract: Si994
Contextual Info: Tem ic AN710 S e m i c o n d u c t o r s High-Efficiency Buck Converter for Notebook Computers Robert Blattner Introduction Today, the u n teth erin g o f e lectro n ic e q u ip m en t has given rise to the n eed fo r lig h tw eig h t p o w er sources and p o w er
|
OCR Scan
|
an710temic k 153 psi994 |
PDF
|
2N7002
Abstract: AN710 Si9150CY Si9943DY op amp lead-lag compensation mbs120t3
Contextual Info: AN710 Siliconix HighĆEfficiency Buck Converter for Notebook Computers Robert Blattner Introduction is rated for a load current of 1.5 A and achieves a maximum efficiency of 94% while producing 400 mA at 3.3 V with input voltage of 6 V. The same design was
|
Original
|
an710o220ssi9943dy2n7002+3si9150cyop amp lead-lag compensationmbs120t3
|
PDF
|
SI9943DY
Abstract: Siliconix Catalog 55040 ferrite schottky MBS120T3 Si9150 2N7002 AN710 Si9150CY mbs120t3 schematic diagram of mosfet based inverters
Contextual Info: AN710 High-Efficiency Buck Converter for Notebook Computers Robert Blattner 1.5 A and achieves a maximum efficiency of 94% while producing 400 mA at 3.3 V with input voltage of 6 V. The same design was also configured to produce 5 V. 97% efficiency was achieved with input of 6 V, output of 5 V,
|
Original
|
an710o-220ssi9943dysiliconix catalog+755040 ferriteschottky mbs120t3si91502n7002si9150cymbs120t3schematic diagram of mosfet based inverters
|
PDF
|
Si9150
Abstract: Si9150CY Si9943DY
Contextual Info: T e m ic a. SÌ9150 Synchronous Buck Converter Controller Features • M ultiple Converters Easily Synchronized • O ver-Current Protection • Enable Control • D ual 100-mA O utput Drivers
|
OCR Scan
|
si9150cy100-masi9150si9943dy+2s-42977qdlcm04
|
PDF
|
Si9150
Contextual Info: Product is End of Life 3/2014 Si9150 Vishay Siliconix Synchronous Buck Converter Controller DESCRIPTION FEATURES The Si9150 synchronous buck regulator controller is ideally suited for high-efficiency step down converters in battery-powered equipment. Combined with the Si9943DY MOSFET halfbridge, a 90 % efficient, 7.5 W, 3.3 V or 5 V power supply can
|
Original
|
si9150si9943dy2002/95/ec2011/65/eu+2js709a02-oct-12
|
PDF
|
TEMIC K153P
Abstract: TSHF5471 tfmw5380 dn1328 tdsr5156 dn904 TDSR5153 HS0038 IR sensor TLVD4900 TCDF1910
Contextual Info: Quality and Reliability Report 1997 TEMIC Semiconductors 07.97 Table of Contents TEMIC Quality Policy .1 Quality System .2
|
Original
|
wn1053wn1087-18rwn1087-tr1wn1090+16wn1125wn1142wn1158-tawn1165-tr1wn1170wn934temic k153ptshf5471tfmw5380dn1328tdsr5156dn904tdsr5153hs0038 ir sensortlvd4900tcdf1910
|
PDF
|
schottky MBS120T3
Abstract: mbs120t3 si9943 55040 ferrite Si9150CY Si9943DY AN710 2N7002 DC-to-DC an710 cross reference
Contextual Info: AN710 High-Efficiency Buck Converter for Notebook Computers Robert Blattner 1.5 A and achieves a maximum efficiency of 94% while producing 400 mA at 3.3 V with input voltage of 6 V. The same design was also configured to produce 5 V. 97% efficiency was achieved with input of 6 V, output of 5 V,
|
Original
|
an710o-220ssi9943dyschottky mbs120t3+7mbs120t3si994355040 ferritesi9150cy2n7002dc-to-dcan710 cross reference
|
PDF
|
