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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT1070HVCT#PBF Linear Technology LT1070 - 5A and 2.5A High Efficiency Switching Regulators; Package: TO-220; Pins: 5; Temperature Range: 0°C to 70°C
LT1070HVCT#06PBF Linear Technology LT1070 - 5A and 2.5A High Efficiency Switching Regulators; Package: TO-220; Pins: 5; Temperature Range: 0°C to 70°C
LT1070HVIT#06PBF Linear Technology LT1070 - 5A and 2.5A High Efficiency Switching Regulators; Package: TO-220; Pins: 5; Temperature Range: -40°C to 85°C
LT1070CT#30PBF Linear Technology LT1070 - 5A and 2.5A High Efficiency Switching Regulators; Package: TO-220; Pins: 5; Temperature Range: 0°C to 70°C
LT1070HVCT Linear Technology LT1070 - 5A and 2.5A High Efficiency Switching Regulators; Package: TO-220; Pins: 5; Temperature Range: 0°C to 70°C
LT1070CT#PBF Linear Technology LT1070 - 5A and 2.5A High Efficiency Switching Regulators; Package: TO-220; Pins: 5; Temperature Range: 0°C to 70°C

frequency and duty cycle control lt1070 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
LT1070

Abstract: flyback 200w switch mode power supply 12V,2A 92113 ci lt1070 LT1070 data sheet dc dc flyback 200w offline switcher LT1071 cuk converter 5V 10A
Text: , control , and protection circuitry. Integration of all functions allows the LT1070 /LT1071 to be built in a , Current 3V Control Pin Threshold Duty Cycle =0 • 0.8 0.6 0.9 1.08 1.25 V , Switch Current Limit ( LT1070 ) DutyCycle<50% Tj>25°C Duty Cycle <50% Tj<25°C Duty Cycle =80% (Note 2) â , . Note 1: Measured with Vc in hi clamp, VFB=0.8V. Isw=4A for LT1070 and 2A forLTI 071. Note t For duty , lt1070 power supply current is found by multiplying driver current by duty cycle , then adding quiescent


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PDF LT1070/LT1071 V-60V LT1071) 50/tA LT1072 O-220 LT1070MK, LT1070HVMK LT1070CT, LT1070HVCT LT1070 flyback 200w switch mode power supply 12V,2A 92113 ci lt1070 LT1070 data sheet dc dc flyback 200w offline switcher LT1071 cuk converter 5V 10A
LT1070

Abstract: LT1070C LINEAR LT1070HV D3222 ci lt1070 LT1070HV 100-C LT1070CKC LT1070CVKV LT1070HVCKC
Text: all oscillator, control , and protection circuitry. Integration of all functions allows the LT1070 to , ) Control threshold voltage Duty cycle = 0 25'C 0.8 0.9 1.08 V Full range 0.6 1.25 flyback , Frequency 25°C 35 40 45 kHz Full range 33 47 Maximum duty cycle VFB = 1 V 25°C 90% 92% 97% td , 13 Maximum duty cycle vs Junction temperature 14 !|N(off) Shutdown-mode input current vs Control , excellent ac and dc input and output regulation. The LT1070 is much easier to use than the low-power


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PDF LT1070, D3222, 1988-HEVISED LT1070HV LT1070 100-C LT1070HVCKC LT1070HVCKV LT1070CKC LT1070CVKV LT1070 LT1070C LINEAR LT1070HV D3222 ci lt1070 LT1070HV LT1070CVKV
LT1071

Abstract: No abstract text available
Text: oscillator, control and protection circuitry. Integration of all func­ tions allows the LT1070 /LT1071 to , , V q = 0.6V Control Pin Threshold Duty Cycle = 0 Minimum Input Voltage • 500 2 , LT1071 Switch Current Limit ( LT1070 ) Duty Cycle < 50%, Tj > 25°C Duty Cycle < 50%, Tj < 25 , LT1070 POWER SUPPLY CURRENT IS FOUND BY MULTIPLYING DRIVER CURRENT BY DUTY CYCLE , THEN ADDING QUIESCENT , intended to provide specifications, graphs and a general functional description of the LT1070 /LT1071


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PDF 1070/LT1071 LT1070/LT1071 T0-220 LT1074/LT1076 100kHz, LT1170/LT1171/ LT1172 100kHz LT1370/LT1371 500kHz LT1071
1989 - LT1171 buck

Abstract: op amp 40v 100w TA0317 pin diagram of LM308 Op Amp IC LT1072 LT1071 LT1070 AN25 AN19 LT1765-1
Text: Switch Current Limit ( LT1070 ) Duty Cycle 50%, TJ 25°C Duty Cycle 50%, TJ < 25°C Duty Cycle = 80 , 4A for LT1070 and 2A for LT1071. Note 5: For duty cycles (DC) between 50% and 80%, minimum , OUTPUT CURRENT CONDITIONS, DUTY CYCLE FOR MOST CIRCUITS WILL APPROACH 10% OR LESS *AVERAGE LT1070 , U OPERATION The LT1070 /LT1071 is a current mode switcher. This means that switch duty cycle is , LT1070 /LT1071 5A and 2.5A High Efficiency Switching Regulators DESCRIPTIO U FEATURES s s


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PDF LT1070/LT1071 LT1071) O-220 100kHz, LT1170/LT1171/ LT1172 100kHz LT1370/LT1371 500kHz LT1374/LT1376 LT1171 buck op amp 40v 100w TA0317 pin diagram of LM308 Op Amp IC LT1072 LT1071 LT1070 AN25 AN19 LT1765-1
Not Available

Abstract: No abstract text available
Text: switch turn-on Frequency Maximum duty cycle id Flyback sense delay time Duty cycle VpB = = TEST , current Duty cycle Junction temperature Control voltage Input voltage Junction temperature Junction , , high-efficiency switch is included in the package along with all oscillator, control , and protection circuitry , techniques, they provide excellent ac and dc input and output regulation. The LT1070 is much easier to use than the low-power control chips that are presently available and has many unique features that are not


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PDF LT1070, LT1070HV D3222, 1988-REVISED LT1070HV LT1070 LT1070HVCKC LT1070CKC LT1070HVIKC LT1070IKC
1989 - LT1070

Abstract: LT1070CT simulation flyback converter LTspice cuk converter 5V 10A LT1172 boost converter 60v LT1074 design manual pin diagram of LM308 Op Amp IC LT1071 LM308 application for current Boost
Text: Frequency q Maximum Switch Duty Cycle Flyback Sense Delay Time Shutdown Mode Supply Current Shutdown , , VFB = 0.8V. ISW = 4A for LT1070 and 2A for LT1071. Note 5: For duty cycles (DC) between 50% and 80 , FEATURES s s s s s s s s s s LT1070 /LT1071 5A and 2.5A High Efficiency Switching Regulators , current, high efficiency switch is included on the die along with all oscillator, control and protection , obtained with 3-pin linear regulators. The LT1070 /LT1071 operate with supply voltages from 3V to 60V, and


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PDF LT1070/LT1071 1070/LT1071 T0-220 LT1072 com/product/LT1070 17-May-2011 LT1070 LT1070CT simulation flyback converter LTspice cuk converter 5V 10A LT1172 boost converter 60v LT1074 design manual pin diagram of LM308 Op Amp IC LT1071 LM308 application for current Boost
ec 35c transformer

Abstract: ltkd lti070 lt1070 lt1071 switch mode power supply 12V,2A LT1070HVCT
Text: Q Q A/V A/V lUM Switch Current Limit ( LT1070 ) DutyCycle<50% Duty Cycle <50% Duty Cycle , Increase During Switch On-Time Switching Frequency i Maximum Switch Duty Cycle Flyback Sense Delay Time , DUTY CYCLE (%) JUNCTION TEMPERATURE (°C) JUNCTION TEMPERATURE (°C) XT 5-39 LT1070 , , DUTY CYCLE FOR MOST CIRCUITS WILL APPROACH 10% OR LESS. 5-40 LT1070 /LT1071 TYPICAL PERFORIMI)« , LT1070 /LT1Q71 r j w TECHNOLOGY m 5A and 2.5A High Efficiency Switching Regulators


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PDF LT1070/LT1Q71 LT1070 LT1071 LT1070/LT1071 orTO-220 LT1070/LT1071 T0-220Type LT1070MK, LT1070HVMK ec 35c transformer ltkd lti070 switch mode power supply 12V,2A LT1070HVCT
LT/SG3527A

Abstract: No abstract text available
Text: Frequency A I in • Maximum Switch Duty Cycle DC (max) AN AN 8 4 % ILS 1.5 , / T u r LT1070 /LT1071 m TECHNOLOGY 5A and 2.5A High Efficiency Switching , Control Voltage to Switch CurrentTransconductance LT1070 LT1071 Switch Current Limit ( LT1070 ) Duty Cycle <50% Duty Cycle <50% Duty Cycle = 80% (Note 2) Tj>25°C T)<25°C • • • 5 5 4 10 11 10 A A A Duty Cycle <50% Duty Cycle <50% Duty Cycle = 80% (Note 2) Tj


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PDF LT1070/LT1071 LT/SG3527A
ci lt1070 RT

Abstract: lt1070 TOTALLY ISOLATED CONVERTER high efficiency current mode flyback converter wi LT1070HV LINEAR LT1070HV
Text: , control , and protection circuitry. Integration of all functions allows the LT1070 to be built in a , de input and output régulation. The LT1070 is much easier to use than the low-power control chips , ) Control threshold voltage Duty cycle = 0 25'C 0.8 0.9 1.08 V Full range 0.6 1.25 flyback , mA/A f Frequency 25°C 35 40 45 kHz Full range 33 47 Maximum duty cycle VFB = 1 V 25°C 90% 92 , transconductance 25°C 8 mho ISW(lim) Switch current limit Duty cycle = 50%, Vpg = 0.8 V Full range 5 13 A Duty


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PDF LT1070, LT1070HV D3222, 1988-REVISED LT1070HV LT1070 100-C LT1070HVCKC LT1070HVCKV LT1070CKC ci lt1070 RT lt1070 TOTALLY ISOLATED CONVERTER high efficiency current mode flyback converter wi LINEAR LT1070HV
1989 - LT1074 design manual

Abstract: LT1171 buck lt1070ct "buck converter" LT1076 LINEAR LT1070HV cuk converter 5V 10A frequency and duty cycle control lt1070 off-line flyback regulator 100w flyback 200w 200w dc to ac inverter Circuit diagram
Text: 90 LT1070 LT1071 q q LT1070 LT1071 Switch Current Limit ( LT1070 ) Duty Cycle 50 , Switching Frequency q DC (Max) Maximum Switch Duty Cycle 35 33 90 Flyback Sense Delay Time , : Measured with VC in hi clamp, VFB = 0.8V. ISW = 4A for LT1070 and 2A for LT1071. Note 5: For duty cycles , *AVERAGE LT1070 POWER SUPPLY CURRENT IS FOUND BY MULTIPLYING DRIVER CURRENT BY DUTY CYCLE , THEN ADDING , LT1070 /LT1071 5A and 2.5A High Efficiency Switching Regulators DESCRIPTION U FEATURES s


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PDF LT1070/LT1071 LT1071) For0/71 LT1074/LT1076 100kHz, LT1170/LT1171/ LT1172 100kHz LT1370/LT1371 500kHz LT1074 design manual LT1171 buck lt1070ct "buck converter" LT1076 LINEAR LT1070HV cuk converter 5V 10A frequency and duty cycle control lt1070 off-line flyback regulator 100w flyback 200w 200w dc to ac inverter Circuit diagram
1990 - Ferroxcube 3C8

Abstract: AN19-16 LT1070 Ferrite 3c8 flyback AN-1910 TRANSISTOR 22W UG an-19 12CM32 tesla 516 kelvin 1102
Text: operate near 50% duty cycle and require maximum possible output power. To solve this problem, switch , cycle to 4A at 80% duty cycle . The LT1071 and LT1072 will also be specified this way. High Supply , IZ 6mA + ISW(0.0015 + DC/40): ISW = LT1070 average switch current during "on" time DC = duty cycle , into the current amplifier input. This ramp starts at 40% duty cycle , and is the source of the bend , LTXXXX · AN19 F07 Figure 7. Duty Cycle vs VC Voltage It is a permanent condition when the LT1070 is


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PDF LT1070 Switc65) O-220) AN19-80 an19fa Ferroxcube 3C8 AN19-16 Ferrite 3c8 flyback AN-1910 TRANSISTOR 22W UG an-19 12CM32 tesla 516 kelvin 1102
1986 - IC 92112 Q101

Abstract: Ferroxcube 3C8 Ferrite 3c8 flyback 24v primary center tapped buck and boost power HV Flyback TRANSFORMERS pin diagram of LM308 Op Amp IC TRANSISTOR 22W UG 92112 q103 LT1070 Self Oscillating Flyback Converters
Text: 80% duty cycle . The LT1071 and LT1072 will also be specified this way. High Supply Voltages It has , (0.0015 + DC/40): ISW = LT1070 average switch current during "on" time DC = duty cycle For ISW = 4A, DC , ERROR AMP VC + The LT1070 is a current mode switcher. This means that switch duty cycle is , ramp fed into the current amplifier input. This ramp starts at 40% duty cycle , and is the source of , that the definition of duty cycle allows only for values between 0 and 1. The formula for VOUT


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PDF LT1070 O-220) an19fb AN19-80 IC 92112 Q101 Ferroxcube 3C8 Ferrite 3c8 flyback 24v primary center tapped buck and boost power HV Flyback TRANSFORMERS pin diagram of LM308 Op Amp IC TRANSISTOR 22W UG 92112 q103 Self Oscillating Flyback Converters
LINEAR LT1070HV

Abstract: No abstract text available
Text: amplification Control threshold voltage V c = 1.5 V, High state, Low state, V c = 0.7 V to 1.4 V Duty cycle = 0 , switch is included in the package along with all oscillator, control , and protection circuitry , techniques, they provide excellent ac and dc input and output regulation. The LT1070 is much easier to use than the low-power control chips that are presently available and has many unique features that are not , 0.15 8 5 0.24 Q mho Duty cycle = 50%, V p g = 0.8 V Duty cycle = 80%, V p g = 0.8 V V F b =


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PDF LT1070, LT1070HV 1988-R LT1070HV LT1070 100-C LT1070HVCKC LT1070CKC LT1070HVIKC LT1070IKC LINEAR LT1070HV
1989 - LT1070HVCT

Abstract: flyback converter 2A 15V
Text: LT1070 LT1071 Switch Current Limit ( LT1070 ) Duty Cycle ≤ 50%, TJ ≥ 25°C Duty Cycle ≤ 50 , 97 % ∆IIN ∆ISW Switching Frequency q DC (Max) Maximum Switch Duty Cycle Flyback , 0.8V. ISW = 4A for LT1070 and 2A for LT1071. Note 5: For duty cycles (DC) between 50% and 80 , *AVERAGE LT1070 POWER SUPPLY CURRENT IS FOUND BY MULTIPLYING DRIVER CURRENT BY DUTY CYCLE , THEN ADDING , LT1070 /LT1071 5A and 2.5A High Efficiency Switching Regulators DESCRIPTIO FEATURES s s s


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PDF LT1070/LT1071 LT1071) O-220 100kHz, LT1170/LT1171/ LT1172 100kHz LT1370/LT1371 500kHz LT1374/LT1376 LT1070HVCT flyback converter 2A 15V
peltier cooler wiring diagram

Abstract: 801-2003-01 Cambion peltier regulator 48V 48V 100W zener diode Cambion 801 118ME AN-19 Rosemount RTD off-line flyback regulator 100w
Text: reference and controls the Vsw pin's duty cycle and current, closing a loop. Since the LT1070 is trying to , shows a motor speed regulator. The LT1070 provides simplicity and switch-mode control efficiency , the LT1070 to begin pulsing its Vsw pin at maximum duty cycle . The A = HI = 140VAC LOW = 90VAC B = , outlook on switchers was the LT1070 family. In terms of circuit construction and ease of use they really , characteristics. Size, core material, operating frequency , voltage and current influence inductor design. A= 10V


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PDF AN25-23 AN25-24 peltier cooler wiring diagram 801-2003-01 Cambion peltier regulator 48V 48V 100W zener diode Cambion 801 118ME AN-19 Rosemount RTD off-line flyback regulator 100w
1986 - mallory capacitor fp 150

Abstract: lt1072 tapped inductor boost converter mallory capacitor fp LT1070 frequency and duty cycle control lt1070ct MALLORY CAPACITORS sx EX 0045 bm diode zener 6W Buck Topology LM308 pin configuration
Text: 80% duty cycle . The LT1071 and LT1072 will also be specified this way. High Supply Voltages It has , (0.0015 + DC/40): ISW = LT1070 average switch current during "on" time DC = duty cycle For ISW = 4A, DC , ERROR AMP VC + The LT1070 is a current mode switcher. This means that switch duty cycle is , ramp fed into the current amplifier input. This ramp starts at 40% duty cycle , and is the source of , definition of duty cycle allows only for values between 0 and 1. The formula for VOUT therefore shows a


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PDF LT1070 O-220) an19fc AN19-80 mallory capacitor fp 150 lt1072 tapped inductor boost converter mallory capacitor fp frequency and duty cycle control lt1070ct MALLORY CAPACITORS sx EX 0045 bm diode zener 6W Buck Topology LM308 pin configuration
LT1070

Abstract: 1N4148 74C04 MUR8100 frequency and duty cycle control lt1070
Text: filters the Vc pin to DC and the LT1070 transitions into "normal" operation. With the Vc pin at DC it is , R1-R2 feedback divider. In fact, A1 is still duty cycle modulating, but at a rate far above R6-C2's , Oscillation Frequency for Figure 2 For LT1070 literature call 800-637-5545. For help with an application call , and the Vc pin. The LT1070's internal feedback amplifier and reference are not used. Figure 3 shows , Vc pin (trace C) low, putting the IC in its 50/iA shutdown mode. The Vsw Pin (trace D) is high, and


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PDF DN11-1 50/jH LT1070 MUR8100 1N4148 LT1070 20ms/DIV DN11-2 1N4148 74C04 MUR8100 frequency and duty cycle control lt1070
BMF 11A

Abstract: r02f 16V7K TOTALLY ISOLATED CONVERTER 20h inductor MALLORY CAPACITOR CATALOG 630fl IL393 K895 LG TV flyback transformer CROSS REFERENCE
Text: % duty cycle was bothersome because many designs operate near 50% duty cycle and require maximum possible , linearly decreasing function, from 5A at 50% duty cycle to 4A at 80% duty cycle . The LT1071 and LT1072 will , amplifier input. This ramp starts at -40% duty cycle , and is the source of the bend in the Vc vs duty cycle , regulator depends only on the duty cycle of the switching network, and input voltage. This is a very , (continuous mode) (6) DC is duty cycle , the ratio of S1 "on" time to "off" time, assuming that S1 and S2


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PDF LT1070 O-220Type LT1070MK, LT1070HVMK LT1070CK, LT1070HVCK LT1070CT, LT1070HVCT BMF 11A r02f 16V7K TOTALLY ISOLATED CONVERTER 20h inductor MALLORY CAPACITOR CATALOG 630fl IL393 K895 LG TV flyback transformer CROSS REFERENCE
1988 - 801-2003-01

Abstract: Cambion peltier regulator 48V mosfet 10a 500v 40khz peltier cooler wiring diagram an25fa "motor speed regulator" negative voltage regulator, 48V IRF P CHANNEL MOSFET 200V 20A led driver 12v 100w
Text: compares the feedback pin voltage to its internal 1.24V reference and controls the VSW pin's duty cycle and current, closing a loop. Since the LT1070 is trying to force its feedback pin to 1.24V, output , , core material, operating frequency , voltage and current influence inductor design. 5VIN 22µF , ICs. A 75V, 5A (LT1070HV) on-chip power switch, complete control loop, oscillator and only 5 pins eliminate a lot of the ambiguity of other devices. Internal details and operating features of the LT1070


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PDF an25fa AN25-23 AN25-24 801-2003-01 Cambion peltier regulator 48V mosfet 10a 500v 40khz peltier cooler wiring diagram an25fa "motor speed regulator" negative voltage regulator, 48V IRF P CHANNEL MOSFET 200V 20A led driver 12v 100w
P50N05E

Abstract: p50n05 PE-65050 dc-dc converter royer pe-6197 figure 19 hysteresis loop of magnetic core in flyback circuit 2n3507 1amp IRFZ44 mosfet for square wave inverter diode r 4kl c 46 0.22pf disc capacitor
Text: control A1 's gain. The 0.22p.F capacitor frequency compensates the loop, and thethermaliy mated diodes , oscillations. L3's secondary RC network adds additional high frequency damping. Without control of quiescent , CIA's switched control loop. As input voltage and loading conditions change C1A adjusts the number of clock pulses allowed to bias Q1-Q3, maintaining loop control . When the 1 and 2 signals reverse , (Vc) pulls high (trace C). This causes full duty cycle 40kHz switching at the Vsw pin (trace D). The


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PDF California92112 P50N05E p50n05 PE-65050 dc-dc converter royer pe-6197 figure 19 hysteresis loop of magnetic core in flyback circuit 2n3507 1amp IRFZ44 mosfet for square wave inverter diode r 4kl c 46 0.22pf disc capacitor
chopper transformer winding for 24v battery charging

Abstract: hp laptop charging CIRCUIT diagram p50n05 43a Hall effect pin out 2n3906 npn 2N2219 transistor substitute PURE SINE WAVE inverter schematic diagram pe-61592 P50N05E magnetic amplifier saturable core
Text: 0.22µF capacitor frequency compensates the loop, and the thermally mated diodes minimize errors due to , network adds additional high frequency damping. Without control of quiescent current the power stage will , small error window set by C1A's switched control loop. As input voltage and loading conditions change C1A adjusts the number of clock pulses allowed to bias Q1-Q3, maintaining loop control . When the 1 and , , turning off the 4N46 opto-isolator. Q1 goes off, and the LT1070's control pin (VC) pulls high (Trace C).


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PDF 1500pF CTX300-4 B-07T CTX33-4 D45C1 CTX-02-13949-X1 21-110J LT1533 an29f AN29-46 chopper transformer winding for 24v battery charging hp laptop charging CIRCUIT diagram p50n05 43a Hall effect pin out 2n3906 npn 2N2219 transistor substitute PURE SINE WAVE inverter schematic diagram pe-61592 P50N05E magnetic amplifier saturable core
MOTOROLA-MBR745

Abstract: snubber overshoot composite capacitor wima mks 04 MARCON AMERICA CORP nichicon electrolytic capacitor 2200MF LT1070IC LT1070 equivalent LT1270 UPL1C222MRH Sanyo 9980 lu
Text: the LT1070 operates at a duty cycle greater than 50% its maximum switch current is reduced, which , pin of the LT1070 , adjusting duty cycle . The \Iq pin RC network provides sufficient loop compensation , converter of Figure 14. The control circuitry and the manner in which the LT1070 power switch is driven are , 3.1yrs The total lifetime and operating duty cycle of a product must first be defined in order to , . During this period, current flows from the input through the LT1070 and the inductor, and into the load


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PDF LT1070IC. AN46-28 MOTOROLA-MBR745 snubber overshoot composite capacitor wima mks 04 MARCON AMERICA CORP nichicon electrolytic capacitor 2200MF LT1070IC LT1070 equivalent LT1270 UPL1C222MRH Sanyo 9980 lu
CTX30203C04

Abstract: MUR1100 LT1C70 LT1070 MBR360 snubber
Text: blanking time causing the LT1070 to mistrigger, as shown in Figure 5. The duty cycle variations in the , regulator to exhibit erratic operating conditions that manifests itself as duty cycle instability. This , unpredictable duty cycle behavior. The substrate diode current can be eliminated by placing a Schottky diode , A = 20V/DIV B = 1A/DIV HORIZ = 20pS/DIV Figure 5. Duty Cycle Instability Due to Current Spike , ideal characteristics, and the parasitic capacitance associated with the secondary can cause large


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PDF LT1070 LT1C70 CTX30203C04 MUR1100 MBR360 snubber
Not Available

Abstract: No abstract text available
Text: Switching Frequency Maximum Switch Duty Cycle Cm ax MAX UNITS 25 • d TYP 50 50 80 , high power switch­ ing regulators. Identical tothe popular LT1070 , except for switching frequency , die along with all oscillator, control , and protection circuitry. Inte­ gration of all functions , both the LT1070 and the external components used with it, as well as complete form ulas fo r , 150 Duty Cycle = 0 2.8 300 650 (jmho 70 70 pA pA 3V < V| j < VMax, Vc = 0.6V


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PDF LT127QA/LT1270 LT1270A) 10OjaA LT1072 LT1270A/LT1270 LT1070, 60kHz) LT1270A. LT12701TA S51fl4hfl
1990 - CTX30203C04

Abstract: LT1070 Chip Resistors Parasitic capacitance an39f snubber AN393 5A30 MBR360 MUR110 effect of parasitic in capacitors
Text: past the blanking time causing the LT1070 to mistrigger, as shown in Figure 5. The duty cycle , erratic operating conditions that manifests itself as duty cycle instability. This effect is exacerbated , is forward biased, causing unpredictable duty cycle behavior. The substrate diode current can be , A = 20V/DIV ISW ISW HORIZ = 20s/DIV HORIZ = 2s/DIV Figure 5. Duty Cycle Instability , . Transformers have parasitic components that can cause them to deviate from their ideal characteristics, and


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PDF LT1070 an39f AN39-4 CTX30203C04 Chip Resistors Parasitic capacitance an39f snubber AN393 5A30 MBR360 MUR110 effect of parasitic in capacitors
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