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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT1021BCN8-7#PBF Linear Technology LT1021 - Precision Reference; Package: PDIP; Pins: 8; Temperature Range: 0°C to 70°C
LT1021BIN-5 Linear Technology IC 1-OUTPUT THREE TERM VOLTAGE REFERENCE, 5 V, PDIP, Voltage Reference
LT1021BMN-5 Linear Technology IC 1-OUTPUT THREE TERM VOLTAGE REFERENCE, 5 V, PDIP, Voltage Reference
LT1021BCH-5 Linear Technology LT1021 - Precision Reference; Package: METAL CANS; Pins: 8; Temperature Range: 0°C to 70°C
LT1021BIN-10 Linear Technology IC 1-OUTPUT THREE TERM VOLTAGE REFERENCE, 10 V, PDIP, Voltage Reference
LT1021BMH-7/883 Linear Technology IC 1-OUTPUT THREE TERM VOLTAGE REFERENCE, 7 V, MBCY8, METAL CAN, TO-5, 8 PIN, Voltage Reference

LT1021B-7 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
REF-01

Abstract: LT1021B-7 LT1021D-7 ref01
Text: -2.5 LM336B-2.5 LT580J LM385-2.5 LM336B-2.5 LM336-2.5 LM336-2.5 7V Output T.C. LT1021B-7 LT1021D- 7 LT1034 ACCURACY LT1021B-7 LT1021D- 7 LT1034 4.5V Output T.C. LT1019C-4.5 ACCURACY LT1019C-4.5 10V Output


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PDF LT1034B-1 LT1034-1 LT1004-1 LM385B-1 LM385-1 REF-01 LT1021B-7 LT1021D-7 ref01
ref01

Abstract: LM299A LT1009C2 REF-01 LT1021C-10 LM329B ltz1000 LT1021 LM329C
Text: -2.5 LM336-2.5 7V Output T.C. LT1021B-7 LT1021D- 7 LT1034 ACCURACY LT1021 B- 7 LT1021 D- 7 LT1034 4.5V , rrunm. TECHNOLOGY 3-9 \J 7


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PDF LT1034B-1 LT1034-1 LT1004-1 LM385B-1 LM385-1 ref01 LM299A LT1009C2 REF-01 LT1021C-10 LM329B ltz1000 LT1021 LM329C
LT1021C-10

Abstract: No abstract text available
Text: LT1029A LT1029 REF02C REF02D REF02E/A REF02H LM329A LM329B LM329C LM329D LTZ1000 LM399 LM399A LT1021B-7 LT1021D- 7 LT1019A-10 LT1019-10 LT1021B-10 LT1021C-10 LT1021D-10 LT1031B LT1031C LT1031D LT581J/S LT581K/T , Voltage Reference Selection Guide Com m ercial VO LTAGE Vz (V) 1.235 o°ct o 7 o ° c TEM PETATURE DR IFT, ppm/°C OR mV CHANGE 20ppm (typ) 20ppm (max) 40ppm (max) 20ppm (typ) 20ppm (typ) 20ppm (typ) 6mV (max) 25ppm (max) 5ppm (max) 20ppm (max) 20ppm (max) 40ppm (max) 6mV (max) 6mV (max) 20ppm


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PDF 20ppm 40ppm 25ppm LT1021C-10
Not Available

Abstract: No abstract text available
Text: LM399 LM 399A LT1021B-7 L T1021D- 7 L T1019A-10 LT 1019-10 L T 1021B-10 LT1 021C-10 LT1021D -10 L T1 031B , 1.2mA 1.2mA 1.2mA 1.2m A 1.2mA 1.2mA 1.2mA 2m A 2m A 2m A 2m A 2m A 7 00 M A to 10m A 700|iA to 10m A , IMPORTANT FEATURES Micropower Low TC Micropower with 7 V Aux Reference Low TC Micropower with 7V Aux , Micropower with 7 V Aux Reference Low TC Micropower with 7V Aux Reference General Purpose General Purpose M


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PDF LT1004-1 LT1034-1 LT1004-2 LT1009 1009S8 LT1019A-2 LT1019-2 LT1034B-2 LT1034-2 LT580J
1992 - High Precision 1.225V zener

Abstract: uA431 zener diode n8 LT1460K-2 65uA LT1461B25 H8 SOT-23 MS8 PACKAGE LT1460E-5 h8 diode zener
Text: -5 (25) LT1021B-5 (5) LT1021D-5 (20) LT1029 (34) LT1021B-7 (5) LT1021D- 7 (20) NEW! 10V , -2.5 (10) LT1460C-2.5 (15) LT1460D-2.5 (20) LT1461B-2.5 ( 7 ) NEW! LT1461C-2.5 (12) 0.5% LTC1258 , -LINEAR 3, 7 , 12, 20 5, 10, 20, 25 10, 15, 20, 25, 50 10, 25 20 20, 40 25, 35 30 typ, 50 typ 40, 60 , Adjust 10 40, 60 40, 60 5, 10, 20, 25 3, 7 , 12, 20 5, 20 5 5, 10, 15 10, 15, 20, 25, 50 , , 0.2, 0.25, 0.4, 0.5 0.05 5, 20 4.00 0.71 5, 10, 20, 25 5, 20 3, 7 , 12, 20 2, 3, 5, 7.5


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PDF LT1389A-1 LT1634A-1 LT1389B-1 LT1634B-1 LT1634C-1 LT1034B-1 LT1034-1 LT1004-1 LT1634-1 High Precision 1.225V zener uA431 zener diode n8 LT1460K-2 65uA LT1461B25 H8 SOT-23 MS8 PACKAGE LT1460E-5 h8 diode zener
LT 1021

Abstract: 5P J TRANSISTOR MARKING LM368
Text: Temperature Coefficient (Note 3) Tmin ^Tj LT1021B-7 LT1021D- 7 • • 2 5 3 20 ppm/°C ppm/°C Line , offer ultralow drift without the use of high power on-chip heaters. The LT1021- 7 uses no resistive , LT1021- 7 TJMAX = 150°C, eJA = 150°C/W,9jc = 45°C/W lt1021bch-5 lt1021bmh-5 lt1021cch-5 TOP VIEW lt1021bcn8-5 lt1021ccn8-5 lt1021cin8-5 lt1021cmh-5 lt1021dch-5 lt1021dmh-5 lt1021bch- 7 lt1021bmh- 7 lt1021dch- 7 lt1021dmh- 7 lt1021bch-10 lt1021bmh-10 lt1021cch-10 lt1021cmh-10 lt1021dch-10 lt1021dmh-10 DNC* [t v|n de DNC


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PDF LM368, MC1400 MC1404 100dB 254mm) LT1019 LT1027 LT1236 200mV LT1389 LT 1021 5P J TRANSISTOR MARKING LM368
1995 - Not Available

Abstract: No abstract text available
Text: ‰¤ TJ ≤ TMAX LT1021B-7 LT1021D- 7 MAX 7.00 12 Output Voltage (Note 2) LT1021- 7 TYP , Precision Scales Portable Reference Standard The LT1021- 7 uses no resistive divider to set output , €“15V (V – ) UNITS (%) LT1021 ( 7 AND 10 ONLY) LT1021 DISTRIBUTION OF THREE RUNS 3 1021 , LT1021- 7 . 10V LT1021 , TOP VIEW NC* 8 NC* 1 6 VIN 2 NC* 3 DNC* 1 7 NC* VOUT 5 TRIM* 4 DNC* 7


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PDF LT1021 LM368, MC1400 MC1404 100dB LT1019 LT1027 LT1236 200mV LT1389
A4998

Abstract: No abstract text available
Text: mA mA 0.7 1.0 1.2 mA mA TMIN< Tj< TM x A LT1021A- 7 LT1021B-7 LT1021D- 7 Lire , – Inertial Navigation Systems ■Precision Scales ■Portable Reference Standard The LT1021- 7 uses no , Typical Distribution of Temperature Drift—LT1021 24 I l 21 LT1Û21 ( 7 ANO 10 ONLY) LT1021 , - LT1021- 7 . 10V 16V LT1021 , -5 LT1021DMH-5 LT1021BCH-5 LT1021CCH-5 LT1021DCH-5 GND METAL U N H PACKAGE LT1021AMH- 7 LT10218MH- 7


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PDF LT1021 LM368, MC1400, MC1404, 100dB LT1021 4-M43) A4998
1994 - 2m3906

Abstract: intel 8051 microcontroller hp2810 lt1094 ADC0820 application note LTC1095 AN6221 YSI 44034 74hc164 HP2-810
Text: . Figure 7 . Auto-Ranging 8-Channel 12-Bit Data Acquisition System with Shutdown . Figure 8 . PAGE AN62-3 AN62-3 AN62-4 AN62-4 AN62-5 AN62-6 AN62-6 AN62- 7 , 74LS90 ÷10 = 300kHz 11 N/C 6 7 5V 5 8 9 9 7 0.1µF 10 6 5V 8 , GND REF ­ LT1019-5 6 4 3 4 16 5 15 6 14 7 13 8 4.7µF + 9 11 10 0.1µF 11 CS WR1 GND DI5 DI4 DI3 DI2 DI1 DI0 VREF RFB 7 2 3 2


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PDF 12-bit LTC1292 DaLT1034 LT1021B-7 LT1021D-7 LT1034 LT1021C-10 LT1031C LT581K LT1019-10 2m3906 intel 8051 microcontroller hp2810 lt1094 ADC0820 application note LTC1095 AN6221 YSI 44034 74hc164 HP2-810
1995 - linear 2110 so8

Abstract: lt1021 LT1021BCN8-10 LT1021-10 MC1404 MC1400 LT1021BCH-5 LT1021-7 LT1021-5 ltc 1021
Text: UNITS 7.05 0.75 TMIN TJ TMAX LT1021B-7 LT1021D- 7 MAX 7.00 12 Output Voltage , Reference Standard The LT1021- 7 uses no resistive divider to set output voltage, and therefore exhibits , ) LT1021 ( 7 AND 10 ONLY) LT1021 DISTRIBUTION OF THREE RUNS 3 1021 TA01 ­0 ­ 5 ­ 4 ­ 3 ­ 2 , LT1021- 7 . 10V LT1021 , -5 LT1021BCN8- 7 LT1021DCN8- 7 LT1021DCS8- 7 LT1021BCN8-10 LT1021CCN8-10 LT1021CIN8-10 LT1021DCN8


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PDF LT1021 LM368, MC1400 MC1404 100dB LT1019 LT1027 LT1236 200mV LT1389 linear 2110 so8 lt1021 LT1021BCN8-10 LT1021-10 LT1021BCH-5 LT1021-7 LT1021-5 ltc 1021
1995 - sn1021

Abstract: LT 2105 LM368 h8 sot23 diode zener MC1404 MC1400 LT1021BCH-5 LT1021-7 g0416 LT1021-10
Text: TMIN TJ TMAX LT1021B-7 LT1021D- 7 MAX 7.00 12 Output Voltage (Note 2) LT1021- 7 TYP , IC reference to offer ultralow drift without the use of high power on-chip heaters. The LT1021- 7 , Drift 24 Basic Positive and Negative Connections 21 LT1021 ( 7 AND 10 ONLY) VIN IN OUT , LT1021- 7 . 10V LT1021 , TOP VIEW NC* 8 NC* 1 7 NC* 6 VIN 2 NC* 3 VOUT 5 TRIM* 4 GND H PACKAGE 8


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PDF LT1021 LM368, MC1400 MC1404 100dB LT1019 LT1027 LT1236 200mV LT1389 sn1021 LT 2105 LM368 h8 sot23 diode zener LT1021BCH-5 LT1021-7 g0416 LT1021-10
1995 - 1021 SO8 MARKING

Abstract: linear 2110 so8 LM368 LT1021-10 LT1021-5 rosemount temperature sensors LT1021BCH-5 MC1400 MC1404 LT1021D-5
Text: UNITS 7.05 0.75 TMIN TJ TMAX LT1021B-7 LT1021D- 7 MAX 7.00 12 Output Voltage , Reference Standard The LT1021- 7 uses no resistive divider to set output voltage, and therefore exhibits , ) LT1021 ( 7 AND 10 ONLY) LT1021 DISTRIBUTION OF THREE RUNS 3 1021 TA01 ­0 ­ 5 ­ 4 ­ 3 ­ 2 , LT1021- 7 . 10V LT1021 , NC* 8 NC* 1 6 VIN 2 NC* 3 DNC* 1 7 NC* VOUT 5 TRIM* 4 DNC* 7 DNC


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PDF LT1021 LM368, MC1400 MC1404 100dB LT1019 LT1027 LT1236 200mV LT1389 1021 SO8 MARKING linear 2110 so8 LM368 LT1021-10 LT1021-5 rosemount temperature sensors LT1021BCH-5 LT1021D-5
ely 0325

Abstract: lm368m Inertial navigation system
Text: (Note 2) CONDITIO NS M IN 6.95 M AX 7.05 UNITS V LT1021B-7 LT1021D- 7 Line Regulation , and 10V. The 7 V and 10V units can be used as shunt regulators (tw o-term inal zeners) w ith the sam e , Drift 24 Basic Positive and Negative Connections 21 DISTRIBUTION LT1021 ( 7 AND 10 ONLY , T 1 0 2 1 -5 .10V L T 1 0 2 1 - 7 , H-5 LT1021DCH-5 LT1021 DM H-5 LT1021BCH- 7 LT1021BMH- 7 LT1021DCH- 7 LT1021DMH- 7 LT1021BCH-10 LT1021BMH


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PDF C1400 MC1404 LT1Q21 LT1019 LT1027 LT1236 LT1389 LT1460 LT1634 200mV ely 0325 lm368m Inertial navigation system
MC1400

Abstract: LT1021C-5 lt 1021-10 lt1021 APPLICATION lt1021-5 SOI series shunt lt1021dcn8-5 LM368 LT1021A-10 LT10215
Text: LT1021B-7 LT1021D- 7 1 2 2 5 3 20 ppm/°C ppm/°C ppm/°C Line Regulation (Note 3) 8.5VsV|N<12V 12VLT1021- 7 uses no resistive divider to set output voltage, and therefore , EXTERNAL CIRCUITRY TO THESE PINS. "NO TRIM PIN ON LT1021- 7 . DO NOT CONNECT EXTERNAL CIRCUITRY TO fin 5 on LT102I- 7 . NC'C VhE NC'Jä gnd[ 7 8]NC" 7 ] Nell v«it |]TR!M" FUSTIC OIPNS PACKAGE "CONNECTED INTERNALLY. DO NOT CONNECT EXTERNAL CIRCUITRY TO THESE PINS. "NO TRIM FIN ON LTI021- 7 . DO NOT CONNECT EXTERNAL


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PDF LM368, MC1400, MC1404, 100dB 551S4bfl DQ032T1 LT1021 SS104bà aa033Gb T-58-07 MC1400 LT1021C-5 lt 1021-10 lt1021 APPLICATION lt1021-5 SOI series shunt lt1021dcn8-5 LM368 LT1021A-10 LT10215
2005 - jm38510/13501

Abstract: JM38510/11405 rh1009 rh1499 QUAD OP 60V dip 733 op amp op amp as comparator over-the-top flatpak-14 JM38510/12501 JM38510/10304
Text: -5 LT1021B-5 JM38510/12408 7V Ultralow Drift Precision Reference TO-5 LT1021B-7 JM38510/12409 , Reference VOUT TCVOUT 4.95 5.05 5 4.945 5.055 5 4.942 5.058 5 4.94 5.06 7 4.935 5.065 10 V ppm/°C TO-5 RH1021- 7 Precision 7V Reference VOUT TCVOUT 6.95 7.05 5 6.95 6.95 6.94 7.06 7 6.93 7.07 10 V ppm/°C TO-5 RH1021-10 Regulators , 1000 23 6.7 7.2 15 9.98 10.06 7 -1.2 6.7 7.2 20 Contact your local Linear


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PDF Corporation/1105/Printed jm38510/13501 JM38510/11405 rh1009 rh1499 QUAD OP 60V dip 733 op amp op amp as comparator over-the-top flatpak-14 JM38510/12501 JM38510/10304
1995 - LT1021-10

Abstract: TC102-1 TA17- 04 rosemount temperature sensors LT1021-5 0.1hz highpass filter LT1021 LT 1021 R3 100K 1/2W Trimmer Cermet 5k trimmer cermet resistor download datasheet
Text: TMIN TJ TMAX LT1021B-7 LT1021D- 7 MAX 7.00 12 Output Voltage (Note 2) LT1021- 7 TYP , IC reference to offer ultralow drift without the use of high power on-chip heaters. The LT1021- 7 , Drift 24 Basic Positive and Negative Connections 21 LT1021 ( 7 AND 10 ONLY) VIN IN OUT , LT1021- 7 . 10V LT1021 , TOP VIEW NC* 8 NC* 1 7 NC* 6 VIN 2 NC* 3 VOUT 5 TRIM* 4 GND H PACKAGE 8


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PDF LT1021 LM368, MC1400 MC1404 100dB LT1019 LT1027 LT1236 200mV LT1389 LT1021-10 TC102-1 TA17- 04 rosemount temperature sensors LT1021-5 0.1hz highpass filter LT1021 LT 1021 R3 100K 1/2W Trimmer Cermet 5k trimmer cermet resistor download datasheet
lt1021

Abstract: LT1021A MC1400 MC1404 LT1021A-10 LT1021CCN8-10 LT1021-7 LT1021ACH7 LT1021CMH-5 LT1021DMH-5
Text: ) Tmin^TJÏÎTMAX LT1021A- 7 LT1021B-7 LT1021D- 7 1 2 2 5 3 20 ppm/°C ppm/°C ppm/°C Une Regulation (Note 3) 8.5V , LT1021- 7 uses no resistive divider to set output voltage, and therefore exhibits the best long term , lt1021- 7 . do not connect external circuitry to pin 5 on lt1021- 7 . top view nc* [ 7 v.Q nc*[t gnd[ 7 3 nc* 7 ]nc* UVOUT t] trim*' plastic dip nb package •connected internally. do not connect external circuitry to these pins. "no trim pin on lt1021- 7 . do not connect external circuitry to pin 5 on lt1021- 7


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PDF LM368, MC1400, MC1404, 100dB LT1021 150-C 45-C/W LT1021A MC1400 MC1404 LT1021A-10 LT1021CCN8-10 LT1021-7 LT1021ACH7 LT1021CMH-5 LT1021DMH-5
rosemount

Abstract: LT 1.2 volt precision zener
Text: LT1021B-7 LT1021D- 7 8.5V LT1021- 7 uses no resistive divider to set output volt age, and therefore exhibits the best long , LT1021 VlN- tN OUT LT1021 ( 7 AND 10 ONLY) IN OUT " 1 _ jS co 15 12 GND , EXTERNAL CIRCUITRY TO THESE PINS. '*NO TRIM PIN ON LT1021- 7 . DO NOT CONNECT EXTERNAL CIRCUITRY TO PIN 5 ON LT1021- 7 . LT1021AMH-10 LT1021BMH-10 LT1021CMH-10 LT1021DMH-10 LT1021ACH-10 LT1021BCH-10 LT1021CCH


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PDF LT1021 45-C/W rosemount LT 1.2 volt precision zener
2007 - LT3703

Abstract: 5962-88600 LTM4602 FLATPAK-10 LTM4600HVMP rh1499 RH1013 OP BASEBAND 80MHZ JM38510/11405 LTC6905
Text: -5 LT1021B-7 JM38510/12409 10V Ultralow Drift Precision Reference TO-5 LT1021B-10 JM38510 , 5.05 5 4.945 5.055 5 4.942 5.058 5 4.94 5.06 7 4.935 5.065 10 V ppm/°C TO-5, FLATPAK-10 RH1021- 7 Precision 7V Reference VOUT TCVOUT 6.95 7.05 5 6.95 6.95 , . 9.94 10.06 7 VOL. 16 NO. 3 Military Spec/JAN S Products Linear Technology continues to , 9x15mm 7 8 LINEAR TECHNOLOGY CHRONICLE Silicon Oscillators Silicon oscillators provide a


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PDF r81-9055 Corporation/1107/Printed LT3703 5962-88600 LTM4602 FLATPAK-10 LTM4600HVMP rh1499 RH1013 OP BASEBAND 80MHZ JM38510/11405 LTC6905
lt1038 replacement

Abstract: LT1004DS Julie Research Labs LT1029DS rosemount 644 ultronix 105A LT1038 Allen-Bradley DC Link Capacitor shelf life cermet microphone la 1201 sanyo
Text: /20 LT1021B-5 5V±50mV 2/5 LT1021B-7 7V ±50 m V 2/5 LT1021D- 7 7V ±50mV 3/20 LT1021C-10 10V  , 45 Figure 46 Figure 52 Figure 47 Figure 48 Figure 7 . Figure 8. Figure 4. Figure 49 Figure 18 Figure , .LT1009DS 7 .LT1019DS 7 .LT1021 DS 7 , .LT1029 DS 7 .LT1031 DS 1 0.LM129 DS 10 11 , Device (LT1021- 7 , -10). -5V Output Reference (LT1021


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PDF LTC1044 AN42-30 AN42-31 AN42-32 lt1038 replacement LT1004DS Julie Research Labs LT1029DS rosemount 644 ultronix 105A LT1038 Allen-Bradley DC Link Capacitor shelf life cermet microphone la 1201 sanyo
ltc1680

Abstract: apple laptop battery pinout R5485 ccfl inverter pinout laptop LT1764-3.3 laptop backlight inverter pinout ltc485 apple ccfl inverter dc 12v lt1073 equivalent ic Improved MF10
Text: -5 (40) LT1021B-5 (5) LT1021D-5 (20) LT1029 (34) 7V 1% LT1021B-7 (5) LT1021D- 7 (20) 5 , 3.0V 0.1% LT1460A-2.5 (10) LT1460B-2.5 (10) LT1460C-2.5 (15) LT1460D-2.5 (20) LT1461B-2.5 ( 7 , -5 LTC1164-6 LTC1069-6 LTC1060 LTC1062 LTC1164 LTC1164- 7 LTC1562 LTC1563-2 LTC1563-3 LTC1569-6 8 , LTC1569-6 LTC1064-3 LTC1064-4 LTC1066-1 LTC1064- 7 LTC1562 LTC1563-2 LTC1563-3 LTC1569-6 8 5 , Phase 8 8 8 8 8 8 8 4 4 7 7 140kHz, Butterworth 140kHz, Low Noise, Fast 150kHz, 14-16


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PDF LTC1872 OT-23 LTC1874 LTC1876 LTC1922-1 LTC1555L-1 LTC1235 LTC690 LTC691 LTC694 ltc1680 apple laptop battery pinout R5485 ccfl inverter pinout laptop LT1764-3.3 laptop backlight inverter pinout ltc485 apple ccfl inverter dc 12v lt1073 equivalent ic Improved MF10
2010 - ltc1431

Abstract: LT1034 LTZ1000 LTC6655-2 LTC6655B LTC6655 LT6656 LT1031B LT1027C SO8C
Text: Voltage Package ±10 7 0.5 MS-8 H 8 50 0.05 0.3 SO-8 C, I 0.6 ­10 , LTC6655C 0.05% 5 0.25 ±10 7 0.5 MS-8 H LT1027D 0.05% 5 0.6 ­10 to , 0.05% 20 0.6 ±10 1.2 2.2 TO-5 DIP-8 C, I, M LT1461B 0.06% 7 8 50 , -8 0.05% 10 20 Shunt 0.006 to 2 N/A SO-8 C LT1634A 0.05% 10 7 Shunt , -8 C · · · · · · · · · · · · · · · LT1634B 0.05% 25 7 Shunt


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PDF LTC6655: 25ppm 25ppmP-P 625nVP-P LTC6655-2 10ppm/mA 500mV LT1389A LT1021D ltc1431 LT1034 LTZ1000 LTC6655B LTC6655 LT6656 LT1031B LT1027C SO8C
1997 - schematic diagram 48V solar charge controller

Abstract: circuit diagram of line follower robot switched capacitor filter handbook mf10 2N3906 used in solar shunt charge controller line follower robot without microcontroller schematic diagram 48V solar controller 70V AC to 48v dc 40 amp converter circuit diagram LT1206 flying robot with camera solar charger schematic 12V
Text: 220pF 15 12 4k­68k 13 4k­68k D2 7 21.5k 10 *BEAD OR PCB TRACE T1 = COILTRONICS , , 7 , 8 47k 7 FB GND 150k 12V 80mA 150k 22µF 35V 5 15 DUTY 1 332k , 4k­68k 7.50k 7 VC 5 18k 10 2.49k 10k 1000pF 2200pF 0.01µF * BEAD OR PCB , switches are tied together and alternately energize the boost inductor. Figure 7 shows several waveforms , + (3) HPA/NA ( 7 ) LPA (5) BPB (11) LPB (12) ­ 15k AGND (15) + SA (4) HPB/NB (10


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PDF LT1533 LTC1067-50: LTC1422: LTC1626 1-800-4-LINEAR schematic diagram 48V solar charge controller circuit diagram of line follower robot switched capacitor filter handbook mf10 2N3906 used in solar shunt charge controller line follower robot without microcontroller schematic diagram 48V solar controller 70V AC to 48v dc 40 amp converter circuit diagram LT1206 flying robot with camera solar charger schematic 12V
2005 - TH3174.7

Abstract: PrFW3.7 QFP208T19.7 AT25040AN-SQ-2.7 SYM-41T-0.7 BZX4.7 7/AD7107
Text: PP 7 \SLFDO:HLJKW R , 4HISREDUCESTHETHERMALRESISTANCETHROUGH THECANBOTTOMBY# 7 #AN3TYLEP. 3TUD$IMENSIONS &DVH 6WXG 7KUHDG 0 0 0 0 0 0 3´ PP ´ ´ ´ ´ , & 7 $.% & 7 $$% & 7 $+% & 7 $%% & 7 ($% & 7 %$% & 7 $-% & 7 (+% & 7 $&% & 7 %+% & 7 (%% & 7 $'% & 7 $(% & 7 (-% & 7 %%% & 7 $)% & 7 &+% & 7 (&% & 7 %-% & 7 ('% & 7 %&% & 7 &%% & 7 (% & 7 ()% & 7 %'% & 7 &-% & 7 %(% & 7 '%% & 7 %)% & 7 &&% & 7 &'% & 7 '-% & 7 &'% & 7 '&% & 7 &)% & 7 ''% & 7 '(% & 7 )&' & 7 ')% &7'3% & 7 )'' & 7 )(' &7'1' & 7 )' & 7 )3' & 7 '*' & 7 )1


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PDF
E99F

Abstract: TH3174.7 PrFW3.7 15811 PHILIPS ELECTRONIC TUBE HANDBOOK tube cathodique philips tube cathodique culot RLS-1284-4.7 BR93C46-10SU-2.7
Text: 100 0 -0,5 80 0,5 100 1 II 142-158 7 ,2-11,2 2,6-4,0 3,1-4,5 <0,2 < 15 >100 III 142- mA 158 , Spannung und Isolationswiderstand zwischen zwei willkürlichen Elektroden II I III T 142-158 7 ,2-11,2 2 , V Hj£ = 80 2 Vba = 250 V Hg1 = 500 kQ Vg, = 0 V Vkf = 135 V 1) Vbg2 = '00 7 The data indicating , ■1 7 7 7 7 7 7 / 7 / 7 7 7 7 7 7 7 / 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 > 7 7 7 7 7 7 7 / 7 7 7 7 7 / / / 7 7


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