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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LTC3803IS6-3#TRM Linear Technology LTC3803-3 - Constant Frequency Current Mode Flyback DC/DC Controller in ThinSOT; Package: SOT; Pins: 6; Temperature Range: -40°C to 85°C
LTC1871HMS#PBF Linear Technology LTC1871 - Wide Input Range, No RSENSE Current Mode Boost, Flyback and SEPIC Controller; Package: MSOP; Pins: 10; Temperature Range: -40°C to 125°C
LTC3803HS6-5#TRMPBF Linear Technology LTC3803-5 - Constant Frequency Current Mode Flyback DC/DC Controller in ThinSOT; Package: SOT; Pins: 6; Temperature Range: -40°C to 125°C
LTC3805EMSE#PBF Linear Technology LTC3805 - Adjustable Frequency Current Mode Flyback DC/DC Controller; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C
LTC3873ETS8#TRMPBF Linear Technology LTC3873 - No RSENSE Constant Frequency Current Mode Boost/Flyback/SEPIC DC/DC Controller; Package: SOT; Pins: 8; Temperature Range: -40°C to 85°C
LTC3803ES6-5 Linear Technology LTC3803-5 - Constant Frequency Current Mode Flyback DC/DC Controller in ThinSOT; Package: SOT; Pins: 6; Temperature Range: -40°C to 85°C

flyback, discontinuous mode 21.50 w Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2005 - bsc flyback universal

Abstract: transformer 5v 1000mA buck boost transformer 120v to 12v for lighting dc-dc flyback application note PWM Controllers
Text: buck, boost, flyback, and SEPIC, operating in continuous or discontinuous mode . Current mode control is , 7 MAX16801A/B/MAX16802A/B When in the bootstrapped mode with a transformer (Figure 5 , , oscillator, and output driver thereby returning the MAX16801 to the startup mode . MAX16801 Startup , in Bootstrapped Mode the wake-up level of +23.6V. Once VIN exceeds the bootstrap UVLO threshold , discontinuous flyback topology, this requires a MOSFET rated at 600V. NDRV can source/sink in excess of the


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PDF 85VAC 265VAC MAX16801) 24VDC MAX16802) 262kHz MAX16801A/MAX16802A) MAX16801A/B/MAX16802A/B bsc flyback universal transformer 5v 1000mA buck boost transformer 120v to 12v for lighting dc-dc flyback application note PWM Controllers
2010 - MAX16802A

Abstract: flyback led driver with pwm dimming softstart PWM offline 24V led driver circuit diagram 230 to 24v step down transformer max16802aeua
Text: buck, boost, flyback, and SEPIC, operating in continuous or discontinuous mode . Current mode control is , 7 MAX16801A/B/MAX16802A/B When in the bootstrapped mode with a transformer (Figure 5 , , oscillator, and output driver thereby returning the MAX16801 to the startup mode . MAX16801 Startup , in Bootstrapped Mode the wake-up level of +23.6V. Once VIN exceeds the bootstrap UVLO threshold , discontinuous flyback topology, this requires a MOSFET rated at 600V. NDRV can source/sink in excess of the


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PDF 85VAC 265VAC MAX16801) 24VDC MAX16802) 262kHz MAX16802AEUA+ MAX16802A flyback led driver with pwm dimming softstart PWM offline 24V led driver circuit diagram 230 to 24v step down transformer max16802aeua
2006 - bsc flyback universal

Abstract: BRIDGE-RECTIFIER 12v 5A universal flyback transformer specification flyback led driver with pwm dimming LED-driver 6 pins flyback clamp current transformer Ac to Dc led driver with pwm dimming led driver 12v only circuit diagram bridge rectifier 6V dc MAX16802A
Text: buck, boost, flyback, and SEPIC, operating in continuous or discontinuous mode . Current mode control is , 7 MAX16801A/B/MAX16802A/B When in the bootstrapped mode with a transformer (Figure 5 , , oscillator, and output driver thereby returning the MAX16801 to the startup mode . MAX16801 Startup , in Bootstrapped Mode the wake-up level of +23.6V. Once VIN exceeds the bootstrap UVLO threshold , discontinuous flyback topology, this requires a MOSFET rated at 600V. NDRV can source/sink in excess of the


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PDF 85VAC 265VAC MAX16801) 24VDC MAX16802) 262kHz MAX16801A/B/MAX16802A/B bsc flyback universal BRIDGE-RECTIFIER 12v 5A universal flyback transformer specification flyback led driver with pwm dimming LED-driver 6 pins flyback clamp current transformer Ac to Dc led driver with pwm dimming led driver 12v only circuit diagram bridge rectifier 6V dc MAX16802A
1998 - AN-16 topswitch

Abstract: EE16 core flyback switching snubber design TNY254 pn transformer for TNY253 universal flyback transformer specification zener snubber PIV RATING 25 V DIODE WITH 2a OUTPUT CURRENT MUR420 diode RC VOLTAGE CLAMP snubber circuit
Text: bigger TinySwitch to stay in discontinuous mode or go to continuous mode design. 4. Design transformer , Fast PN-diode should be used only with discontinuous mode of operation. - Choose output diode type , Diode Type Schottky · VR (V) Calculate maximum duty cycle DMAX for discontinuous mode of , depending on power supply requirements, However, discontinuous mode of operation is always recommended , discontinuous mode of operation based on VMIN, PO and IP. · · Primary peak current is 90% of minimum


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PDF TNY253. TL431 AN-16 topswitch EE16 core flyback switching snubber design TNY254 pn transformer for TNY253 universal flyback transformer specification zener snubber PIV RATING 25 V DIODE WITH 2a OUTPUT CURRENT MUR420 diode RC VOLTAGE CLAMP snubber circuit
2006 - transformer 120v to 12v 5v for lighting

Abstract: bsc flyback universal MAX16802B MAX16801B flyback led driver with pwm dimming 240 AC to 12V ac transformer
Text: buck, boost, flyback, and SEPIC, operating in continuous or discontinuous mode . Current mode control is , 7 MAX16801A/B/MAX16802A/B When in the bootstrapped mode with a transformer (Figure 5 , , oscillator, and output driver thereby returning the MAX16801 to the startup mode . MAX16801 Startup , in Bootstrapped Mode the wake-up level of +23.6V. Once VIN exceeds the bootstrap UVLO threshold , discontinuous flyback topology, this requires a MOSFET rated at 600V. NDRV can source/sink in excess of the


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PDF 85VAC 265VAC MAX16801) 24VDC MAX16802) 262kHz MAX16801A/MAX16802A) MAX16801A/B/MAX16802A/B transformer 120v to 12v 5v for lighting bsc flyback universal MAX16802B MAX16801B flyback led driver with pwm dimming 240 AC to 12V ac transformer
2011 - 230V ac to 9V dc converter circuit

Abstract: 230V AC to 9v DC Converter without using transformer power supply driver led 30w schematic d20 diode dimmer 10 amp 220v 105k 400V capacitor transformer from 230V AC to 9V ac 500ma transformer 220V to 12V 500mA fixed 230v AC to 30V dC converter circuit diagram Ac 230v to Dc 12v led driver with pwm dimming
Text: conduction mode (CRM) flyback converter controlled with the LM3450A. CRM converters operate at the boundary of continuous conduction mode (CCM) and discontinuous conduction mode (DCM). CRM is implemented by , . Connect to GND for low power mode . 3 FLT2 Filter 2 Ramp Comparator Input: Connect a series , choosing the hold resistor (R12|R14|R15) between the source of the Q1 and HOLD: MIN OUTPUT POWER ( W , primary ground to the secondary ground is also commonly used for reduction of common mode noise


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PDF LM3450A 700mA 120VAC 230VAC. LM3409HV AN-2150 230V ac to 9V dc converter circuit 230V AC to 9v DC Converter without using transformer power supply driver led 30w schematic d20 diode dimmer 10 amp 220v 105k 400V capacitor transformer from 230V AC to 9V ac 500ma transformer 220V to 12V 500mA fixed 230v AC to 30V dC converter circuit diagram Ac 230v to Dc 12v led driver with pwm dimming
1999 - flyback loop gain

Abstract: 300V dc dc boost converter SWITCH MODE CURRENT SOURCE U-140 bode plot technique of plot current mode control unitrode flyback regulator switch mode circuit
Text: discontinuous mode at low current levels. The outer voltage control loop is oblivious to this mode change. 2 , level at the continuous/ discontinuous mode boundary is: Fig. 4 - Buck with Additional Pole at f S , occurs at I, (=IJ of 0.2A when VIN is 15V, and at 0.6A when V IN is 30V. In the discontinuous mode , the discontinuous mode , peak/avg current error becomes unacceptably huge. But with average current , high line voltage and/or low power input. With peak current mode control, discontinuous operation


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PDF U-140 flyback loop gain 300V dc dc boost converter SWITCH MODE CURRENT SOURCE U-140 bode plot technique of plot current mode control unitrode flyback regulator switch mode circuit
1999 - EE16 core transformer

Abstract: EE16 core AN-16 topswitch EEL16 core EEL16 transformer TNY254 pn RC VOLTAGE CLAMP snubber circuit TNY254 ee13 bobbin flyback snubber
Text: summarized as follows: Basic Circuit Configuration 2. Design for discontinuous mode operation using , of this document. 3. At VOR = 150 V, select bigger TinySwitch to stay in discontinuous mode or , operation. The Fast PN-diode should be used only with discontinuous mode of operation. - Choose output , -23 IP = 0.9 × minimum I LIMIT · Calculate maximum duty cycle DMAX for discontinuous mode of operation , DMAX ) VMIN × DMAX Step 10, 11A, 11B, 12, 13A, 13B. Check KDP to ensure discontinuous mode of


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PDF AN-23 EE16 core transformer EE16 core AN-16 topswitch EEL16 core EEL16 transformer TNY254 pn RC VOLTAGE CLAMP snubber circuit TNY254 ee13 bobbin flyback snubber
2001 - AN-16 topswitch

Abstract: EE16 core transformer transformer for TNY253 TNY254 TNY254 pn RC VOLTAGE CLAMP snubber circuit EE16 transformer tny255 EE16 core flyback snubber AN-23
Text: summarized as follows: Basic Circuit Configuration 2. Design for discontinuous mode operation using , of this document. 3. At VOR = 150 V, select bigger TinySwitch to stay in discontinuous mode or , continuous mode of operation. The Fast PN-diode should be used only with discontinuous mode of operation. - , -23 IP = 0.9 × minimum I LIMIT · Calculate maximum duty cycle DMAX for discontinuous mode of operation , DMAX ) VMIN × DMAX Step 10, 11A, 11B, 12, 13A, 13B. Check KDP to ensure discontinuous mode of


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PDF AN-23 AN-16 topswitch EE16 core transformer transformer for TNY253 TNY254 TNY254 pn RC VOLTAGE CLAMP snubber circuit EE16 transformer tny255 EE16 core flyback snubber AN-23
300V dc dc boost converter

Abstract: 300V dc to dc boost converter U-140 high efficiency current mode flyback converter Design equations of high-power-factor flyback flyback loop gain inductor 14 h SWITCH MODE CURRENT SOURCE zero voltage zero current flyback power INDUCTOR
Text: discontinuous mode at low current levels. The outer voltage control loop is oblivious to this mode change. 2 , level at the continuous/ discontinuous mode boundary is: Fig. 4 - Buck with Additional Pole at f S , occurs at I, (=IJ of 0.2A when VIN is 15V, and at 0.6A when V IN is 30V. In the discontinuous mode , the discontinuous mode , peak/avg current error becomes unacceptably huge. But with average current , high line voltage and/or low power input. With peak current mode control, discontinuous operation


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PDF U-140 300V dc dc boost converter 300V dc to dc boost converter U-140 high efficiency current mode flyback converter Design equations of high-power-factor flyback flyback loop gain inductor 14 h SWITCH MODE CURRENT SOURCE zero voltage zero current flyback power INDUCTOR
2000 - AN-16 topswitch

Abstract: EEL16 TOP234Y 2581 OPTO EI40 transformer EER28L EER35 pin P6KE200 diode OPTO tl431 ETD34 saturation
Text: Discontinuous mode : Use selection curves with the output power derated by 33%. This effectively makes a 10 W , capacitor). · Series resistor: 6.2 ohm, 1/4 W (Not needed if KP 1, i.e. discontinuous mode ). Step 36 , K RP= is primary peak current. · For KP 1.0, KP KDP, discontinuous mode (see Figure 8) (a , universal input 0.6 for 230 VAC or 115 VAC with doubler. · For discontinuous mode design, set KP = 1.0. · , -2578-011800 Figure 8. Discontinuous Mode Current Waveform, KP 1. 8 A 2/00 AN-25 KP Input (VAC


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PDF AN-25 AN-16, AN-16 AN-16. AN-16 topswitch EEL16 TOP234Y 2581 OPTO EI40 transformer EER28L EER35 pin P6KE200 diode OPTO tl431 ETD34 saturation
CP20 RECTIFIER

Abstract: High Power Factor Preregulator
Text: is crossed into the discontinuous mode at low current levels. The outer voltage control loop is , becomes discontinuous . The current level at the continuous/ discontinuous mode boundary is: V oV m -V oi V m VsL W orst case is at max Vm , when ripple current is greatest. In this example, the mode boundary occurs at 01 0.2A when VIN is 15V, and at 0.6A when V,;V is 30V. In the discontinuous mode , below the , becomes more stable, but much less responsive. With peak current mode control in the discontinuous mode


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PDF 80X103 CP20 RECTIFIER High Power Factor Preregulator
2007 - MMSD4148B

Abstract: flyback transformer design flyback transformer 5 watts 8 pin E16 CORE TRANSFORMER 9 pin "Flyback transformer design" 2N5550 sot23 CCM Flyback OPTOCOUPLER 4-PIN application note e16 ferrite transformer TL431 current limit
Text: W maximum output, the converter is configured as a discontinuous mode (DCM) flyback topology with , wire loop for ID profile monitoring. stabilization (not necessary for 5.0 W , discontinuous mode , power supply with a power output of 5.0 to 6.5 W , (output power is conversion mode dependent - see DC , classification processes. will allow up to 6.5 W (1.3 A) output. The input utilizes a differential mode pi , overtemperature limiting ensues. When configured for the discontinuous mode , the current is limited to about 1.0


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PDF AND8247/D MMSD4148B flyback transformer design flyback transformer 5 watts 8 pin E16 CORE TRANSFORMER 9 pin "Flyback transformer design" 2N5550 sot23 CCM Flyback OPTOCOUPLER 4-PIN application note e16 ferrite transformer TL431 current limit
2004 - stsr30

Abstract: STSR30D STSR30D-TR
Text: DISCONTINUOUS MODE DESCRIPTION STSR30 Smart Driver IC provides a high current outputs to properly drive , it tends to reverse, allowing discontinuous conduction mode and providing protection to the , adaptors application allowing correct operation during discontinuous mode . Absolute maximum positive , avoid false triggering of the device during discontinuous mode , it is important that the lowest level , the voltage across the Synchronous FET, allows to shut-off the drive output during discontinuous


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PDF STSR30 STSR30 STSR30D STSR30D-TR
2004 - CCM PFC inductor analysis

Abstract: flyback operate in both ccm and dcm flyback pfc operate in ccm AZ23CK18 NPC1651 flyback operate in both ccm dcm schematic diagram dc-dc flyback converter AND8147 1N4006 Spice Model single stage flyback operate in ccm
Text: the Continuous or Discontinuous mode of operation. The following analysis will help to highlight the advantages of Continuous versus Discontinuous mode of operation. The table below defines a set of , ), Discontinuous Conduction Mode (DCM), or Critical Conduction Mode . Most PFC applications using the boost , 108 W Vo = 48 Vdc Freq = 100 kHz Transformer turns ratio n = 4 Continuous Mode (CCM) To force , ) Discontinuous Mode (DCM) In the discontinuous mode of operation, the inductor current falls to zero prior to


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PDF AND8147/D NCP1651 CCM PFC inductor analysis flyback operate in both ccm and dcm flyback pfc operate in ccm AZ23CK18 NPC1651 flyback operate in both ccm dcm schematic diagram dc-dc flyback converter AND8147 1N4006 Spice Model single stage flyback operate in ccm
2003 - p60nf06

Abstract: P90NF03 P60NF p60nf06l p90nf03l p80nf75 P80NF5 p60nf0 p40nf10 P90NF
Text: consequently turning it off when necessary. This feature makes a discontinuous conduction mode possible and , STSR3 allows implementing Synchronous Rectification in Discontinuous Mode PWM, Continuous Mode PWM and , CK Synchronization for IC's operation 5 INHIBIT Discontinuous Mode Detector 6 , switching transitions and the eventual sinusoidal waveform caused by discontinuous mode operation or , 5.2 Discontinuous Conduction Mode As shown in figure 4, in discontinuous mode operation there can be


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PDF AN1624 100nF p60nf06 P90NF03 P60NF p60nf06l p90nf03l p80nf75 P80NF5 p60nf0 p40nf10 P90NF
2003 - high voltage gate drive transformer

Abstract: STSR30 STSR30D STSR30D-TR
Text: DISCONTINUOUS MODE DESCRIPTION STSR30 Smart Driver IC provides a high current outputs to properly drive , it tends to reverse, allowing discontinuous conduction mode and providing protection to the , adaptors application allowing correct operation during discontinuous mode . Absolute maximum positive , avoid false triggering of the device during discontinuous mode , it is important that the lowest level , the voltage across the Synchronous FET, allows to shut-off the drive output during discontinuous


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PDF STSR30 STSR30 high voltage gate drive transformer STSR30D STSR30D-TR
tl431 and pc817

Abstract: mosfet and tl431 pc817 application gate drive pin diagram of pc817 N3866V niko-sem PC817 PIn 300 Volt mosfet schematic circuit voltage mode pwm controler N3866
Text: resistor and capacitor. In discontinuous mode operating, it included a very sensitive current detecter , discontinuous mode operation . Auto frequency tracking with PWM frequency. Suited for fixed or variable , mode In discontinuous mode application, the N3866 is detecting the MOSFET current to control the MOSFET be ON or OFF by a internal current detecter , in discontinuous mode , the current of the , quicker . Considering of Bias setting, first, adjust output to heavy load but still in discontinuous mode


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PDF N3866V N3866P N3866 OCT-15-2004 tl431 and pc817 mosfet and tl431 pc817 application gate drive pin diagram of pc817 N3866V niko-sem PC817 PIn 300 Volt mosfet schematic circuit voltage mode pwm controler
sem 2005

Abstract: tl431 and pc817 pin diagram of pc817 mosfet and tl431 PC817 LEVEL CONTROLLER N3866VG niko-sem PC817 PIN DIAGRAM PWM controller sop-8 N3866V
Text: continuous or discontinuous mode operating. In continuous mode operating, it included a adjustable , and capacitor. In discontinuous mode operating, it included a very sensitive current detector (about , N3866V N3866P OPERATION DESCRIPTION · Discontinuous mode In discontinuous mode application, the , , in discontinuous mode , the current of the secondary winding flows through the Source and Drain of , output to heavy load but still in discontinuous mode , changing the Bias resistor make the Gate waveform


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PDF N3866V N3866P N3866 JAN-3-2005 sem 2005 tl431 and pc817 pin diagram of pc817 mosfet and tl431 PC817 LEVEL CONTROLLER N3866VG niko-sem PC817 PIN DIAGRAM PWM controller sop-8 N3866V
LPE-4658-A409

Abstract: SI9108 71180 murata flyback telefunken flyback transformer flyback design AN730 0832 transformer
Text: Efficiency Above 80% "12-V Outputs At 125 mA Total 3- W Continuous Power Discontinuous Conduction Mode , input voltage range, discontinuous conduction mode (DCM) flyback converter. D eliminates the output , cycle operation is usually required. Why use discontinuous conduction mode ? Here are some of the , outputs, 3W, discontinuous conduction mode flyback converter was designed, built and tested. The , 408-970-5600 1 AN730 Vishay Siliconix Discontinuous Flyback Converter Fundamentals Step one


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PDF AN730 Si9108 Si9108 LPE-4658-A409 71180 murata flyback telefunken flyback transformer flyback design AN730 0832 transformer
1998 - 13483

Abstract: MBR0540T4 CTX02-13483 main transformer secondary 6V 200mA specification flyback transformer data pin CTX02 a 13483 marcon CE capacitor lt1105 Marcon CE series
Text: Regulation Maintained Well into Discontinuous Mode (Light Load) Load Compensation Provides Excellent Load , switching regulator ICs. Its unique control circuitry can maintain regulation well into discontinuous mode , programmable, regulation is maintained well into discontinuous mode and optional load compensation is , action accommodates both continuous and discontinuous mode operation. Minimum Enable Time The , detect flyback pulse "collapse," thereby supporting operation well into discontinuous mode . In general


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PDF LT1424-9 285kHz 200kbps LT1170/71/72 LT1370/71 LT1372/77 500kHz/1MHz LT1424-5 LT1424-9 LT1425 13483 MBR0540T4 CTX02-13483 main transformer secondary 6V 200mA specification flyback transformer data pin CTX02 a 13483 marcon CE capacitor lt1105 Marcon CE series
1998 - ER11.5 TRANSFORMER

Abstract: pin diagram of lt 542 COILTRONICS CTX02-13835 D107M LPE-4841-A307 flyback transformer internal connection LT1424-5 lt1105 LP 1610 fly back transformer
Text: Discontinuous Mode (Light Load) Load Compensation Provides Excellent Load Regulation Available in 8-Pin PDIP , switching regulator ICs. Its unique control circuitry can maintain regulation well into discontinuous mode , output voltage is programmed by resistor ratio, regulation is maintained well into discontinuous mode and , is disabled. This action accommodates both continuous and discontinuous mode operation. Minimum , detect flyback pulse "collapse," thereby supporting operation well into discontinuous mode . In general


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PDF LT1424-5 200kbps LT1170/71/72 LT1370/71 LT1372/77 500kHz/1MHz LT1424-9 LT1425 14245f ER11.5 TRANSFORMER pin diagram of lt 542 COILTRONICS CTX02-13835 D107M LPE-4841-A307 flyback transformer internal connection LT1424-5 lt1105 LP 1610 fly back transformer
1998 - 1n52488

Abstract: COILTRONICS CTX02-13835 11 pin flyback transformer flyback transformer data pin diagram LPE-4841-A307 MBRS130LT3 LT1424CS8-5 flyback transformer diagram LT1424CN8-5 lt14245
Text: Discontinuous Mode (Light Load) Load Compensation Provides Excellent Load Regulation Available in 8-Pin PDIP , switching regulator ICs. Its unique control circuitry can maintain regulation well into discontinuous mode , maintained well into discontinuous mode and optional load compensation is available. The Block Diagram , action accommodates both continuous and discontinuous mode operation. Minimum Enable Time The , detect flyback pulse "collapse," thereby supporting operation well into discontinuous mode . In general


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PDF LT1424-5 200kbps LT1170/71/72 LT1370/71 LT1372/77 500kHz/1MHz LT1424-9 LT1425 sn14245 14245fs 1n52488 COILTRONICS CTX02-13835 11 pin flyback transformer flyback transformer data pin diagram LPE-4841-A307 MBRS130LT3 LT1424CS8-5 flyback transformer diagram LT1424CN8-5 lt14245
2004 - AN-32

Abstract: Power Integrations UTV817A LTV702FB LTV703FB Transformer ei33 EEL16 EI33 bobbin EI40 transformer liteon transformer
Text: AN-32 · Series resistor: 6.8 , 1/4 W (Not needed if KP 1, i.e. discontinuous mode ). Step 36 , current. · For KP 1.0, KP KDP, discontinuous mode (see Figure 10) (a) Continuous, KP < 1 Primary , VAC or 115 VAC with doubler. · For discontinuous mode design, set KP = 1.0. · KP must be kept within , Discontinuous Mode Universal 0.4~1.0 1.0 230 0.6~1.0 1.0 Table 5 Step 6. Determine DMAX based on VMIN and VOR · Continuous mode DMAX = (VMIN V OR - VDS ) + V OR · Discontinuous


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PDF AN-32 AN-32 Power Integrations UTV817A LTV702FB LTV703FB Transformer ei33 EEL16 EI33 bobbin EI40 transformer liteon transformer
1998 - 1N5248

Abstract: flyback transformer data pin THCS50E1E106Z MBRS130LT3 LT1424IS8-9 LT1424IN8-9 LT1424CS8-9 LT1424CN8-9 LT1424-9 CTX02-13483
Text: , Application Specific 9V Output Voltage Regulation Maintained Well Into Discontinuous Mode (Light Load) Load , regulation well into discontinuous mode . Load compensation circuitry allows for improved load regulation. An , , regulation is maintained well into discontinuous mode and optional load compensation is available. The , action accommodates both continuous and discontinuous mode operation. Minimum Enable Time The , "collapse," thereby supporting operation well into discontinuous mode . In general, there are two possible


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PDF LT1424-9 285kHz LT1105 200kbps LT1170/71/72 LT1372/77 500kHz/1MHz LT1425 95035-7417q 434-0507q 1N5248 flyback transformer data pin THCS50E1E106Z MBRS130LT3 LT1424IS8-9 LT1424IN8-9 LT1424CS8-9 LT1424CN8-9 LT1424-9 CTX02-13483
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