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BQ24091DGQR Texas Instruments 1A, Single-Input, Single-Cell Li-Ion Battery Charger with 100kΩ NTC 10-MSOP-PowerPAD -40 to 150 visit Texas Instruments
BQ24091DGQT Texas Instruments 1A, Single-Input, Single-Cell Li-Ion Battery Charger with 100kΩ NTC 10-MSOP-PowerPAD -40 to 150 visit Texas Instruments Buy
BQ24093DGQT Texas Instruments 1A, Single-Input, Single-Cell Li-Ion Battery Charger with Operation Over JEITA and 100kΩ NTC 10-MSOP-PowerPAD -40 to 150 visit Texas Instruments Buy
BQ24090DGQT Texas Instruments 1A, Single Input, Single Cell Li-Ion Battery Charger w/ 10kΩ NTC | Li-ion Linear Battery Charger IC 10-MSOP-PowerPAD 0 to 125 visit Texas Instruments Buy
BQ24092DGQR Texas Instruments 1A, Single-Input, Single-Cell Li-Ion Battery Charger with Operation Over JEITA and 10kΩ NTC 10-MSOP-PowerPAD -40 to 150 visit Texas Instruments
BQ24093DGQR Texas Instruments 1A, Single-Input, Single-Cell Li-Ion Battery Charger with Operation Over JEITA and 100kΩ NTC 10-MSOP-PowerPAD -40 to 150 visit Texas Instruments

M87 ntc

Catalog Datasheet MFG & Type PDF Document Tags

NTC 4,7 Siemens

Abstract: M87 ntc «0,2 + : K = A f ì 25 = ± 1 0 % M = A f í25= ± 2 0 % M87 1k 2 k 3 k 5 k 10 k 20 k 30 k 50 , B57087- M504- K100 B57087- M105- K100 B57087- M505- K100 ^max - + 3 0 0 °C Kostengünstiger NTC Glaskörper hermetisch dicht Nur gegurtet lieferbar Favorably priced NTC Glass encapsulation hermetically
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OCR Scan
NTC 4,7 Siemens M87 ntc ntc m87 5 k ntc m87 NTC 1K 3950 3474 B57085-M472- B57085-M103- B57085-M473- B57085-M104- M202- M302-

C945 p 331

Abstract: Q63100 tubes 327 343 351 355 325 Lab Assortments Contents DIN M binder for COMP-CARDs NTC , CCO-70 1B57000-X4 1 Siemens Matsushita Components 329 NTC Thermistors COMP-CARD NTC , /R B A R /R f, AT AT = ± 10% = ± 20 % =i 2% =1 0,2 K =± 1,0 K (K17, K45, M87) (K295) (M703) (S863 , K295/ 10k ii M87 /100 k ii S863/ 10k ii 2 3 5 5 x x x x K45 / 1 K295/100 M87 /500 S869/ 5 k ii k ii k ii k ii 5x 3x 5x 5x K45 /10 k ii M87 / 5 k ii M 703/10kii S 8 6 9 / 1 0 k ii 5x 5x 5x 5x K45 M87 S863
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OCR Scan
Q63100-P20 C945 p 331 Q63100 ic pid-20 siemens PTC C860 s18k275 siemens ntc k45 CCR-66 CCR-67 CCR-65 CCR-62 CCR-63 SMR-11

ntc m87

Abstract: tic triac tic 236n NTC / M87 B value = 3474 R(25) = 10 kW L 1N4007 MT2 MT1 RG 68 W 8 NC N , 236N V M= 230 V ~ MT2 50 kW Comparator NTC / M87 B value = 3474 R(25) = 10 kW R(30) = 8
Temic Semiconductors
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TEA1124 tic triac tic 236n tic triac tea1024 diode cross reference 1N4007 triac tic 230 DIP8 and so Package TEA1024/ 88/540/EEC 91/690/EEC D-74025

ntc m87

Abstract: M87 ntc NTC / M87 B value = 3474 R(25) = 10 k mA s 33 65 110 D1 1 mV/K nt s W 50 , V M= 230 V ~ MT2 MT1 W NC nt s NTC / M87 B value = 3474 R(25) = 10 k R1 Gm
Temic Semiconductors
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triac TIC 3 kw triac d 1n4007 triac firing pulse generating circuit AD 690 power IC Triac 10 kw

zero crossing detector ic with 230v

Abstract: 1000w power amplifier circuit diagram kQ/ (250 V~) M (Rsync) Rl 2 W Load r 1000 W NTC/M87 I D , D B value =\V R(25) f] . . R â'¢ 3988 , c3 10 nF Lpl â'¢-4- âºI 1N4148 , Rie 220 kQ Re 9.1 kQ R7 M Rb 56 kQ , NTC 33 kQ 12 kQ K , oâ'" VM = 230 V - NTC Figure 13. Two-point temperature control for a temperature range of 15 to , R7/ 8.2 kQ >68 |iF/ 10 V NTC 18 kQ/ 1.5 W â'¢-â'¢ A - D2 k 1N4148 V\ 200 kQ N Rl5/50 kQ
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OCR Scan
U217B U217B-X U217B-XFP zero crossing detector ic with 230v 1000w power amplifier circuit diagram DIODE IN4007 DIAGRAM in 12v 1000w 1N4148V BYT86/800 U217B-XFPG3 BYT51G

ntc 33

Abstract: U217B Figure 9. Power switch D1 2.2 mF/ 10 V R8 R4 100 kW 470 kW BC237 NTC/M87 B value = 3988 , 3 R15 C3 910 kW R9 C4 100 mF/ 12 V 47 mF 25 kW 10 nF C1 NTC 33 kW 12 , kW (200 kW) NTC Figure 13. Two­point temperature control for a temperature range of 15 to 30 , ~ R1 18 kW/ 1.5 W 92 W N R3 8 6 7 5 NTC 200 kW U217B D2 1N4148 1 2
Atmel
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ntc 33 triac temperature control u217b CNY21 generator synchronization ATMEL 910 temperature control circuit u217b U217B-

zero crossing detector ic with 230v

Abstract: M87 ntc C R4 470 kW NTC/M87 B value = 3988 R(25) 100 kW 1 R6 R5 100 kW 8 , 10 nF 12 k C5 R6 12 k 4 C3 910 k W 220 k R8 W 56 k C1 NTC 33 , ) 50 k (200 k NTC Ad ro nic C Figure 12. Two­point temperature control for a temperature , om po ne U217B 5 nt s 8 1 2 3 NTC W 18 k / 1.5 W W 200 k
Temic Semiconductors
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triac arc control VDR Siemens BYT86-800 electronic firing circuit for ac power controller proportional control cny21 equivalent U217B/ U217B-FP

temperature control circuit u217b

Abstract: M47F R9 W 220 k (250 V~) 2 100 k BC237 NTC/M87 B value = 3988 W C2 W W R , C1 NTC 33 kW 12 kW C5 12 kW 4 R8 56 kW 2.2 mF C2 1 mF Figure 12. Room , V 500 kW (2 MW) 50 kW (200 kW) NTC Figure 13. Two­point temperature control for a , BYT51G W 430 k VM = 230 V~ R1 92 N W 18 k / 1.5 W W R3 8 6 7 5 NTC
Temic Semiconductors
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M47F NF 430 n a3 sensor m87 6r165

ntc 33

Abstract: T2117 Figure 10. Power switch D1 2.2 mF/ 10 V R8 R4 100 kW 470 kW BC237 NTC/M87 B value = , 910 kW R9 C4 100 mF/ 12 V 47 mF 25 kW 10 nF C1 NTC 33 kW 12 kW C5 12 kW 4 , ) NTC Figure 13. Two­point temperature control for a temperature range of 15 to 30°C 8 (11) Rev , / 1.5 W 92 W N R3 8 6 7 5 NTC 200 kW T2117 D2 1N4148 1 2 3 4 R6
Atmel
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BYT41M T2117-3A T2117-TA T2117-TAQ ic t2117 ATMEL t2117 t2117 equivalent 270KW

zero crossing detector ic with 230v

Abstract: CNY21 BC237 NTC/M87 B value = 3988 R(25) 100 kW 100 kW R5 8 R1 18 kW/ 2W Load , nF C1 NTC 33 kW 12 kW C5 12 kW 4 R8 56 kW 2.2 mF C2 1 mF 95 11311 , (680 kW) U217B 1 2 3 4 10 nF 68 mF/ 10 V 500 kW (2 MW) 50 kW (200 kW) NTC , /400 W VM = 230 V~ R1 18 kW/ 1.5 W 92 W N R3 8 6 7 5 NTC U217B 200 kW
Temic Semiconductors
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zero voltage switching adjustable ramp triac control circuit diagram triac burst fire control ic triac burst control ic BC237 NATIONAL SEMICONDUCTOR

ic t2117

Abstract: ntc 33 mF/ 10 V C2 220 kW (250 V~) R2 (Rsync) R1 BYT41M 18 kW/ 2W Load 1000 W L R8 470 kW BC237 NTC/M87 B value = 3988 R(25) 100 kW R6 100 kW R4 100 kW 1 R5 1) 2 Ramp generator 8 , 910 kW R9 12 kW C5 C4 100 mF/ 12 V 47 mF 2 3 C3 4 12 kW R15 25 kW C1 NTC 33 kW 2.2 mF C2 1 , 3 4 500 kW (2 MW) 10 nF 68 mF/ 10 V 50 kW (200 kW) NTC Figure 13. Two­point , Load/400 W VM = 230 V~ R1 92 W N R3 8 7 6 5 NTC 18 kW/ 1.5 W Rsync 430 kW BYT41M T2117 D2 1N4148 1
Atmel
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R387 T2117-3AS T2117-TAS

6100Q

Abstract: temperature control circuit u217b /800 18 kQ/ (250 V~) II (Rsync) 2 W NTC/M87 I â'ž B value =\V R(25) fl 6 I I d 3988 rlj 100 kQ , -12 V 47 nF C3 10 nF X Ui 1N4148 . R16 -kp- 220 kQ R6 9.1 kQ R7 M Re 56 kQ , NTC 33 kQ , Semiconductors u217b O- Vm = 230 V ~ NTC Figure 13. Two-point temperature control for a temperature range of , 330 kQ R7/ 8.2 kQ >68 nF/ 10 V NTC 18 kQ/ 1.5 W A J D2 1N4148 M V 200 kQ N Rl5/50 kQ k C2
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OCR Scan
U217B-B U217B-BFP U217B-BFPG3 6100Q Triac triac burst firing circuit NTC-Sensor M 87 Fabr. Siemens vmvs

ntc 33

Abstract: ic t2117 mF/ 10 V R8 R4 100 kW 470 kW BC237 NTC/M87 B value = 3988 R(25) 100 kW R5 R1 , 10 nF C1 NTC 33 kW 12 kW C5 12 kW 4 R8 56 kW 2.2 mF C2 1 mF Figure 12 , 68 mF/ 10 V 500 kW (2 MW) 50 kW (200 kW) NTC Figure 13. Two­point temperature control , NTC 200 kW T2117 D2 1N4148 1 2 3 4 R6 R15/ 50 kW 27 kW 330 kW R4/ 39 kW R5
Atmel
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triac 1.7 kw capacitor 10 nf gate firing of d.c drive siemens triac

ntc 33

Abstract: tic triac tic 236n 7 Supply C1 VM = 230 V~ NTC/M87 B value = 3988 100 kW R(25) 100 kW R6 3 4 + + ­ , 1N4148 8 7 6 5 R16 220 kW U217B R6 9.1 kW R7 12 kW 25 kW C1 NTC 33 kW 56 kW R8 1 mF C2 2.2 mF , mF/ 10 V 95 11312 50 kW (200 kW) NTC Figure 13. Two­point temperature control for a , R3 8 7 6 5 NTC 200 kW 430 kW Rsync BYT51G 18 kW/ 1.5 W U217B D2 1N4148 1 2 3 4 R6 27 kW 330 kW
Temic Semiconductors
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siemens ntc U217BBF ozone generator circuit

C945 p 331

Abstract: K4004 -A70 Heißleiter NTC Thermistors Typ Type C620 Best.-Nr. alt Old ordering code B57420-A221 -+* B57420-A331 -+* B , Siem ens M atsushita C om ponents 39 Heißleiter NTC Thermistors Typ Type K45 Best.-Nr. alt Old , S509-M S100-M S121-M M87 S234 S364 S861 Q 63086-S 1502-+ Q 63 08 6 -S 1 103-+ Q 6 3 08 6
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OCR Scan
K4004 P331 B772 C945 p331 K4100 63100-P2390-C995 f7101 A1701 B59011-F102-V3 B59012-F102-V3 B59013-F102-V3 B59701 B59701-A1120-A

ISL9504

Abstract: pg65d /19/2007 M76_MLB 03/19/2007 M76_MLB (MASTER) (MASTER) 08/02/2007 M88 07/16/2007 M87 01/17/2007 T9_NOME , SCHEM,TAUPO,M87 PCBF,TAUPO,M87 REFERENCE DES SCH PCB CRITICAL CRITICAL CRITICAL BOM OPTION RELEASE SCALE NONE SIZE SCHEM,TAUPO,M87 DRAWING NUMBER TITLE=MLB ABBREV=DRAWING , 5 4 3 2 1 8 7 6 5 4 3 2 1 M87 POWER SYSTEM ARCHITECTURE , 5 4 3 2 1 8 7 BOM NAME PCBA,2.5GHZ,512SAM_VRAM,M87 PCBA,2.6GHZ,512SAM_VRAM,M87
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ISL9504 pg65d U8550 SH0925 DP431 U8500 CK505 TSB83AA22 ISL11 ISL10

ecg semiconductors master replacement guide

Abstract: ecg master replacement guide Entstörtechnik NTC/PTC-Widerstände . . 65 169 Trafos , , 158-165 Netzfilter-1 Phasen. . . . 155, 158-160 Netzfilter-3 Phasen. . . . . . . . 162-163 NTC
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ecg semiconductors master replacement guide ecg master replacement guide mkl b32110 siemens mkp B32650 c945 p 331 ks transistor IC,MASTER
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