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LT3781EG Linear Technology LT3781 - Bootstrap Start Dual Transistor Synchronous Forward Controller; Package: SSOP; Pins: 20; Temperature Range: -40°C to 85°C
LT3781EG#PBF Linear Technology LT3781 - Bootstrap Start Dual Transistor Synchronous Forward Controller; Package: SSOP; Pins: 20; Temperature Range: -40°C to 85°C
LT3781IG#TRPBF Linear Technology LT3781 - Bootstrap Start Dual Transistor Synchronous Forward Controller; Package: SSOP; Pins: 20; Temperature Range: -40°C to 85°C
LT3781IG Linear Technology LT3781 - Bootstrap Start Dual Transistor Synchronous Forward Controller; Package: SSOP; Pins: 20; Temperature Range: -40°C to 85°C
LT3781IG#TR Linear Technology LT3781 - Bootstrap Start Dual Transistor Synchronous Forward Controller; Package: SSOP; Pins: 20; Temperature Range: -40°C to 85°C
LT3781EG#TR Linear Technology LT3781 - Bootstrap Start Dual Transistor Synchronous Forward Controller; Package: SSOP; Pins: 20; Temperature Range: -40°C to 85°C
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LT3781 datasheet (11)

Part Manufacturer Description Type PDF
LT3781 Linear Technology Bootstrap Start Dual Transistor Synchronous Forward Controller Original PDF
LT3781EG Linear Technology Bootstrap Start Dual Transistor Synchronous Forward Controller Original PDF
LT3781EG Linear Technology Bootstrap Start Dual Transistor Synchronous Forward Controller Original PDF
LT3781EG#PBF Linear Technology 'Bootstrap' Start Dual Transistor Synchronous Forward Controller; Package: SSOP; No of Pins: 20; Temperature Range: -40°C to +125°C Original PDF
LT3781EG#TR Linear Technology 'Bootstrap' Start Dual Transistor Synchronous Forward Controller; Package: SSOP; No of Pins: 20; Temperature Range: -40°C to +125°C Original PDF
LT3781EG#TRPBF Linear Technology 'Bootstrap' Start Dual Transistor Synchronous Forward Controller; Package: SSOP; No of Pins: 20; Temperature Range: -40°C to +125°C Original PDF
LT3781IG Linear Technology Bootstrap Start Dual Transistor Synchronous Forward Controller Original PDF
LT3781IG Linear Technology Bootstrap Start Dual Transistor Synchronous Forward Controller Original PDF
LT3781IG#PBF Linear Technology 'Bootstrap' Start Dual Transistor Synchronous Forward Controller; Package: SSOP; No of Pins: 20; Temperature Range: -40°C to +85°C Original PDF
LT3781IG#TR Linear Technology 'Bootstrap' Start Dual Transistor Synchronous Forward Controller; Package: SSOP; No of Pins: 20; Temperature Range: -40°C to +85°C Original PDF
LT3781IG#TRPBF Linear Technology 'Bootstrap' Start Dual Transistor Synchronous Forward Controller; Package: SSOP; No of Pins: 20; Temperature Range: -40°C to +85°C Original PDF

LT3781 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2001 - 70V AC to 48v dc 40 amp converter circuit diagram

Abstract: No abstract text available
Text: absolute maximum ratings while in trickle start applications. The LT3781†™s operating frequency is , PWRGND SS 8 13 VCC VFB 9 12 SG VC 10 LT3781EG LT3781IG 11 SENSE G PACKAGE , threshold of 1.25V enables the LT3781. 150mV of input hysteresis resists mode switching instability. The , a 2.5K resistor internal to the LT3781. When the voltage across CFSET is pulled down to 1.5V, the , prevent damage to the LT3781. Continuous source current from the FSET pin should not exceed 1mA. Putting


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PDF LT3781 350kHz 300kHz LT3710 LTC3728 550kHz, 3781f 70V AC to 48v dc 40 amp converter circuit diagram
2001 - ltc 3781

Abstract: 2kw mosfet half bridge converter 2kw planar transformer theory planar transformer theory P1976 LT 450 mbr 2kw power supply C3781 WE MIDCOM ZVN3310F
Text: absolute maximum ratings while in trickle start applications. The LT3781's operating frequency is , 10 LT3781EG LT3781IG 11 SENSE G PACKAGE 20-LEAD PLASTIC SSOP TJMAX = 125°C, JA = 85°C/W , positive going threshold of 1.25V enables the LT3781. 150mV of input hysteresis resists mode switching , back toward ground by a 2.5K resistor internal to the LT3781. When the voltage across CFSET is pulled , prevent damage to the LT3781. Continuous source current from the FSET pin should not exceed 1mA. Putting


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PDF LT3781 350kHz LTC1922-1 LTC1929 300kHz LTC3728 550kHz, 3781i ltc 3781 2kw mosfet half bridge converter 2kw planar transformer theory planar transformer theory P1976 LT 450 mbr 2kw power supply C3781 WE MIDCOM ZVN3310F
2001 - GHM3045

Abstract: FZT690 ltc 3781 SI4450 ZVN3310F MURS120T3 MMBD914LT1 LT3781 31264R BAS21
Text: absolute maximum ratings while in trickle start applications. The LT3781's operating frequency is , 12 SG VC 10 LT3781EG LT3781IG 11 SENSE G PACKAGE 20-LEAD PLASTIC SSOP TJMAX = 125 , positive going threshold of 1.25V enables the LT3781. 150mV of input hysteresis resists mode switching , back toward ground by a 2.5K resistor internal to the LT3781. When the voltage across CFSET is pulled , prevent damage to the LT3781. Continuous source current from the FSET pin should not exceed 1mA. Putting


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PDF LT3781 350kHz LTC1929 300kHz LT3710 LTC3728 550kHz, 3781f GHM3045 FZT690 ltc 3781 SI4450 ZVN3310F MURS120T3 MMBD914LT1 LT3781 31264R BAS21
2003 - planar transformer pcb

Abstract: planar transformer pcb pulse LT3781 LTC1698 Si7456DP Si7884DP 5V DC planar transformer high frequency transformer 48v
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 467 150W ISOLATED POWER SUPPLY LT3781 and LTC1698 , 1500VDC OPERATING PRINCIPLES Demonstration circuit 467 features the LT3781 and LTC1698 controllers , primary side controller uses an LT3781 , a current mode two-switch forward controller with built-in , amplifier output of LTC1698 is fed into the optocoupler and then relayed to LT3781 on the 1 QUICK , primary windings, two turns of secondary windings and five turns of auxiliary windings for the LT3781


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PDF LT3781 LTC1698 230kHz. planar transformer pcb planar transformer pcb pulse LTC1698 Si7456DP Si7884DP 5V DC planar transformer high frequency transformer 48v
2004 - 3.3v dc dc converter 1.5A

Abstract: planar transformer pcb LT3781 LT3804 MOC207 Si7892DP 181v
Text: , LT3781 , and LTC1693-1 DESCRIPTION Demonstration circuit 610 is a dual output high efficiency isolated , PRINCIPLES Demonstration circuit 610 features the LT3804, LT3781 and LTC1693-1 controllers. The basic power , controller uses an LT3781 , a current mode two-switch forward controller with built-in MOSFET drivers. On , transferred to LT3781 on the primary side to complete the 3.3V regulation. An LTC1693-1 high speed dual , LTC1693-1 driver's input signals come from SG and BG outputs of the LT3781 through two small gate drive


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PDF LT3804, LT3781, LTC1693-1 3.3v dc dc converter 1.5A planar transformer pcb LT3781 LT3804 MOC207 Si7892DP 181v
2003 - optocoupler MTBF calculation

Abstract: TRANSISTOR REPLACEMENT GUIDE LTC1698 LT4250H LT3781 LT1783 DC617 AN19 20MHZ Forward Transformer Design
Text: BRICK LT3781 and LTC1698 DESCRIPTION Demonstration circuit 617 is an isolated synchronous forward converter featuring the LT3781 and LTC1698 controllers. DC617 is designed to be a board level replacement , 240kHz. Pulse width modulation control is done by U3, the LT3781 synchronous forward controller , LTC1698 synchronizes with the LT3781 via T2, a small pulse transformer. The LTC1698 includes an error , the LT3781 to turn on. The bias supply turn on 2 QUICK START GUIDE FOR DEMONSTRATION CIRCUIT


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PDF LT3781 LTC1698 DC617 1500VDC. optocoupler MTBF calculation TRANSISTOR REPLACEMENT GUIDE LTC1698 LT4250H LT1783 AN19 20MHZ Forward Transformer Design
2002 - sis 496

Abstract: optocoupler MTBF calculation MPC BOX 100V 1UF DC479 CAPACITOR chip murata mtbf BAT54 MTBF SI7456DP CHEMICON allen bradley 100 - c30 ALLEN BRADLEY DIPS
Text: BRICK LT3781 and LTC1698 DESCRIPTION Demonstration circuit 479 is an isolated synchronous forward converter featuring the LT3781 and LTC1698 controllers. DC479 is designed to be a board level replacement , width modulation control is done by U3, the LT3781 synchronous forward controller. Galvanic isolation , the LT3781 via T2, a small pulse transformer. The LTC1698 includes an error amplifier and optocoupler , applied, Vcc must rise to 15V for the LT3781 to turn on. The bias supply turn on threshold and


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PDF LT3781 LTC1698 DC479 sis 496 optocoupler MTBF calculation MPC BOX 100V 1UF CAPACITOR chip murata mtbf BAT54 MTBF SI7456DP CHEMICON allen bradley 100 - c30 ALLEN BRADLEY DIPS
2003 - Si7456DP

Abstract: DO1813P-122 DC448 210KD10 LT3710 ZVN3310F LTC1698 Si7892DP BAS21TA B054
Text: ISOLATED POWER SUPPLY OPERATING PRINCIPLES Demonstration circuit 448A features the LT3710, LT3781 and , rectification. The primary side controller uses the LT3781 , a current mode two-switch forward controller with , amplifier output of the 3.3V circuit is fed into the optocoupler and then relayed to LT3781 on the primary , turns of secondary windings and seven turns of auxiliary windings for the LT3781 bias supply. A , set up to evaluate the performance of the LT3710, LT3781 and LTC1698. Refer to Figure 1 for proper


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PDF LT3710 LT3710, LT3710EFE/LT3781EG/LTC1698EGN DC448A 48A-5 Si7456DP DO1813P-122 DC448 210KD10 LT3710 ZVN3310F LTC1698 Si7892DP BAS21TA B054
2000 - Not Available

Abstract: No abstract text available
Text: LT3781 synchronizes the LTC1698 through a small pulse transformer and the LTC1698 drives a feedback , LT3781 RK + – CK VC 13 R5 • TG BG CSYNC RC PWRGD 8 VFB RSECSEN , designed to work with the LT3781 primary-side synchronous controller chip to form an isolated synchronous , LT3781 runs at a fixed frequency and controls MOSFETs Q1 and Q2. The secondary controller LTC1698 , the secondary controllers. Figure 4 shows the pulse transformer timing waveforms. When the LT3781


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PDF LTC1698 LT3781 LTC1698 LT1725 LT1737 LT3710 LT3781 1698f
2003 - p2033

Abstract: high side MOSFET driver optocoupler capacitor 0.01uf 1500v dn1000f Si7456DP MOC207 LT3804 LT3781 DO1813P-122HC optocoupler based isolated dc to dc converter
Text: -switch forward converter with synchronous rectification. The primary side is controlled by the LT3781 , a current , monitored by the LT3804 and fed to the LT3781 on the primary side via an optocoupler (MOC207) and the , 4700pF 8 SEC · R34 470 T2 P2033 PULSE ENG R29 1k 14 LT3781 FSET T3 P2033


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PDF LT3804 330pF 4700pF DN1000 6V-72V V/15A dn1000f p2033 high side MOSFET driver optocoupler capacitor 0.01uf 1500v Si7456DP MOC207 LT3781 DO1813P-122HC optocoupler based isolated dc to dc converter
2003 - CL2N

Abstract: p2033 Si7892DP LT3804EFE LT3804 LT3781 4TPE680MF zvs flyback driver Optocoupler 601 SO-8 plastic package 136-kHz
Text: PGND VOS1­ TG · BG GNDS1 · VAOUT2 VOS1+ LT3781 CL2P CL2N 604 2.74k , Amplifier VA2 Output. 3804i 5 VCC LT3781 Q3 ISOLATION BOUNDARY R11 OPTO M4 M3 , synchronous rectification. The primary side controller uses an LT3781 , a current mode two-switch forward , (MOC207) and then transferred to LT3781 on the primary side to complete the 3.3V regulation. An LTC1693 , 3.3V output stage. The LTC1693-1 driver's input signals come from SG and BG outputs of the LT3781


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PDF LT3804 800kHz 28-Lead LT3804 LT3710 LTC3722 LT3781 3804i CL2N p2033 Si7892DP LT3804EFE LT3781 4TPE680MF zvs flyback driver Optocoupler 601 SO-8 plastic package 136-kHz
2002 - sepic snubber

Abstract: schematic diagram 48V 500W Controller
Text: TG BG LT3781 SG • • + Q2 ILCOMP BG 0.01µF SS B340A VOUT2 1.8V AT , LT3781 SHDN 5VREF 5VREF 19 TG BSTREF BG SENSE OVLO ON/OFF 10k 0.1µF VCC VBST , synchronous rectification. The primary side controller uses an LT3781 , a current mode 2-transistor forward , output is fed into the optocoupler and then relayed to LT3781 on the primary side to complete the 3.3V , for the LT3781 bias supply. Because 10pF 10k SEC 7 0.01µF VCCS 1µF 13 4 C37 680pF


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PDF LT3710 500kHz 16-Pin LT3710 LT1737 LT1950 LT3804 3710f sepic snubber schematic diagram 48V 500W Controller
2002 - B340A

Abstract: LT3710 LT3710EFE LT3781 LTC1698 Si7440DP TSSOP-16 mosfet short circuit protection schematic diagra
Text: 180pF TG BG LT3781 SG · 0.01µF SS B340A COUT2 4700pF VAOUT BGS SYNC , 3.3nF 3k 10 10 9 PGND 12 SG 14 BAS21 THERM SYNC SGND SS VC VFB LT3781 TG , APPLICATIO S I FOR ATIO primary side controller uses an LT3781 , a current mode 2-transistor forward , output is fed into the optocoupler and then relayed to LT3781 on the primary side to complete the 3.3V , for the LT3781 bias supply. Because the maximum secondary voltage VSP is about 16V, 30V 10pF 10k


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PDF LT3710 500kHz 16-Pin LT3710 LT1431 LT1680 LT3781 LT1725 LT1737 3710i B340A LT3710EFE LT3781 LTC1698 Si7440DP TSSOP-16 mosfet short circuit protection schematic diagra
2000 - 817 OPTO

Abstract: optocouplers 3030 optocoupler pc 817 opto 817 fzt853 D01608C-332 PA0265 optocoupler 817 detail optocoupler based isolated dc to dc converter 1698I
Text: LT3781 synchronizes the LTC1698 through a small pulse transformer and the LTC1698 drives a feedback , ISNSGND ICOMP SYNC OVPIN 6 13 CCILM RCILM 9 R4 RSYNC MARGIN LT3781 RK , rectifier controller designed to work with the LT3781 primary-side synchronous controller chip to form an , LT3781 runs at a fixed frequency and controls MOSFETs Q1 and Q2. The secondary controller LTC1698 , the secondary controllers. Figure 4 shows the pulse transformer timing waveforms. When the LT3781


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PDF LTC1698 LT3781 LTC1698 LT1725 LT1737 LT3710 LT3781 1698f 817 OPTO optocouplers 3030 optocoupler pc 817 opto 817 fzt853 D01608C-332 PA0265 optocoupler 817 detail optocoupler based isolated dc to dc converter 1698I
2002 - schematic diagram 48V 500W Controller

Abstract: schematic diagram PC Power supply 500w MUR120S schematic diagram 36V 500W Controller 500w power amplifier circuit diagram 500w power amplifier circuit diagram schematic 500w power amplifier circuit diagram 12v LT3781 B340A 3710EFE
Text: BG LT3781 SG · · + Q2 ILCOMP BG 0.01µF SS B340A VOUT2 1.8V AT 10A COUT2 , 10 10 9 PGND 12 SG 14 BAS21 THERM SYNC SGND SS VC VFB LT3781 TG BSTREF BG , uses an LT3781 , a current mode 2-transistor forward controller with built-in MOSFET drivers. On the , relayed to LT3781 on the primary side to complete the 3.3V regulation. The 1.8V output is generated by , , two turn secondary winding and seven turn auxiliary winding for the LT3781 bias supply. Because


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PDF LT3710 500kHz 16-Pin LT3710 LT1737 LT1950 LT3804 3710f schematic diagram 48V 500W Controller schematic diagram PC Power supply 500w MUR120S schematic diagram 36V 500W Controller 500w power amplifier circuit diagram 500w power amplifier circuit diagram schematic 500w power amplifier circuit diagram 12v LT3781 B340A 3710EFE
2003 - optocoupler pc 847

Abstract: low side pwm drive optocoupler high side transformer 48v 10A regulator LTC1922-1 FZT690B CMPZ5240B 680uF 4v BAS21 B2100 B0540W
Text: 14 BAS21 BAS21 BAT54 10k BAT54 THERM SYNC SGND SS VC VFB LT3781 TG BSTREF BG , rectification. The primary side controller uses an LT3781 , a current mode 2-switch forward controller with , LT3781 on the primary side to complete the main 3.3V regulation. The auxiliary 1.8V output is precisely , primary windings, two turns of secondary windings and seven turns of auxiliary windings for the LT3781


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PDF LT371uit LT3710. LT3710 optocoupler pc 847 low side pwm drive optocoupler high side transformer 48v 10A regulator LTC1922-1 FZT690B CMPZ5240B 680uF 4v BAS21 B2100 B0540W
2002 - 10 pin flyback transformer schematics 0071

Abstract: flyback transformer pin connections 10/12 pin flyback transformer mosfet 1500v 333PF 136-kHz SI7456DP VN2222 B340A LT3710
Text: 180pF TG BG LT3781 SG · 0.01µF SS B340A COUT2 4700pF VAOUT BGS SYNC , 3.3nF 3k 10 10 9 PGND 12 SG 14 BAS21 THERM SYNC SGND SS VC VFB LT3781 TG , APPLICATIO S I FOR ATIO primary side controller uses an LT3781 , a current mode 2-transistor forward , output is fed into the optocoupler and then relayed to LT3781 on the primary side to complete the 3.3V , for the LT3781 bias supply. Because the maximum secondary voltage VSP is about 16V, 30V 10pF 10k


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PDF LT3710 500kHz 16-Pin LT3710 LT1431 LT1680 LT3781 LT1725 LT1737 3710i 10 pin flyback transformer schematics 0071 flyback transformer pin connections 10/12 pin flyback transformer mosfet 1500v 333PF 136-kHz SI7456DP VN2222 B340A
2002 - LT3701

Abstract: FZT690B B340A LT3710 LT3781 LTC1698 Si7892DP
Text: = !"#$%&'()*+,-./0123456 ! 299 Charlie Zhao Wei Chen !"#$%&'()*+,-./0*123 !" LT3781 !"#$%&=M OSFET= !"#$%&'()*+,-./0123 !"# $%&'()*+,-./01 LT 3710 !"#$%&'( !)*+,-& !"LT3710 !"#$%&' ()* !"#$%&'()*+,-./0 ® =LTC1698= =3.3V= !"#$%&' =MOSFET= !"#$LT3701 =2.5V !"#$%&'()*2.5V !"#$ !"#$%&=0 .2% !=4 8V= !" !"#$%&'()*+,-./=87% LT3710 !"#$%&'()*+,-./0 MOSFET !"#$%&' ()*+,-. , MARGIN PGND GND PWRGD ICOMP 9 OVPIN LTC1698 OPTODRV 5 1k 4.7nF 4 3 1 9 5VREF LT3781


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PDF LT3781 LT3710 LTC1698= LT3701 V/10A Si7456DP PA0191 LT3701 FZT690B B340A LT3710 LT3781 LTC1698 Si7892DP
2002 - 2 switch forward converter

Abstract: 48v 10A regulator 1B MOSFET fzt690b SI7456DP high efficiency rectifier 100v 1a multiple output regulator power supply poscap 470uf 2.5v B340A SG14
Text: advertisement Multiple Output Isolated Power Supply Achieves High Efficiency with Secondary Side Synchronous Post Regulator ­ Design Note 299 Charlie Zhao and Wei Chen synchronous rectification. The primary side controller uses the LT3781 ; a current mode 2-switch forward controller with built-in MOSFET drivers. On the secondary side a synchronous rectifier controller, the LTC1698, provides the , SGND SS VC VFB LT3781 TG BSTREF BG SENSE 10k BAS21 BAT54 ZVN3310F BAT54 300pF


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PDF LT3781; LTC1698, LT3710 LTC1698 B2100 Si7456DP PA0191 V/10A MMSZ5241B 2 switch forward converter 48v 10A regulator 1B MOSFET fzt690b high efficiency rectifier 100v 1a multiple output regulator power supply poscap 470uf 2.5v B340A SG14
2003 - Not Available

Abstract: No abstract text available
Text: „¦ VOS1+ LT3781 VC GNDS1 • VFB1 1.5k VAOUT1 VFB OPTO ISOLATION BOUNDARY , R1 + ROPTO Q3 Q2 4 A3 VCC C9 1.3V 17 CSS1 1µF LT3781 19 PGOOD , forward converter with synchronous rectification. The primary side controller uses an LT3781 , a current , driver is fed into an optocoupler (MOC207) and then transferred to LT3781 on the primary side to , from SG and BG outputs of the LT3781 through two small gate drive transformers (T2 and T3). Second


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PDF LT3804 800kHz 28-Lead LT3804 LT3710 LTC3722 LT3781 3804i
2003 - 2kw mosfet

Abstract: voltage regulator, 48V, to 1 amps circuit LTC2920-1 LT4254 LT4250 LT1641 TRANSISTOR 0835 regulated dual supply 10V 24V Linear Technology Chronicle DC/DC 48v to 24v 10A
Text: SSOP-16 LT3781 72V 350kHz 250W Dual transistor forward controller SSOP-20 LTC3722 , Output Isolated Supply Using LT3781 , LT3710 and LTC1698 Contact your local Linear Technology sales


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PDF Corporation/0503DP/Printed 2kw mosfet voltage regulator, 48V, to 1 amps circuit LTC2920-1 LT4254 LT4250 LT1641 TRANSISTOR 0835 regulated dual supply 10V 24V Linear Technology Chronicle DC/DC 48v to 24v 10A
2006 - LT1339

Abstract: 30-345 30469 9642 LT1680 LT1681 LT3781
Text: RELIABILITY DATA LT1339 / LT1680 / LT1681 / LT3781 8/21/2006 · OPERATING LIFE TEST PACKAGE TYPE SAMPLE SIZE OLDEST DATE CODE PLASTIC DIP SOIC/SOT/MSOP SSOP/TSSOP 71 0040 135 9640 77 0213 283 · PRESSURE COOKER TEST AT 15 PSIG, +121°C PACKAGE TYPE SAMPLE SIZE PLASTIC DIP SOIC/SOT/MSOP SSOP/TSSOP 700 1,345 50 2,095 · TEMP CYCLE FROM -65°C to +150°C PACKAGE TYPE SAMPLE SIZE NEWEST DATE CODE 9641 9642 0235 OLDEST DATE CODE NEWEST


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PDF LT1339 LT1680 LT1681 LT3781 00-03-6209B. 30-345 30469 9642 LT3781
2006 - Full-bridge forward inverter

Abstract: zvs flyback driver push-pull converter 80V 15A 1kw full bridge converter design inverter Controller PWM 1kw transformer 50KHz 100W flyback 200w Full-bridge forward converter SIMPLE 40w inverter circuit LT3722
Text: LTC3900 driver LT3781 40W to 300W 16V to 75V 350kHz SSOP-20 Yes E, I 2 , driver for forward controllers, works with LT3781 , LT1952 and LTC3723 LTC4440 2.4A pull-up Up


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PDF LT1952 LTC3705/LTC3725 LT3722 LTC3706/LTC3726 LT3825 LT1725 LTC3803 OT-23 SSOP-16 Full-bridge forward inverter zvs flyback driver push-pull converter 80V 15A 1kw full bridge converter design inverter Controller PWM 1kw transformer 50KHz 100W flyback 200w Full-bridge forward converter SIMPLE 40w inverter circuit LT3722
2005 - 500W flyback converter

Abstract: LTC3721-1 500w Full bridge transformer flyback converter DC/DC 400V 500W dc/dc converter pwm 12v in 48v out controller driver 400V to 48V converter QFN-32 footprint LT1640A LTC2925
Text: -16 LT3781 Up to 72V 350kHz 30W Synchronous Dual Switch Controller SSOP-20 LTC3722 Up to , rectifier controller for 2-switch forward controller like the LT1952 or LT3781 SO-16 LTC3900


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PDF LTC4260 LTC3736 LTC3411 LTC3900 LT1940 LTC3770 LTC4301 LT1952 LTC2925 Corporation/0505/Printed 500W flyback converter LTC3721-1 500w Full bridge transformer flyback converter DC/DC 400V 500W dc/dc converter pwm 12v in 48v out controller driver 400V to 48V converter QFN-32 footprint LT1640A LTC2925
2003 - P8207

Abstract: bat545 LTC3722-1 Si7852DP 4T SOT 23 TPSE686M020R0150 LTC4440ES6 LTC4440EMS8E LTC4440 LTC1154
Text: LTC3722-1/ Synchronous Dual Mode Phase Modulated Full-Bridge LTC3722-2 Controllers LT3781 /LTC1698 36V


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PDF LTC4440 1000pF OT-23 LTC4440 350mV 2500VRMS 16-Pin 4440i P8207 bat545 LTC3722-1 Si7852DP 4T SOT 23 TPSE686M020R0150 LTC4440ES6 LTC4440EMS8E LTC1154
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