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1994 - SMP40P06

Abstract: lt1159 77120-A7 MBRS330 LTC1159-5 LTC1159 1N4148 WIMA 6800PF 63V LTC1267 P channel MOSFET 10A
Text: LTC1159 / LTC1159 -3.3/ LTC1159-5 High Efficiency Synchronous Step-Down Switching Regulators U , CIN 100µF 100V LTC1159-5 Efficiency 100 FIGURE 1 CIRCUIT 0.15µF VCC 3.3µF VCC EXTVCC LTC1159-5 SHDN1 SENSE ­ ITH 3300pF 1k CT CT 300pF 90 D1 MBRS140T3 L* 33µH , LTC1159 · TA01 Figure 1. High Efficiency Step-Down Regulator 1 LTC1159 / LTC1159 -3.3/ LTC1159-5 W , Current ( LTC1159 Only) q VOUT Regulated Output Voltage LTC1159 -3.3 LTC1159-5 VIN = 9V ILOAD


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PDF LTC1159/LTC1159-3 3/LTC1159-5 LTC1148 LTC1149 LTC1174 LTC1265 LTC1267 LTC1159 SMP40P06 lt1159 77120-A7 MBRS330 LTC1159-5 LTC1159 1N4148 WIMA 6800PF 63V LTC1267 P channel MOSFET 10A
9435DY

Abstract: 1153-B
Text: VlN LTC1159-5 Efficiency LOAD CURRENT (A) Figure 1. High Efficiency Step-Down Regulator , LTC1159 -3.3 LTC1159-5 VIN = 9V Iload - 700mA L oad = 700mA Output Voltage Line Regulation Vim = 9V to 40V Output Voltage Load Regulation LTC1159 -3.3 LTC1159-5 5mA < Iload < 2A 5mA , (Forced) LTC1159-5 • V sense- = 3.4V (Forced) V sense' = 3.1V (Forced) LTC1159 -3.3 V , mV mV VsNDNI SHDN1 Threshold LTC1159CG, LTC1159 -3.3, LTC1159-5 0.6 0.8 2 V


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PDF 16-Lead 551fi4b on-77 DD116SS 5C179 9435DY 1153-B
1994 - HL-8700

Abstract: SMP40P06 77120-A7 lt1159 Si9435DY Si9410DY MBRS140T3 LTC1159-5 LTC1159 1N4148
Text: LTC1159 LTC1159 -3.3/ LTC1159-5 High Efficiency Synchronous Step-Down Switching Regulators U , LTC1159-5 Efficiency 100 0.15µF FIGURE 1 CIRCUIT VCC 3.3µF VIN = 10V 0.1µF P-DRIVE VCC EXTVCC LTC1159-5 90 D1 MBRS140T3 L* 33µH RSENSE 1 0.05 2 3 SHDN1 0V = , LTC1159 · TA01 Figure 1. High Efficiency Step-Down Regulator 1 LTC1159 LTC1159 -3.3/ LTC1159-5 W , Regulated Output Voltage LTC1159 -3.3 LTC1159-5 VIN = 9V ILOAD = 700mA ILOAD = 700mA Output Voltage


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PDF LTC1159 LTC1159-3 3/LTC1159-5 250kHz LTC1773 550kHz 750kHz, LTC1778 100ns, LTC1876 HL-8700 SMP40P06 77120-A7 lt1159 Si9435DY Si9410DY MBRS140T3 LTC1159-5 LTC1159 1N4148
1W4148

Abstract: SMP40P06
Text: f T FEATURES l K LTC1159 / LTC1159 -3.3/ LTC1159-5 TECHNOLOGY High Efficiency Synchronous , LTC1159-5 Efficiency 0.02 0.2 2 LOAD CURRENT (A) LTC1159 · TA01 Figure 1. High Efficiency , Voltage LTC1159 -3.3 LTC1159-5 Output Voltage Line Regulation Output Voltage Load Regulation LTC1159 -3.3 LTC1159-5 Burst Mode Output Ripple CONDITIONS MAX 1.29 UNITS V MA VoUT V|N = 9V Ilo a d = , LTC1159 / LTC1159 -3.3/ LTC1159-5 ClCCTRICm CHRRnCTCRISTICS SYMBOL < m X - I I < o o PARAMETER EXTVcc


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PDF LTC1159/LTC1159-3 3/LTC1159-5 250kHz LTC1148 LTC1147 LTC1159 1W4148 SMP40P06
1994 - SMP40P06

Abstract: No abstract text available
Text: LTC1159 LTC1159 -3.3/ LTC1159-5 High Efficiency Synchronous Step-Down Switching Regulators , Si9435DY LTC1159-5 Efficiency 100 FIGURE 1 CIRCUIT VCC 3.3µF VIN = 10V 0.1µF P-DRIVE VCC EXTVCC LTC1159-5 D1 MBRS140T3 90 L* 33µH RSENSE 1 0.05Ω 2 3 SHDN1 0V , LTC1159 LTC1159 -3.3/ LTC1159-5 W W W AXI U RATI GS U ABSOLUTE (Note 1) Input Supply , ( LTC1159 Only) q VOUT Regulated Output Voltage LTC1159 -3.3 LTC1159-5 VIN = 9V ILOAD = 700mA


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PDF LTC1159 LTC1159-3 3/LTC1159-5 250kHz LTC1773 550kHz 750kHz, LTC1778 100ns, LTC1876 SMP40P06
BATB5

Abstract: No abstract text available
Text: LTC1159 -3.3 JLTC1159- 5 p e c if ic a t io n s i m FflTURS Operation from 4V to 40V Input , will not infringe on existing patent rights. L / C 508 I 1 LTC1159 / LTC1159 -3.3/ LTC1159-5 , Voltage ( LTC1159 Only) Feedback Current ( LTC1159 Only) Regulated Output Voltage LTC1159 -3.3 LTC1159-5 Output Voltage Line Regulation Output Voltage Load Regulation LTC1159 -3.3 LTC1159-5 Burst Mode Output , -3.3/ LTC1159-5 lCTftlCfil CHAftflCTCRISTICS SYM BOL Vext ~ Vcc T a * 2 5 ° C , V in * 1 2 V , V $ h d n i =


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PDF LTC1159-3 JLTC1159-5 LTC1159 erM0SFETsatswitchingfrequenciesupto250kHz LTC1159/LTC1159-3 3/LTC1159-5 BATB5
Not Available

Abstract: No abstract text available
Text: WfflL LTC1159 / LTC1159 -3.3/ LTC1159-5 TECHNOLOGY High Efficiency Synchronous Step-Down , LTC1159-5 Efficiency LOAD CURRENT (A) LTC 11S9-TAD 1 Figure 1. High Efficiency Step-Down Regulator 4-154 ■5Slfl4bfl 001271b 156 r r u TECHNOLOGY n m LTC1159 /LTCl 159-3.3/ LTC1159-5 , Current ( LTC1159 Only) • VoUT Regulated Output Voltage LTC1159 -3.3 LTC1159-5 V|N = 9V I l , Voltage Load Regulation LTC1159 -3.3 LTC1159-5 5mA < I l o a d < 2A 5mA < I l o a d < 2A Burst


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PDF LTC1159/LTC1159-3 3/LTC1159-5 20juA 250kHz LTC1147 LTC1148 LTC1149 LTC1174 LTC1265
Not Available

Abstract: No abstract text available
Text: SDecifications □ I I F T\J LTC1159 / LTC1159 -3.3/ LTC1159-5 TECHNOLOGY High Efficiency Synchronous , P-DRIVE V cc EXTVcc LTC1159-5 SHDN1 0V= NORMAL >2V= SHUTDOWN SEN SE * SH0N2 S EN SE " , 0.2 Vout Regulated Output Voltage LTC1159 -3.3 LTC1159-5 V in a Vout Output Voltage Line Regulation V in = 9V to 40V Output Voltage Load Regulation LTC1159 -3.3 LTC1159-5 5mA , LO G Y IJC1159/IJC1159-3.3/ LTC1159-5 €L€CTRICfiL CHflftflCTCRISTICS Ta = 25°C, Vin = 1ZV


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PDF LTC1159/LTC1159-3 3/LTC1159-5 LTC1159 33jiF LTC1159 94100Y BRS140T3 10Vx2 1000pF 2200pF
1998 - LTC1159-5

Abstract: LTC1159CG
Text: SPECIFICATION NOTICE LTC1159 / LTC1159 -3.3 LTC1159-5 July 1998 The LTC®1159/ LTC1159 -3.3/ LTC1159-5 data sheet have been revised as shown in bold in the following table. For complete specifications, typical performance characteristics and applications information, please see the LTC1159 / LTC1159 -3.3/ LTC1159-5 data sheet. , LTC and LT are registered trademarks of Linear Technology Corporation. ELECTRICAL CHARACTERISTICS SYMBOL VSHDN1 PARAMETER SHDN1 Threshold LTC1159CG, LTC1159 -3.3, LTC1159-5


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PDF LTC1159/LTC1159-3 LTC1159-5 1159/LTC1159-3 3/LTC1159-5 LTC1159CG, LTC1159-3 LTC1159-5 LTC1159CG
NS 4250

Abstract: LTC1267 LTC1267-ADJ LTC1267-ADJ5 LTC1267CG LTC1267CG-ADJ LTC1267CG-ADJ5 267-ADJ5 ltc1159
Text: . TVPICftL flPPUCflTIOn V|N 5.4V to 25V Figure 1. High Efficiency Dual 3.3V, 5 V 4-248 S51fl4bfl DDlEfilD blD , (Pin 28). 10V Continuous Output Current (Pins 5 , 6, 23, 24). 50mA Sense , top view VccΠ28] ext vqc Vin [I 27] mshdn cap3|t 26] cap5 pgate 3 [T 25] pgate 5 pdrive 3 [t ig pdrive 5 ngate 3 Q[ 23] ngate 5 pgnd3[T 22] pgnd5 VCC3E 1]vcc5 OnΠ20] sgnd5 IimΠt9] shdn5 sgnd3 01 tsu sense+ 5 shdn3 0I 17]sense" 5 sensed 01 3Hct5 sensed 01 3HItH5 G PACKAGE 28-LEAD PLASTIC


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PDF LTC1267 LTC1267-ADJ/LTCl 267-ADJ5 28-Pin LTC1148 LTC1149 LTC1159 LTC1174 LTC1265 LTC1266 NS 4250 LTC1267-ADJ LTC1267-ADJ5 LTC1267CG LTC1267CG-ADJ LTC1267CG-ADJ5
diode sg 5 ts

Abstract: T3316-6 1147a lt1105 Diode LT 450
Text: All N-Channel S olution LTC1159 : Highest Efficiency for V iN Up to 40V, 3.3V or 5 V Output , Si9435 _L " LTC1159-5 PDRIVE EXTV cc LTC1159 0V = NO RM AL > 2 V = SHUTDOW N SHDN1 SH DN 2 , 65 75 65 75 100 65 75 65 75 65 75 38 60 60 60 60 60 35 35 25 35 5 5 2.5 2.5 1.25 1.25 5 5 2 2 1 5 5 2.5 2.5 1.25 1.25 1.25 7.5 4 10 8 4 1.5 1.5 2 1.5 K, T K, T K, T K, T K, T, N8, S8, S16 K, T K , capability. Step-Up From One Cell (1V) V out (V) 5 12 Basic Step-Up Converters R (£2) 0 0 0 0 1N 5


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PDF 40kHz 60kHz LT1270A LT1270 100kHz 150kHz 250kHz 500kHz diode sg 5 ts T3316-6 1147a lt1105 Diode LT 450
1997 - LT1257

Abstract: LT485 AN6752 OP227 "direct replacement" ltc1097 an6266 AN2544 AN6677 AN1523 LTC201 spice
Text: Thermometer (see Signal Conditioning-Temperature) Amplifiers Page Number Figure Number LM108 DS 5 , /56 DS 17 NA LT1256 LT1211/12 DS 1 NA LT1211 AN50 5 6 1.8kW , Preformance Transformer Coupled Microphone Preamp LT1115 DS 11 5 LT1115, LT1010, LT1097 Low , Output Stage (100mA) AN18 5 7 LT1022 LT1022 DS 7 NA LT1022, LT1010 LTC1052DS , , LT118A 5 SUBJECT INDEX Amplifiers (Continued) Publication Page Number Figure Number


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PDF DN134) LT1016, LT1097, LT1222 LT1166, LT1431 LT1172, LT1006 LT1013, LT1088, LT1257 LT485 AN6752 OP227 "direct replacement" ltc1097 an6266 AN2544 AN6677 AN1523 LTC201 spice
Not Available

Abstract: No abstract text available
Text: 2 (see also Figure 5 ). In this model, MnO2:β phase has a band gap of 0.26 eV and MnO2:γ phase , same group of parts as above is shown in Figure 5 , and a ripple current comparison is shown in Fig , with 55mΩ ESR are shown in Figure 4. 1000 10000 100000 Frequency (Hz) Fig. 5 . TPS , can be understood by reference to the MIS structure (see e.g. 5 ]) 20 WIDE VOLTAGE RANGE 10 , regulator ( LTC1159 ) with a 10v input and 3.3v output rail at 3.3Ω load – see Figure 10. Comparable


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Ta2O5 phase diagram

Abstract: graphite 7650 220K10 silver band gap Tantalum phase diagram band gap TPS capacitor kemet TPS Series silver phase diagram band gap Ta2O5 D330
Text: Figure 5 ). In this model, MnO2: phase has a band gap of 0.26 eV and MnO2: phase 0.58-0.7 eV. When an , shown in Figure 5 , and a ripple current comparison is shown in Fig.6. resistance and contact , Figure 5 . TPS, TPS III and Polymer Cap vs frequency Highly accelerated tests were used to evaluate ESR , (conductive polymer) materials. This can be understood by reference to the MIS structure (see e.g. 5 , polymer 55m ratings. The evaluation used a Linear Technology switching regulator ( LTC1159 ) with a 10v


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PDF IMPESR00M-R Ta2O5 phase diagram graphite 7650 220K10 silver band gap Tantalum phase diagram band gap TPS capacitor kemet TPS Series silver phase diagram band gap Ta2O5 D330
LTC1159

Abstract: lanskroun
Text: Oxide powder parameters overview table. 5 0 Ta Availability ­ Supply Chain Nb NbO Note , , niobium and niobium oxide capacitors is given in Figure 5 below. Niobium Oxide Dielectric Ta2O5 , 100 Capacitance (µF) Parameter 120% Figure 5 . Tantalum, Niobium and Niobium Oxide , ratio. Application Example: LTC1159 DC/DC A Linear Technology switching regulator ( LTC1159 ) with 250kHz switching frequency, 10V input and 5V output rail with a 5 load was used as a typical application


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PDF 5M1002-N LTC1159 lanskroun
1995 - LTC1267

Abstract: 1N4148 CTX33-4 LTC1267-ADJ MBRS140T3 Si9410DY Si9435DY Si941 LTC1159
Text: to 25V + + 0.15µF 3.3µF 1N4148 VOUT3 3.3V 2A L3 20µH 0.1µF 4 5 VCC3 , MSHDN CAP5 EXT VCC VCC5 25 PGATE 5 24 PDRIVE 5 18 + SENSE 5 LTC1267 17 SENSE ­ 5 19 SHDN5 23 NGATE 5 ITH3 10 ITH5 15 CT5 SGND5 PGND5 16 20 22 3.3µF P-CH Si9435DY , Voltage (Pin 28) . 10V Continuous Output Current (Pins 5 , 6, 23, 24) . , VIN 2 27 MSHDN CAP3 3 26 CAP5 PGATE 3 4 24 PDRIVE 5 NGATE 3 6 26 CAP2 23 NGATE


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PDF LTC1267 LTC1267-ADJ/LTC1267-ADJ5 LTC1267 400kHz. LTC1174 LTC1265 LTC1266 LTC1574 1N4148 CTX33-4 LTC1267-ADJ MBRS140T3 Si9410DY Si9435DY Si941 LTC1159
2006 - step down transformer

Abstract: SMD transformer EL 33 transformer switching transformer winding pulse transformer driver ic REGULATOR IC 7832 A001 SMD LTC1304 step down transformer 12 flyback transformer
Text: Regulator IHSM-5832 High Current, Molded, Inductor LT1507 Auxiliary 5 V/3 A, 3.3 V/3.5 A, 12 V , -1304-3.3 LT1304- 5 Electroluminescent Panel Driver with 200 Hz Oscillator LPE-4841-100MB SMD Inductor , LPE-4841-330MB SMD Inductor/Transformer LT1425 Isolated Flyback Switching Regulator 5 V to Isolated - 9 Vout LPE-4841-A307 SMD Transformer LT1424- 5 Isolated Flyback Switching Regulator with 5 V Output LPE-4841-A307 SMD Transformer LT1425 - 9 V Isolate LAN Supply LPE


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PDF IHSM-4825 LT1507 IHSM-4825 LT1375/LT1376 LT1374 LT1506 step down transformer SMD transformer EL 33 transformer switching transformer winding pulse transformer driver ic REGULATOR IC 7832 A001 SMD LTC1304 step down transformer 12 flyback transformer
1995 - LTC1267

Abstract: 1267f LT1267 1N4148 CTX33-4 LTC1267-ADJ MBRS140T3 Si9410DY Si9435DY
Text: to 25V + + 0.15µF 3.3µF 1N4148 VOUT3 3.3V 2A L3 20µH 0.1µF 4 5 14 CAP3 , VCC VCC5 25 PGATE 5 24 PDRIVE 5 + 5 18 SENSE LTC1267 17 SENSE ­ 5 19 SHDN5 23 NGATE 5 , Voltage (Pin 28) . 10V Continuous Output Current (Pins 5 , 6, 23, 24) . , TOP VIEW VCC 1 28 EXT VCC VIN 2 27 MSHDN CAP3 3 26 CAP5 PGATE 3 4 24 PDRIVE 5 NGATE 3 6 23 NGATE 5 PGND3 7 22 PGND5 VCC3 8 21 VCC5 CT3 9 20 SGND5 ITH3 10


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PDF LTC1267 LTC1267-ADJ/LTC1267-ADJ5 LTC1267 400kHz. LTC1174 LTC1265 LTC1266 LTC1574 1267fs 1267f LT1267 1N4148 CTX33-4 LTC1267-ADJ MBRS140T3 Si9410DY Si9435DY
Tantalum and Niobium Technology Roadmap

Abstract: No abstract text available
Text: 10 5 0 Niobium and niobium oxide are more abundant in nature than tantalum. These materials are , oxide capacitors is given in Figure 5 below. Niobium Oxide has two orders higher ignition energy , *) comparable same/higher -55 / +105 (125*) 20% same Figure 5 . Tantalum, Niobium and Niobium Oxide , Example: LTC1159 DC/DC A Linear Technology switching regulator ( LTC1159 ) with 250kHz switching frequency , DC/DC converter. 5 no thermal mismatch issues with any substrates. Conclusion Future


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2001 - Ta2O5 phase diagram

Abstract: ep 1387 Tantalum phase diagram band gap 470uf 10v ELECTROLYTE capacitor LTC1159
Text: diagram, as illustrated in Figure 2 (see also Figure 5 ). In this model, MnO2: phase has a band gap of 0.26 , frequency for the same group of parts as above is shown in Figure 5 , and a ripple current comparison is , S TD TP S 1000 10000 100000 Fr equency ( H z) Figure 5 . TPS, TPS III and Polymer Cap , ) materials. This can be understood by reference to the MIS structure (see e.g. 5 ]) Mobile oxygen atoms, a , switching regulator ( LTC1159 ) with a 10v input and 3.3v output rail at 3.3 load ­ see Figure 10. Comparable


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sg3524 battery charger

Abstract: battery charger with sg3524 LT3526 LTC1267 24V Switching Voltage Regulator lt1105 LT3524
Text: Regulator Controller N,S LTC1149 Step-Down Switching Regulator Controller N ,S LTC1159


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PDF LT1248 LT1249 LT1105 LT1241 LT1246/LT1247 LT1524/LT3524 LT1525A/LT3525A LT1527A/LT3527A LT1526/LT3526 500kHz sg3524 battery charger battery charger with sg3524 LT3526 LTC1267 24V Switching Voltage Regulator LT3524
1999 - 24v 12v 10A regulator

Abstract: 24v 12v 20A regulator CD4047 100KHZ CIRCUITS Step-up 12V to 36V 300mA cd4047 ic IC CD4047 CD4047 equivalent ic IRFZ44 "pin compatible" alternator dual voltage 12V 24V 24V to 12V REGULATOR IC
Text: 14V STEP-DOWN TO 3V, 5V, ETC. LT1676, LTC1159 LT1374/75/76 LT1533 14V LOAD DRIVERS LT1161 LTC1153/4/ 5 s GPS/GSM s Radio/Entertainment s Collision Avoidance Computer s Driveline Controls , 1N914 IAVG 95 IRFZ44 ×4 LT1339 5 10A 20A 50A 3A ×10 3.3V 100 ILIMIT , 1k VIN = 48V C7 3300pF X7R 70 VIN = 36V C8 680pF NPO D1 1N4148 2 5 VIN VCC VCC PGATE 1 4 PDRIVE CAP 9 10 SENSE + SD1 15 SD2 LTC1149- 5 8 7 SENSE ­ ITH


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PDF 4V/36V LTC1149 LT1074HV/LT1076HV LT1676/LT1776 LT1680 LT1070/71/72 LT1170/71/72 LT1080 LT1161 LT1170/1/2 24v 12v 10A regulator 24v 12v 20A regulator CD4047 100KHZ CIRCUITS Step-up 12V to 36V 300mA cd4047 ic IC CD4047 CD4047 equivalent ic IRFZ44 "pin compatible" alternator dual voltage 12V 24V 24V to 12V REGULATOR IC
24V Switching Voltage Regulator

Abstract: sg3524 battery charger PWM controlled voltage regulator voltage regulator mosfet battery charger with sg3524 24v to 5v switching regulator LT/SG3527A dc voltage regulator circuit using mosfet LT1248 PWM for battery charger with constant current
Text: LTC1142HV LTC1143 LTC1147, LTC1147L LTC1148. LTC1148L LTC1148HV LTC1149 LTC1159 LTC1266 LTC1267 LTC1430


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PDF LTC1325 LT1510 LT1512 200kHz LT1248 LT1249 LT1508/09 150mA LT1103/1105 LT1105 24V Switching Voltage Regulator sg3524 battery charger PWM controlled voltage regulator voltage regulator mosfet battery charger with sg3524 24v to 5v switching regulator LT/SG3527A dc voltage regulator circuit using mosfet PWM for battery charger with constant current
1995 - ctx15-4

Abstract: DN114 LTC1267 Si9435DY Si9410DY MBRS140T3 LTC1267-ADJ5 LTC1267-ADJ LTC1159 1N4148
Text: output LTC1159 ) allows the MOSFET drivers and control circuitry to be powered from an external source , Si9435DY L1 15µH 0.15µF 1N4148 4 5 VCC3 COUT3 220µF 10V ×2 2 VCC SENSE ­ 3 , 26 28 21 MSHDN CAP5 EXT VCC VCC5 25 PGATE 5 24 PDRIVE 5 18 SENSE + 5 LTC1267 17 SENSE ­ 5 19 SHDN5 23 NGATE 5 PDRIVE 3 13 12 27 ITH5 15 + 1N4148 VIN SENSE


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PDF LTC1267 LTC1267, 28-lead LTC1267 LTC1267-ADJ LTC1267-ADJ5 LTC1159) 270pF 3300pF ctx15-4 DN114 Si9435DY Si9410DY MBRS140T3 LTC1159 1N4148
2005 - LTC1619

Abstract: becker automotive LT1945 ltc1680 str 6753 LTC1867 TS16949 LT1786F LT1172HV LT1270A
Text: , LT1374 < LED /CCFL: LT3466, LT3465/A, LT1768, LTC1697, LT1986 > : LTC1624/ 5 /8, LTC1871, LTC1436/9, LTC3727/8, LTC3731, LTC1735, LTC1159 , LTC3703 / · · · · CCFL PolyPhase , , LTC1438/9 LT3437/8, LT1976/7, LT3434/ 5 PolyPhase:( ) LTC3728/9, LTC1628/9, LTC1929 , 1.25MHz 1mA <15 SO-8, TSSOP16E LT1374/HV 5 25/32 4.5 500kHz 2.5mA <20 , LTC1735 3.5 36 FET 500kHz 450µA <25 SO-16,SSOP-16, TSSOP-20 LTC1159 4


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PDF ISO9001 QS9000 ISO14001 TS16949 ISO9001 HVAC5737 D-59387 D-70567 I-20156 S-191 LTC1619 becker automotive LT1945 ltc1680 str 6753 LTC1867 LT1786F LT1172HV LT1270A
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