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Analog Devices Inc
ADP3412JR ADP3412 - Dual MOSFET Driver with BOOTSTRAPPING
ADP3412JR ECAD Model
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adp3412 datasheet (7)

Part ECAD Model Manufacturer Description Type PDF
ADP3412 ADP3412 ECAD Model Analog Devices High Speed Synchronous MOSFET Driver Original PDF
ADP3412 ADP3412 ECAD Model Analog Devices High Speed Synchronous MOSFET Driver Original PDF
ADP3412JR ADP3412JR ECAD Model Analog Devices Dual MOSFET Driver with Bootstrapping Original PDF
ADP3412JR ADP3412JR ECAD Model Analog Devices Dual MOSFET Driver with Bootstrapping Original PDF
ADP3412JR-REEL ADP3412JR-REEL ECAD Model Analog Devices MOSFET Driver, 4.15 V to 7.5 V Supply Voltage, SOIC, Dual MOSFET Driver with Bootstrapping, Tape & Reel Original PDF
ADP3412JR-REEL7 ADP3412JR-REEL7 ECAD Model Analog Devices High Speed Synchronous MOSFET Driver Original PDF
ADP3412JRZ-REEL ADP3412JRZ-REEL ECAD Model Analog Devices MOSFET Driver, 4.15 V to 7.5 V Supply Voltage, SOIC, Dual MOSFET Driver with Bootstrapping, Tape & Reel Original PDF

adp3412 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2000 - mosfet THEORY charge

Abstract: IRF7811 GRM235Y5V106Z16 FDB8030L FDB6035AL EMK325F106ZF C7-15PF ADP3412JR ADP3412 ADP3160
Text: ADP3412­SPECIFICATIONS1 (T = 0C to 70C, VCC = 5 V, BST = 4 V to 26 V, unless otherwise noted.) A Parameter Symbol , www.tokin.com Keep the ceramic capacitor as close as possible to the ADP3412. Bootstrap Circuit The , a Dual MOSFET Driver with Bootstrapping ADP3412 FUNCTIONAL BLOCK DIAGRAM FEATURES , Programmable Transition Delay Anticross-Conduction Protection Circuitry BST VCC ADP3412 , PROTECTION CIRCUIT SW DRVL PGND GENERAL DESCRIPTION The ADP3412 is a dual MOSFET driver


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PDF ADP3412 ADP3412 100pF FDB7030L MBR052LTI C01023 mosfet THEORY charge IRF7811 GRM235Y5V106Z16 FDB8030L FDB6035AL EMK325F106ZF C7-15PF ADP3412JR ADP3160
2000 - dual n-channel buck mosfet driver 12v

Abstract: MBR052LTI
Text: as close as possible to the ADP3412. Bootstrap Circuit The bootstrap circuit uses a charge , Protection Circuitry IN 2 VCC 4 Dual MOSFET Driver with Bootstrapping ADP3412 FUNCTIONAL BLOCK DIAGRAM , OVERLAP PROTECTION CIRCUIT 8 DRVH 7 DLY 3 SW The ADP3412 is a dual MOSFET driver optimized , voltage slew-rate associated with "floating" high-side gate drivers. The ADP3412 includes overlapping , C I E N R H A P C TE DAT 5V VCC 4 5 DRVL 6 PGND 12V D1 ADP3412 1 BST CBST


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PDF ADP3412 ADP3412 FDB6035AL 600nH FDB7030L dual n-channel buck mosfet driver 12v MBR052LTI
pwm controller 1.5V Vcc

Abstract: PWM Controllers db7030 geyserville
Text: 5.5 Iq Load mA 400 400 400 External MOSFET's Model FDB6035A/F DB7030 FDB6035A/F DB7030 IRF7811 ADP3412 ADP3412 ADP3412 High Side Driver Resistance ohms 1.089 to 1.869 1.287 to 2.071 1.039 to 1.843 Low Side , N CH MOSFET Drivers ADP3413 ADP3412 ADP3410 +5V +5V +5V 2 2 2 5 5 5 5 5 5 10>40 10>40 10>40 30 30


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PDF ADP3421 ADP3410 ADP3160 ADP3161 ADP3162 ADP3413 ADP3412 ADP3410 Page-158 pwm controller 1.5V Vcc PWM Controllers db7030 geyserville
2002 - 2N3904

Abstract: ADP3160 ADP3412 ADP3412JR EMK325F106ZF FDB8030L GRM235Y5V106Z16 IRF7811 MBR052LTI
Text: Fax: 781/326-8703 © Analog Devices, Inc., 2002 ADP3412­SPECIFICATIONS1 (T = 0C to 70C, VCC = 5 V , close as possible to the ADP3412. Bootstrap Circuit The bootstrap circuit uses a charge storage , a Dual MOSFET Driver with Bootstrapping ADP3412 FUNCTIONAL BLOCK DIAGRAM FEATURES , Programmable Transition Delay Anticross-Conduction Protection Circuitry BST VCC ADP3412 , PROTECTION CIRCUIT SW DRVL PGND GENERAL DESCRIPTION The ADP3412 is a dual MOSFET driver


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PDF ADP3412 ADP3412 MS-012AA 08/02--Data C01023 2N3904 ADP3160 ADP3412JR EMK325F106ZF FDB8030L GRM235Y5V106Z16 IRF7811 MBR052LTI
2000 - Not Available

Abstract: No abstract text available
Text: a small (1 µF) ceramic in parallel. Keep the ceramic capacitor as close as possible to the ADP3412. , Protection Circuitry IN 2 VCC 4 Dual MOSFET Driver with Bootstrapping ADP3412 FUNCTIONAL BLOCK DIAGRAM , OVERLAP PROTECTION CIRCUIT 8 DRVH 7 DLY 3 SW The ADP3412 is a dual MOSFET driver optimized , voltage slew-rate associated with "floating" high-side gate drivers. The ADP3412 includes overlapping , by implication or otherwise under any patent or patent rights of Analog Devices. ADP3412 ­


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PDF ADP3412 ADP3412 FDB6035A FDB7030L
ADP3168

Abstract: mosfet 3067 ADP3415 ADP3205 TSSOP-32 ADP3161 ADP3163 ADP3164 ADP3167 ADP3410
Text: ADP3412 ADP3412 ADP3412 ADP3412 1.089 to 1.869 1.089 to 1.869 1.29 to 2.066 1.042 to 1.839 9


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PDF ADP3410 ADP3415 Page-147 ADP3168 mosfet 3067 ADP3415 ADP3205 TSSOP-32 ADP3161 ADP3163 ADP3164 ADP3167 ADP3410
1N5158

Abstract: notebook Universal LCD inverter ADP3801 ADP3158 universal laptop inverter c16 sot-23-6 ADP3050 Willamette pmt amplifier circuit adp3160
Text: Solution for Next Generation Processors Reduces Solution Size, Cost The ADP3160/ ADP3412 combination is , , and future Willamette processors. The ADP3160 controller governs two ADP3412 MOSFET drivers to bring , minimize the number of output capacitors. The ADP3160/ ADP3412 combination also has active current , 5V VIN R6 10 12V VCC D1 MBR052LTI R5 2.4k Q5 2N3904 U2 ADP3412 C4 4.7F , ADP3412 GND 9 C1 150pF 1 BST 2 IN C2 100pF L1 1H PWM2 12 6 COMP C3 100pF 3


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PDF ADP3020 ADP3421/ADP3410 ADP3610 TSSOP-16 1N5158 notebook Universal LCD inverter ADP3801 ADP3158 universal laptop inverter c16 sot-23-6 ADP3050 Willamette pmt amplifier circuit adp3160
2000 - Not Available

Abstract: No abstract text available
Text: ADP3412 SYNCHRONOUS DRIVER IL2 VID INPUTS ADP3160 IL1 2-PHASE SYNCHRONOUS BUCK CONTROLLER 5V 5V OR 12V + IL2 PWM2 ADP3412 SYNCHRONOUS DRIVER OUT PWM2 PWM1 Figure , MOSFETs. Instead, the ADP3160 should be paired with drivers such as the ADP3412 or ADP3414. A system , € U1 ADP3160 1 VID4 C23 15nF C26 4.7␮F R8 330⍀ C4 4.7␮F U2 ADP3412 Q5 , Coc 1.4nF RZ 1.1k⍀ PWM1 13 5 VID0 PWRGND 10 8 CT GND 9 U3 ADP3412 1 BST C1


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PDF ADP3160 FDB7030L ADP3412 150pF 16-Lead R-16A/SO-16
2000 - Not Available

Abstract: No abstract text available
Text: with drivers such as the ADP3412. A system level block diagram of a 2-phase power supply for high , V –4– REV. PrC ADP3161 5V or 12V IOUT 5V IL2 IL1 PWM1 IL1 ADP3412 , 5V or 12V + 5V IL2 PWM2 ADP3412 SYNCHRONOUS DRIVER Y AR IN AL IM IC EL HN PR EC , ) RTN PWRGD 10 U3 ADP3412 GND 9 1 IN 3 4 R1 1kΩ BST 2 DRVH 8 SW , 13 5 U2 ADP3412 CS– 14 4 R3 21.5kΩ VCC 16 2 R2 53.6kΩ NC Q5


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PDF ADP3161 2N3904 MBR052LTI FDS6570 16-Lead R-16A/SO-16
1999 - MBR052L

Abstract: MBR052LTI voltage regulator PWM 1999 transconductance sink ZMM5236BCT
Text: ADP3160 should be paired with drivers such as the ADP3410 or ADP3412. The frequency of the ADP3160 is set , R7 20 VIN RTN R4 5m D1 MBR052LTI Q5 2N3904 1 R6 10 C21 15nF R5 2.4k U2 ADP3412 , (CORE) RTN U3 ADP3412 C10 1µF 8 7 6 5 C11 C16 C17 C18 C19 C20 1 2 3 4 BST IN DRVH SW , 15nF R5 2.4k U2 ADP3412 BST IN DLY VCC DRVH SW PGND DRVL C9 1µF 8 7 6 5 Q1 FDB7030L 7m L1 , V 35A VCC(CORE) RTN U3 ADP3412 C10 1µF 8 7 6 5 C11 C16 C17 C18 C19 C20 1 2 3 4 BST


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PDF ADP3160 FDB7030L FDB8030L 16-Lead R-16A/SO-16 MBR052L MBR052LTI voltage regulator PWM 1999 transconductance sink ZMM5236BCT
2001 - EIGHT MOSFET ARRAY

Abstract: 2N3904 AD820 ADP3160 ADP3160JR ADP3412 ADP3414 amd duron PIN LAYOUT voltage ground
Text: Accuracy Distribution 5V IL1 PWM1 IOUT ADP3412 SYNCHRONOUS DRIVER IL2 VID INPUTS ADP3160 IL1 2-PHASE SYNCHRONOUS BUCK CONTROLLER 5V 5V OR 12V + IL2 PWM2 ADP3412 , ADP3412 or ADP3414. A system level block diagram of a 2-phase power supply for high current CPUs is , 330 C4 4.7F C9 1F D1 MBR052LTI R5 2.4k U2 ADP3412 Q5 2N3904 Z1 ZMM5236BCT , GND 9 U3 ADP3412 1 BST C1 150pF DRVH 8 2 IN C2 100pF C6 1F C8 15pF Q3


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PDF ADP3160 EIGHT MOSFET ARRAY 2N3904 AD820 ADP3160 ADP3160JR ADP3412 ADP3414 amd duron PIN LAYOUT voltage ground
2000 - philips 4c4 ferrite

Abstract: No abstract text available
Text: power MOSFETs. Instead, the ADP3160 should be paired with drivers such as the ADP3412. A system level , ADP3160 5V or 12V 5V IL2 IL1 PWM1 ADP3412 SYNCHRONOUS DRIVER PWM2 IL1 IOUT VID INPUTS ADP3160 2 , IL2 PWM2 ADP3412 SYNCHRONOUS DRIVER 5V Figure 5. 2-Phase CPU Supply System Level Block Diagram , capable of sinking at least 1 mA U2 ADP3412 C9 1µF 8 7 6 5 C4 4.7µF R8 330 Z1 ZMM5236BCT 1 2 , MBR052LTI + + + + + + VCC(CORE) 1.1 V ­ 1.85 V 60A VCC(CORE) RTN C3 100pF U3 ADP3412 1 2 3 C10


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PDF ADP316 ADP3160 16-Lead R-16A/SO-16 philips 4c4 ferrite
2000 - 4C4 ferrite

Abstract: PHILIPS toroidal core 3f3
Text: paired with drivers such as the ADP3412. A system level block diagram of a 2-phase power supply for high , 1.6 V ­4­ REV. PrB ADP3161 5V or 12V 5V IL2 IL1 PWM1 ADP3412 SYNCHRONOUS DRIVER PWM2 IL1 , PWM2 ADP3412 SYNCHRONOUS DRIVER 5V Figure 5. 2-Phase CPU Supply System Level Block Diagram , DA R7 20 C26 4.7µF R4 10m C21 15nF R5 2.4k D1 MBR052LTI Q5 2N3904 1 R6 10 C4 4.7µF U2 ADP3412 , (CORE) RTN R3 21.5k 7 8 U3 ADP3412 1 2 3 C10 1µF 8 7 6 5 C16 C17 C18 C19 C20 Q3 FDS4410


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PDF ADP3161 16-Lead R-16A/SO-16 4C4 ferrite PHILIPS toroidal core 3f3
2001 - irl3803 equivalent

Abstract: 2N3904 AD820 ADP3161 ADP3161JR ADP3412 ADP3413 ADP3414
Text: 300 CT CAPACITOR ­ pF 400 0 ­0.5 500 5V 12V IL1 PWM1 IOUT ADP3412 , -PHASE SYNCHRONOUS BUCK CONTROLLER 5V 5V OR 12V + IL2 PWM2 ADP3412 OUT PWM2 PWM1 , , the ADP3161 should be paired with drivers such as the ADP3412 , ADP3413, or ADP3414. A system level , 16 2 VID3 U2 ADP3412 Q5 2N3904 R8 330 C4 4.7 F C9 1 F D1 MBR052LTI R5 , ADP3412 1 BST NC = NO CONNECT DRVH 8 2 IN C6 1 F Q2 IRL3803 DRVL 5 1000 F 9


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PDF ADP3161 16-Lead R-16A/SO-16) irl3803 equivalent 2N3904 AD820 ADP3161 ADP3161JR ADP3412 ADP3413 ADP3414
FDB7030L

Abstract: ADP3410 N 415 Mosfet SOIC-8 mosfet IRF7811 ADP3417 ADP3415 ADP3414 ADP3413 ADP3412
Text: CH MOSFET Drivers ADP3410 ADP3412 ADP3413 ADP3414 ADP3415 +4.15 to 6 +4.15 to 7 +4.15 to 6


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PDF ADP3410 ADP3412 ADP3413 ADP3414 ADP3415 IRF7811 FDB6035A/FDB7030L FDB7030L ADP3410 N 415 Mosfet SOIC-8 mosfet IRF7811 ADP3417 ADP3415 ADP3414 ADP3413 ADP3412
2002 - philips 0201 capacitor

Abstract: amd athlon 64 PIN LAYOUT voltage ground AMD athlon design guide ADP3414 ADP3167JR ADP3167 ADP3160JR ADP3160 AD820 block diagram of amd Athlon II
Text: code information. 5V OR 12V 5V IL1 PWM1 ADP3412 IOUT VID INPUTS SYNCHRONOUS , + IL2 PWM2 ADP3412 OUT PWM2 PWM1 SYNCHRONOUS DRIVER Figure 5. 2-Phase CPU Supply , -phase application, two pairs of N-channel power MOSFETs must be used with the ADP3160 and ADP3412 , one pair as the , to the ADP3412 ) dictates whether standard threshold or logic-level threshold MOSFETs must be used , , the value of QG is about 35 nC and the peak gate drive current provided by the ADP3412 is about 1 A


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PDF ADP3160/ADP3167 philips 0201 capacitor amd athlon 64 PIN LAYOUT voltage ground AMD athlon design guide ADP3414 ADP3167JR ADP3167 ADP3160JR ADP3160 AD820 block diagram of amd Athlon II
2001 - k 2645 MOSFET

Abstract: AD820 ADP3162 ADP3162JR ADP3412 ADP3413 ADP3414
Text: ADP3412 , ADP3413, or ADP3414. The frequency of the ADP3162 is set by an external capacitor connected to , C4 4.7F D1 MBR052LTI R5 2.4k R4 4m C9 1F U2 ADP3412 Q5 FMMT18 Z1 , COC 3.3nF PWM2 12 CS+ 11 7 FB 8 CT GND 9 U3 ADP3412 1 BST C1 91pF 2 IN 3 DLY , application two pairs of N-channel power MOSFETs must be used with the ADP3162 and ADP3412 , one pair as the , to the ADP3412 ) ­9­ ADP3162 dictates whether standard threshold or logic-level threshold


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PDF ADP3162 k 2645 MOSFET AD820 ADP3162 ADP3162JR ADP3412 ADP3413 ADP3414
2001 - 845 vrm circuit diagram

Abstract: ADP3162 450nC FSW-30A ADP3162JR k 2645 MOSFET AD820 ADP3414 ADP3413 ADP3412
Text: ADP3412 , ADP3413, or ADP3414. The frequency of the ADP3162 is set by an external capacitor connected to , C4 4.7F R4 4m D1 MBR052LTI R5 2.4k C9 1F U2 ADP3412 Q5 FMMT18 Z1 , COC 5.1nF RZ 300 PWM2 12 CS+ 11 7 FB 8 CT GND 9 U3 ADP3412 1 BST C1 91pF 2 , application two pairs of N-channel power MOSFETs must be used with the ADP3162 and ADP3412 , one pair as the , to the ADP3412 ) dictates whether standard threshold or logic-level threshold MOSFETs must be used


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PDF ADP3162 C02193 16-Lead R-16A/SO-16) 845 vrm circuit diagram ADP3162 450nC FSW-30A ADP3162JR k 2645 MOSFET AD820 ADP3414 ADP3413 ADP3412
SOT23-6 DC-DC STEP UP

Abstract: PWM controller sot23-6 laptop inverter voltage universal laptop inverter buck converter SOT23-6 VX2 SOT23-5 Current Mode PWM Controller sot23-6 ADI SO8 100mAV Li-ion charger controller sot23-5
Text: for use with ADP3160 SO-8 ADP3412 back to top http://www.adi2.tvisions.com/support


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PDF ADP1073 150mA ADP1108 ADP1109 100mA ADP1109A 110mA SOT23-6 DC-DC STEP UP PWM controller sot23-6 laptop inverter voltage universal laptop inverter buck converter SOT23-6 VX2 SOT23-5 Current Mode PWM Controller sot23-6 ADI SO8 100mAV Li-ion charger controller sot23-5
LFCSP-20

Abstract: SOT23-6 DC-DC STEP UP buck sot23 VX2 SOT23-5 ADP1109A ADP1109 ADP1073 REGULATOR 12 V MOSFET SO-8 ADP3163
Text: Synchronous Buck with 2 Adjustable Output Linear Controllers SO-16 ADP3412 N/A N/A High Current


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PDF ADP1073 150mA ADP1108 ADP1109 100mA ADP1109A ADP3811 ADP3820 OT236 LFCSP-20 SOT23-6 DC-DC STEP UP buck sot23 VX2 SOT23-5 ADP1109A ADP1109 ADP1073 REGULATOR 12 V MOSFET SO-8 ADP3163
2003 - AD53538

Abstract: ad8316 AD53539 AD7730 program weigh scale AD6522 AD7746 I2C 4.20 mA Transmitter ad694 AD5316 ADM7306 AD813
Text: No file text available


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PDF AD75019 AD8113 AD8150 AD8151 ADSX34 Input/17 Input/34 AD537 AD654 AD53538 ad8316 AD53539 AD7730 program weigh scale AD6522 AD7746 I2C 4.20 mA Transmitter ad694 AD5316 ADM7306 AD813
PRESET 10K

Abstract: AD6480 adsst-mel322 stm 601 stepper motor AD6523 AD6521 ADE7752 AD698 ADM3307 AD7221
Text: No file text available


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PDF 16-Bit 32-Bit AD8150 AD8151 AD537 AD654 ADVFC32 AD650 AD652 AD7741 PRESET 10K AD6480 adsst-mel322 stm 601 stepper motor AD6523 AD6521 ADE7752 AD698 ADM3307 AD7221
2004 - 4.20 mA Transmitter ad694

Abstract: ad7793 sample code AD6521 ad8316 ADDS-HPUSB-ICE lvdt accelerometer sensor ad74111 ADR280 AD7799 interface with 8051 AD7730 program
Text: No file text available


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PDF ADG3231 ADG3232 ADG3233 ADG3304 ADG3300 ADG3308 AD537 AD654 ADVFC32 AD650 4.20 mA Transmitter ad694 ad7793 sample code AD6521 ad8316 ADDS-HPUSB-ICE lvdt accelerometer sensor ad74111 ADR280 AD7799 interface with 8051 AD7730 program
2001 - chroma 63103

Abstract: SOT23-GSD Step-up 12V to 19V 5A SOT23GSD MBRS130LT3 ISL6223EVAL2 ISL6223 transient R0603 100K PCC150-A
Text: 2 U5, U2 Gate Driver SOIC ADP3412 ADI 1 U3 Two-Phase Controller SSOP


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PDF ISL6223EVAL2) AN9929 ISL6223 chroma 63103 SOT23-GSD Step-up 12V to 19V 5A SOT23GSD MBRS130LT3 ISL6223EVAL2 transient R0603 100K PCC150-A
2001 - chroma 63103

Abstract: SOT23-GSD MBRS340LT3 Step-up 12V to 19V 5A SOT23GSD SW-GT12MSCKE PCC150-A spare parts for mobile Motorolla transistor book capacitor 220uF 50v
Text: Gate Driver SOIC ADP3412 ADI 1 U3 Two-Phase Controller SSOP ISL6223 Intersil


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PDF ISL6223EVAL2) AN9929 ISL6223 chroma 63103 SOT23-GSD MBRS340LT3 Step-up 12V to 19V 5A SOT23GSD SW-GT12MSCKE PCC150-A spare parts for mobile Motorolla transistor book capacitor 220uF 50v
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