BERG STRIP
Abstract: MAXELL CR2032 led 3mm red led 3mm green Futaba LED display BERG strip connector S6 SMD zener diode electrolytic capacitor 100uF 50v red led 3mm Futaba
Text: -leg Through-hole (Push-4) 4-leg Through-hole (Push-4) 805 805 805 805 805 805 5 Resistance 4k7 805 Any 6 Resistance 10k 805 Any 6 Resistance 1 Resistance 3 Resistance 18k 33k ik , 2 1 3 1 1 1 NEXT/FF PREV/RR STOP OPEN/CLOSE PLAY/PAUSE STANDBY BUZZ Resistance Resistance Resistance Resistance Resistance Resistance 3k3 4-leg Through-hole (Push-4) 4
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10-Apr-08
STFPC311
STEVAL-CBP004V1
ST72F264G2M6
STFPC311BTR
74VHC14MTR
74V1G02STR
M41T81M6E
KF33BD-TR
SO-28
BERG STRIP
MAXELL CR2032
led 3mm red
led 3mm green
Futaba LED display
BERG strip connector
S6 SMD zener diode
electrolytic capacitor 100uF 50v
red led 3mm
Futaba
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capteur potentiometrique
Abstract: EUROFARAD potentiometre EUROFARAD potentiometre 10K ohm 10 tours 7313 28 pin 544 00 HS EUROFARAD 7300 pancake b1357 7309P
Text: C 9209 Résistance nominale () Rated resistance () 4K7 b 0,5 % D 10 000 10K b , () Rated resistance () 4K7 b 1% F 10 000 10K b 2% G code code Les informations , ) Rated resistance ( code ) 4K7 10 000 2K2 2K2 14 700 LC 92 code code 12 200 , potentiométriques : · Technologie «Bobinée» Très faible résistance de contact = 200 m Faible coefficient de , resistance (0.2 Ohms approx.) Low temperature coefficient < 20 ppm · Plastic Film technology Infinite
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2006 - AD5327
Abstract: ST7540 reference design HC49SR schematic design for home automation using plc UM0240 L5973d application note EVAL6207N B0603 ST7538 L5973D
Text: , R24 Resistance 560R 1% 0603 1 R3 Resistance 680R 1% 0603 4 R4, R5, R7, R11 Resistance 100K 1% 0603 2 R8, R25 Resistance 4K7 1% 0603 1 R9 Resistance 0R 1% 0603 1 R28 Resistance 0R 1% (Not Equipped) 0603 2 36/39 C31 R10, R16 , motor motion control 5 R9 0 URES switch SW1 switch VDD VDD R8 4k7 R10 33k , 7 8 4k7 220pF 22nF C31 4 3 2 1 VPP L1 VPP D13 STPS340U 0
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UM0240
AD5327
ST7540 reference design
HC49SR
schematic design for home automation using plc
UM0240
L5973d application note
EVAL6207N
B0603
ST7538
L5973D
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2005 - Z300
Abstract: No abstract text available
Text: ELECTRICAL SPECIFICATIONS MODEL POWER RATING P40°C W Z301 1 TOLERANCE RESISTANCE RANGE E12/E241) ±% 10 , 1K0 R10 - 1K0 R10 - 1K0 1R0 - 1K0 R10 - 2K4 R10 - 2K4 1R0 - 2K4 1R0 - 2K4 R10 - 4K7 R10 - 4K7 1R0 - 4K7 2R2 - 4K7 R20 - 8K2 R20 - 8K2 1R0 - 8K2 3R3 - 8K2 TC 100.180 ppm/K R68 - 2K0 R68 - 2K0 1R5 - , INFORMATION Z305 MODEL 3 CLASS 100R RESISTANCE VALUE ± 5% TOLERANCE ±% AB PACKAGING For Packaging See , Sequence Load Life 5000 h Short Time Overload, 5 x rated power x 5 sec Vibration Shock Resistance to
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E12/E241)
27-Jun-05
Z300
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potenciometro 10k
Abstract: potenciometro 100k potenciometro b 10k potenciometro 100k preset POTENCIOMETRO 2k potenciometro 22k potenciometro 470k preset RS 305-844 8038CC potenciometro 4k7
Text: Feuille d'instructions Foglio d'instruzioni 1 N 4148 C 1k 4k7 G 4n7 4k7 3 +15V + 084 A 4k LIN 4k7 100n 4k7 4k7 5 4 2 - 3k9 E 6 9 10k , 10 11 2 3 12 6 13 8 +15V - 3 22k 4k7 470k 084 100k LIN + , 084 100k LIN 3k9 - 4k7 0V F 10k -15V 4n7 Audio oscillator circuit diagram , 306-314 1* 8038CC 305-844 1* 084 Quadr.bifet 304-201 1 IN4148 271-606 1 RZsistori 4k7 film
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V8186
440kHz.
potenciometro 10k
potenciometro 100k
potenciometro b 10k
potenciometro 100k preset
POTENCIOMETRO 2k
potenciometro 22k
potenciometro 470k preset
RS 305-844
8038CC
potenciometro 4k7
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2002 - Z300
Abstract: No abstract text available
Text: ELECTRICAL SPECIFICATIONS MODEL POWER RATING P40°C W Z301 1 TOLERANCE RESISTANCE RANGE E12/E241) ±% , R10 - 1K0 R10 - 1K0 R10 - 1K0 1R0 - 1K0 R10 - 2K4 R10 - 2K4 1R0 - 2K4 1R0 - 2K4 R10 - 4K7 R10 - 4K7 1R0 - 4K7 2R2 - 4K7 R20 - 8K2 R20 - 8K2 1R0 - 8K2 3R3 - 8K2 TC 100.180 ppm/K R68 - 2K0 R68 - 2K0 , INFORMATION Z305 MODEL 3 CLASS 100R RESISTANCE VALUE ± 5% TOLERANCE ±% AB PACKAGING For Packaging See , Time Overload, 5 x rated power x 5 sec Vibration Shock Resistance to Soldering Heat RATED POWER IN %
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E12/E241)
27-Aug-02
Z300
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2005 - Z307
Abstract: No abstract text available
Text: STANDARD ELECTRICAL SPECIFICATIONS MODEL POWER RATING P40°C W Z301 1 TOLERANCE RESISTANCE RANGE E12/E241 , 1R0 - 2K4 R10 - 4K7 R10 - 4K7 1R0 - 4K7 2R2 - 4K7 R20 - 8K2 R20 - 8K2 1R0 - 8K2 3R3 - 8K2 TC 100.180 , CLASS 100R RESISTANCE VALUE ± 5% TOLERANCE ±% AB PACKAGING For Packaging See appropriate catalog or web , Overload, 5 x rated power x 5 sec Vibration Shock Resistance to Soldering Heat RATED POWER IN %
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E12/E241)
22-Sep-05
Z307
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1982 - CECC 40101-019 FZ
Abstract: trimmer electron 3296 trimmer 3296 electron NTC 2.2K3A359I NTCLE203E3103GB0 thermistor ntc 3r9 Bourns 47K VA05H 1688-776 BS-CECC 40101-019 hr r 681k- 1kv
Text: 3K3 = 170-0243 3K9 = 170-0244 4K7 = 170-0245 5K6 = 170-0246 6K8 = 170-0247 8K2 = 170-0249 10K = , 1K5 = 1K8 = 2K2 = 2K7 = 3K3 = 3K9 = 4K7 = 5K6 = 6K8 = 8K2 = 10K = 12K = 15K = 18K = 22K = 27K = , 118-6240 5R6 = 933-9639 180R = 933-9230 4K7 = 933-9540 120K = 933-9140 3M3 = 118-6241 6R8 = 933-9698 220R = , 3K3 4K7 5K6 = = = = = = 933-7679 933-7741 933-7806 933-7865 933-7920 933-7962 6K8 10K 15K 22K 33K 47K , 1K2 1K3 1K5 1K6 1K8 2K 2K2 2K4 2K7 3K 3K3 3K6 3K9 4K3 4K7 5K1 5K6 6K2 6K8 7K5 8K2 934-3563 934-3610
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element-14
B59801D080A40
B59801D100A40
B59801D120A40
CECC 40101-019 FZ
trimmer electron 3296
trimmer 3296 electron
NTC 2.2K3A359I
NTCLE203E3103GB0
thermistor ntc 3r9
Bourns 47K VA05H
1688-776
BS-CECC 40101-019
hr r 681k- 1kv
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2006 - Not Available
Abstract: No abstract text available
Text: 5 2 1 10 5 2 1 10 5 2 1 10 5 2 1 RESISTANCE RANGE E12/E241) WM 50 (Class 1) TCR -10.-80 ppm/K R30 , 510R R10 - 1K0 R10 - 1K0 R10 - 1K0 1R0 - 1K0 R10 - 2K4 R10 - 2K4 1R0 - 2K4 1R0 - 2K4 R10 - 4K7 R10 - 4K7 1R0 - 4K7 2R2 - 4K7 R20 - 8K2 R20 - 8K2 1R0 - 8K2 3R3 - 8K2 WM 110 (Class 3) TCR 100.180 ppm/K , INFORMATION Z305 MODEL 3 CLASS 100R RESISTANCE VALUE ±5% TOLERANCE ±% AB PACKAGING For Packaging See , h Short Time Overload, 5 x rated power x 5 sec Vibration Shock Resistance to Soldering Heat TEST
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E12/E241)
08-Apr-05
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2005 - Z307
Abstract: Z306 Z-307
Text: STANDARD ELECTRICAL SPECIFICATIONS MODEL POWER RATING P40°C W Z301 1 TOLERANCE RESISTANCE RANGE E12/E241 , 1R0 - 2K4 R10 - 4K7 R10 - 4K7 1R0 - 4K7 2R2 - 4K7 R20 - 8K2 R20 - 8K2 1R0 - 8K2 3R3 - 8K2 TC 100.180 , CLASS 100R RESISTANCE VALUE ± 5% TOLERANCE ±% AB PACKAGING For Packaging See appropriate catalog or web , Overload, 5 x rated power x 5 sec Vibration Shock Resistance to Soldering Heat RATED POWER IN %
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E12/E241)
08-Apr-05
Z307
Z306
Z-307
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2000 - Z300
Abstract: No abstract text available
Text: ELECTRICAL SPECIFICATIONS MODEL POWER RATING P40°C W Z301 1 TOLERANCE RESISTANCE RANGE E12/E241) ±% , R10 - 1K R10 - 1K R10 - 1K 1R - 1K R1 - 2K4 R1 - 2K4 1R - 2K4 1R - 2K4 R10 - 4K7 R20 - 4K2 1R - 4K7 2R2 - 4K7 R20 - 8K2 R20 - 8K2 1R - 8K2 3R3 - 8K2 TC 100.180 ppm/K R68 - 2K R68 - 2K 1R5 - 4K3 , Z305 MODEL 3 CLASS 100R RESISTANCE VALUE ± 5% TOLERANCE ±% AB PACKAGING For Packaging See , Overload Vibration Shock Resistance to Solering Heat RATED POWER IN % TEMPERATURE RISE IN °C 120 100 80
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E12/E241)
18-Oct-00
Z300
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1998 - LT737
Abstract: lt7336 LT7328 LT736 resistance 4K7
Text: . Working Overload Temp Co. Tol. Resistance Range Tol. Power Voltage Voltage SQP Part No. ppm/°C ±ppm/°C , LT7314002ATExxxG 1,400 210 E24 1K 13K 5 0.1 50 100 0.30 LT7316002ATExxxG 1,600 240 E24 510R 4K7 5 0.1 50 100 0.30 LT7318002ATExxxG 1,800 270 E24 510R 4K7 5 0.1 50 100 0.30 LT7320002ATExxxG 2,000 200 E24 510R 4K7 5 0.1 50 100 0.30 LT7322002ATExxxG 2,200 220 E24 510R 4K7 5 0.1 50 100 0.30 LT7324002ATExxxG 2,400 240 E24 510R 4K7 5 0.1 50 100 0.30 , 5 0.125 75 150 0.32 LT7345002BTExxxG 4,500 450 E24 51R 510R 5 0.125 75 150 0.32 xxx: Resistance
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LT731502ATExxxG
LT732502ATExxxG
LT733502ATExxxG
LT734502ATExxxG
LT735002ATExxxG
LT736002ATExxxG
LT7342002BTExxxG
LT7345002BTExxxG
178mm
LT737
lt7336
LT7328
LT736
resistance 4K7
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2003 - 270r
Abstract: MC 0.1W 0805 1 4K7 IEC E6 E12 E24 SERIES RESISTORS MC 0.1W 0805 5 330R MC 0.063W 0603 1 330R 120R MC 0.1W 0805 1 2K2 MC 0.063W 0603 1 8K2 resistance 4K7 MC 0.063W 0603 1 820R
Text: : Temperature coefficient Short-time overload Insulation resistance Dielectric withstanding voltage Terminal , flashover, mechanical damage, arcing or insulation breakdown. : ±(1.0% +0.05) Maximum . : Resistance , ) Resistance Range Jumper -55 - +155 Tolerance (%) <50m ±1 ±2 ±5 10 - 1M 1 - 10M 1 - 10M , resistance values less than 1; both 1% and 5%) The marking is 3 digits, the first 2 digits are the significant figures of the resistance and the 3rd digit denotes number of zeros. 153 = 15000 = 15K; 120 =
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400PPM/
200PPM/
100PPM/
270r
MC 0.1W 0805 1 4K7
IEC E6 E12 E24 SERIES RESISTORS
MC 0.1W 0805 5 330R
MC 0.063W 0603 1 330R
120R
MC 0.1W 0805 1 2K2
MC 0.063W 0603 1 8K2
resistance 4K7
MC 0.063W 0603 1 820R
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Not Available
Abstract: No abstract text available
Text: TOLERANCE RESISTANCE RANGE E12/E24D n TC -10.-80 ppm/K2) R 3 0 - 100R R 3 0 - 100R TC 100.180 ppm/K R 6 , 0 K - ZDA0411 2 Z302 3 Z303 4 Z305 6 Z306 8 R10 - 4K7 R20 - 4K2 1R - 4K7 2 R 2 - 4K7 R 2 0 - 8K2 R 2 0 - 8K2 1R - 8K2 3 R 3 - 8K2 Z307 10 1) Lower TC or other , RESISTANCE VALUE ±5% TOLERANCE ±% AB PACKAGING For Packaging See appropriate catalog or web page a , Sequence Load Life Short Time Overload Vibration Shock Resistance to Solering Heat TEST RESULTS ±3% ±3% ±3%
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OCR Scan
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E12/E24D
ZDA0411
18-Oct-OO
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2002 - via vn800
Abstract: 2403d keytek VDMOSFET VN340 L6376 AN358 design rules AN1351 VN800 IEC61000-4-4
Text: -being R D S ( on ) + R l R l where Rl is the resistive value of the load and RDS(on) is the resistance , represent the junction to case and the case to ambient thermal resistance , whereas Cth is the predominant , case to ambient thermal resistance will then be interested just by the medium power and the case , -10TM package, the case to ambient thermal resistance will depend a lot on the final installation (see figure 8 , : the case to ambient thermal resistance drops to 15°C/ W. This means that the case temperature will be
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AN1351
via vn800
2403d
keytek
VDMOSFET
VN340
L6376
AN358 design rules
AN1351
VN800
IEC61000-4-4
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2001 - via vn800
Abstract: PS-2403D F-120-9A VN800 VDMOSFET 2403D AN1351 IEC801-6 L6376 VN340
Text: load and RDS(on) is the resistance 5/35 AN1351 - APPLICATION NOTE of the switch itself. Then the , represent the junction to case and the case to ambient thermal resistance , whereas Cth is the predominant , case to ambient thermal resistance will then be interested just by the medium power and the case , -10TM package, the case to ambient thermal resistance will depend a lot on the final installation (see figure 8 , : the case to ambient thermal resistance drops to 15°C/ W. This means that the case temperature will be
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AN1351
via vn800
PS-2403D
F-120-9A
VN800
VDMOSFET
2403D
AN1351
IEC801-6
L6376
VN340
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2004 - MC 150 transistor
Abstract: 270K 1206 MC 0603 mc 4066 MC 0.063W 0603 1 330R R 670 2K4 0603 240R 12k 1w MC 0.063W 0603 1% 820R resistor 1w 0.5% 240r
Text: : Temperature coefficient Short-time overload Insulation resistance Dielectric withstanding voltage Terminal , flashover, mechanical damage, arcing or insulation breakdown. : ±(1.0% +0.05) Maximum . : Resistance , ) Resistance Range Jumper -55 - +155 Tolerance (%) <50m ±1 ±2 ±5 10 - 1M 1 - 10M 1 - 10M , resistance values less than 1; both 1% and 5%) The marking is 3 digits, the first 2 digits are the significant figures of the resistance and the 3rd digit denotes number of zeros. 153 = 15000 = 15K; 120 =
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400PPM/
200PPM/
100PPM/
MC 150 transistor
270K 1206
MC 0603
mc 4066
MC 0.063W 0603 1 330R
R 670 2K4
0603 240R
12k 1w
MC 0.063W 0603 1% 820R
resistor 1w 0.5% 240r
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1998 - IC20B
Abstract: LK36 4k7 variable resistor IC20c 9pin rs232 J606 Wired /IC20B PIN SCR BRX 49 SCR BRX 49 PIN PC-COM4
Text: B B UART PIN Differential pair is terminated with 124R resistance between signal lines. 124R A C D A Pulled Inactive + 4K7 Differential pair is pulled apart to mimic no character being transmitted from the UART. B B UART PIN C A 4K7 D A Pulled Inactive and Terminated 4K7 Differential pair is terminated with 124R and is pulled apart to mimic to character being transmitted. B B UART PIN C 124R A 4K7 D A Pulled Active 4K7
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16-bit
16c550
RS232
RS422
RS485.
PC-COM4-RS232)
RS422/485
IC20B
LK36
4k7 variable resistor
IC20c
9pin rs232
J606
Wired /IC20B
PIN SCR BRX 49
SCR BRX 49 PIN
PC-COM4
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1999 - BRX 49 SCR PIN CONFIGURATION
Abstract: PIN SCR BRX 49 SCR BRX 49 PIN IC20B st16554 4k7 variable resistor 9pin rs232 IC19C SCR BRX 49 PC-COM4
Text: 124R A C Differential pair is terminated with 124R resistance between signal lines. D A Pulled Inactive + 4K7 B B UART PIN C A 4K7 D A Pulled Inactive and Terminated 4K7 B B UART PIN C 124R A 4K7 D A B UART PIN C A 4K7 D A B UART PIN C 124R A 4K7 D Differential pair is pulled apart to mimic a UART sending a break condition. Pulled Active and Terminated 4K7 B Differential pair is terminated
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16-bit
16c550
RS232
RS422
RS485.
PC-COM4-RS232)
RS422/485
BRX 49 SCR PIN CONFIGURATION
PIN SCR BRX 49
SCR BRX 49 PIN
IC20B
st16554
4k7 variable resistor
9pin rs232
IC19C
SCR BRX 49
PC-COM4
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2006 - PAC300
Abstract: PAC03 12NC ordering code vishay PAC06 PAC02 2306 327 PAC01 PAC02 PAC04 PAC100 Resistors 2306
Text: the rod. The ends of the resistance wire and the leads are connected to the caps by welding. Tinned , RESISTANCE RANGE TCR ± 100 ppm/k PAC100 PAC01 1 1 PxR R10 - 2K2 PAC200 PAC02 2 1 PxR R10 - 3K6 PAC300 PAC03 3 1 PxR R10 - 4K7 PAC400 PAC04 4 1 , table. 000 = standard 0E0 = CECC E0 0E6 = CECC E6 Historical Part Number example: PAC03 4K7 1 % AC (will continue to be accepted) PAC03 4K7 1% AC HISTORICAL MODEL VALUE TOLERANCE
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MIL-STD-202E,
08-Apr-05
PAC300
PAC03
12NC ordering code vishay
PAC06
PAC02 2306 327
PAC01
PAC02
PAC04
PAC100
Resistors 2306
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2007 - z301
Abstract: wm50 Draloric z303 Z310309 1R5 5 P0 Z300 Z302 8k2 j RC draloric WM50
Text: TOLERANCE ±% RESISTANCE RANGE E12/E241) 10 5 2 1 R47 - 560R R47 - 560R on request on , 5 2 1 R13 - 4K7 R13 - 4K7 1R0 - 4K7 2R2 - 4K7 6R8 - 16K 6R8 - 16K - 10 Z307 , ± 1 % R Shock ± 1 % R Resistance to Soldering Heat ± 1 % R Document Number: 21007
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Z310309
ZDA0411
ZDV0411
Z320414
Z330617
Z350922
Z360933
Z370947
E12/E241)
08-Apr-05
z301
wm50 Draloric
z303
Z310309
1R5 5 P0
Z300
Z302
8k2 j
RC draloric
WM50
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2008 - Z303
Abstract: Z302 10r z330617 RS108 wm50 p40 Z301 ZDA0411 Z310309 Z370947 4k7 WM110
Text: °C W TOLERANCE ±% RESISTANCE RANGE E12/E24 (1) WM 50 (Class 1) TCR -10.-80 ppm/K R30 - 270R R30 - , R62 - 2K4 R13 - 4K7 R13 - 4K7 1R0 - 4K7 2R2 - 4K7 R20 - 8K2 R20 - 8K2 1R8 - 8K2 3R3 - 8K2 WM 110 , Resistance to Soldering Heat TEST RESULTS ± 3 % R ± 3 % R ± 3 % R ± 1 % R ± 1 % R ± 1 % R ± 1 % R Document
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E12/E24
08-Apr-05
Z303
Z302 10r
z330617
RS108
wm50 p40
Z301
ZDA0411
Z310309
Z370947
4k7 WM110
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2008 - bck-28
Abstract: TRANSFORMER bck zd103 lx6503 SWITCHING TRANSISTOR C144 PC101 optocoupler d313 TRANSISTOR equivalent DIODE zd101 sfh817a transistor D313 pin configuration
Text: mode. Q108 BC846ALT1(SOT23) 1 3 R147 100 VCC1 R148 4K7 2 PFC_VCC 3 4 R153 10K , series with the mains connection (before the bridge) to limit the in-rush current. The resistance value , 470 +12V C111 330uF/16V STB D108 MMSD4148 R122 4K7 R127 2K2 J104 2 1 2 1 , R161 100K Q111 BC846ALT1(SOT23) 6.3V R163 4K7 Q112 BC846ALT1(SOT23) R166 4K7 VS1-OVP , R169 33K P Q108 BC846ALT1(SOT23) 1 3 R147 100 VCC1 R148 4K7 2 PFC_VCC 3 R153
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TND360/D
SM02B-BHSS-1-TB
IC300
LX6503-IDW
220pF
PIT125050-3551
PBT-07087-1322G
ON-MICRO-LIPS-32"
bck-28
TRANSFORMER bck
zd103
lx6503
SWITCHING TRANSISTOR C144
PC101 optocoupler
d313 TRANSISTOR equivalent
DIODE zd101
sfh817a
transistor D313 pin configuration
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2012 - MCF 0.5W 3K9
Abstract: MCF 2W 47K DLS12D1-O(M)0.25W CFR-50JT-52/220R
Text: % +0.05â¦)Max. with no evidence of mechanical damage ± Insulation Resistance : Min. 1,000Mâ , breakdown. Terminal Strength : No evidence of mechanical damage. Resistance to Soldering Heat : ±(1% +0.05â¦)Max. with no evidence of mechanical damage. Solderability : Min. 95% coverage Resistance to , 200 400 400 250 500 500 350 700 700 d ±0.05 PT Resistance Range , MCF 1W 470R Resistor, 1,000mW 5% 4K7 MCF 1W 4K7 www.element14.com www.farnell.com
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350PPM/Â
-450PPM/Â
-700PPM/Â
-1500PPM/Â
element14
MCF 0.5W 3K9
MCF 2W 47K
DLS12D1-O(M)0.25W
CFR-50JT-52/220R
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2004 - EH11
Abstract: WM8775 WM8776 WM8778
Text: resistance value of no less than 4K7 . This will ensure the low level has a value of approximately less than , Wolfson device to the controller, the total pull up resistance should not be less than 4K7 , with an external pull up resistor of 4K7 and a total bus capacitance of 200pF. This has shown that no
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WM8775/6/8
WM8775,
WM8776
WM8778
WM8775/6/8
EH11
WM8775
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