RESISTOR R47 Search Results

JST SOT-23

Abstract: smd transistor l6 smd transistor 2y R135 VARISTOR 103 resistor pack diode zener c55 2Y DIODE SMD DIODE SMD J9 transistor c114 diode zener c72
Contextual Info: BOM STEVAL-ISS001V1 PART TYPE 1 DIODE SMD BAS16 SOT23 2 RESISTOR SMD 1K 1% 0.125W 100PPM PACK. 0805 3 RESISTOR SMD 2K2 1% 0.125W 100PPM PACK. 0805 4 RESISTOR SMD 3K3 1% 0.125W 100PPM PACK. 0805 5 RESISTOR SMD 4K7 1% 0.125W 100PPM PACK. 0805 6 RESISTOR SMD 10K 1% 0.125W 100PPM PACK. 0805

imo inverter cd 750

Abstract: Capacitor 226 25k 412 024C 064R CR0805 CR1206 CR1210 tv sony ic 1213 Ever Ohms chip resistor 226 20K 340
Contextual Info: ' T A & L E . ' & F ' G Q M V E K V S • Thick Film Chip Resistor - C R Series. 2 ■ Low Ohm Chip Resistor. 5

R931

Abstract: R576 R681 resistor rl1206 R316 IEC 60115 r133 marking R143 068 000 R715 R020
Contextual Info: Thick Film Chip Resistor Low Ohmic RL1206J Series Thick Film Chip Resistor – Low Ohmic Features • • • • • • • Low Inductance Battery Charge Current Sensing Highly Reliable Multilayer Electrode Construction Higher Component and Equipment Reliability

R931

Abstract: R536 R432 r523 R634 JIS C 5201 4.17 R027 46 R576 R732 R274
Contextual Info: Thick Film Chip Resistor Low Ohmic RL1210J Series Thick Film Chip Resistor – Low Ohmic Features • • • • • • • Low Inductance Battery Charge Current Sensing Highly Reliable Multilayer Electrode Construction Higher Component and Equipment Reliability

fusible resistor

Abstract: carbon composition resistors cost 4k7 7w resistor fusible fused resistor 470R carbon composition resistors 5W resistor FSQ 10W fusible resistor FKN1W resistance fusible
Contextual Info: TOKEN FRN, FKN, FSQ Fusible Resistors Fusible Resistors Fusible Resistors - FRN, FKN, FSQ Series Fusible Resistor Features Best of Both Worlds Preview Designers of small power supplies and battery chargers for consumer products can benefit from a fusible resistor with

R866

Abstract: R027 r549 RL2512 R010 R020 R510 RL2512J TR70 R931
Contextual Info: Thick Film Chip Resistor Low Ohmic RL2512J Series Thick Film Chip Resistor – Low Ohmic Features • • • • • • • Low Inductance Battery Charge Current Sensing Highly Reliable Multilayer Electrode Construction Higher Component and Equipment Reliability

R330

Abstract: IEC 62 code RESISTOR DPAC CR1206 R010 R015 R020 R030 R040 R050
Contextual Info: Thick Film Chip Resistor—CR Series • Construction 1 Alumina Substrate 5 External Electrode Sn 2 Bottom Electrode (Ag) 6 Resistor Layer (RuO2) 3 Top Electrode (Ag/Pd) 7 Primary Overcoat (Glass) 4 Barrier Layer (Ni) 8 Secondary Overcoat (Epoxy) ■ Application

CR1218

Abstract: r100 resistor R020 5020 R010 R015 R020 R030 R040 R050 R065
Contextual Info: Thick Film Chip Resistor—CR Series • Construction 1 Alumina Substrate 5 External Electrode Sn 2 Bottom Electrode (Ag) 6 Resistor Layer (RuO2) 3 Top Electrode (Ag/Pd) 7 Primary Overcoat (Glass) 4 Barrier Layer (Ni) 8 Secondary Overcoat (Epoxy) ■ Application

475 50K 249

Abstract: R68 resistor R040 CR2512 R010 R015 R020 R030 R050 R065
Contextual Info: Thick Film Chip Resistor—CR Series • Construction 1 Alumina Substrate 5 External Electrode Sn 2 Bottom Electrode (Ag) 6 Resistor Layer (RuO2) 3 Top Electrode (Ag/Pd) 7 Primary Overcoat (Glass) 4 Barrier Layer (Ni) 8 Secondary Overcoat (Epoxy) ■ Application

CR1218

Abstract: CR0603 CR0805 CR1206 CR1210 CR2010 CR2030 CR2512
Contextual Info: Thick Film Chip Resistor—CR Series • Construction 1 Alumina Substrate 5 External Electrode Sn 2 Bottom Electrode (Ag) 6 Resistor Layer (RuO2) 3 Top Electrode (Ag/Pd) 7 Primary Overcoat (Glass) 4 Barrier Layer (Ni) 8 Secondary Overcoat (Epoxy) ■ Application

meggitt resistor 20k ohms

Contextual Info: MEGGITT CGS HIGH VOLTAGE RESISTORS HIGH VALUE RESISTORS HIGH POWER RESISTORS ALUMINIUM CLAD RESISTORS CURRENT SENSE RESISTORS High Power Resistor TYPE FC SERIES This small size pluggable, high power resistor is a popular product in the Meggitt CGS range. The resistors are

SS-00254-5

Abstract: R050 RESISTOR R010 R015 R020 R030 R040 R050 R065 cr1812
Contextual Info: Thick Film Chip Resistor—CR Series • Construction 1 Alumina Substrate 5 External Electrode Sn 2 Bottom Electrode (Ag) 6 Resistor Layer (RuO2) 3 Top Electrode (Ag/Pd) 7 Primary Overcoat (Glass) 4 Barrier Layer (Ni) 8 Secondary Overcoat (Epoxy) ■ Application

CR2030

Abstract: R010 R015 R020 R030 R040 R050 R065 top 284 e6 R015 marking
Contextual Info: Thick Film Chip Resistor—CR Series • Construction 1 Alumina Substrate 5 External Electrode Sn 2 Bottom Electrode (Ag) 6 Resistor Layer (RuO2) 3 Top Electrode (Ag/Pd) 7 Primary Overcoat (Glass) 4 Barrier Layer (Ni) 8 Secondary Overcoat (Epoxy) ■ Application

CR0805

Abstract: R010 R015 R020 R030 R040 R050 R065 R050 RESISTOR
Contextual Info: Thick Film Chip Resistor—CR Series • Construction 1 Alumina Substrate 5 External Electrode Sn 2 Bottom Electrode (Ag) 6 Resistor Layer (RuO2) 3 Top Electrode (Ag/Pd) 7 Primary Overcoat (Glass) 4 Barrier Layer (Ni) 8 Secondary Overcoat (Epoxy) ■ Application

475 50K 030

Abstract: CR0603 R010 R015 R020 R030 R040 R050 R065 E-96 Multiplier Code
Contextual Info: Thick Film Chip Resistor—CR Series • Construction 1 Alumina Substrate 5 External Electrode Sn 2 Bottom Electrode (Ag) 6 Resistor Layer (RuO2) 3 Top Electrode (Ag/Pd) 7 Primary Overcoat (Glass) 4 Barrier Layer (Ni) 8 Secondary Overcoat (Epoxy) ■ Application

marking code E192

Abstract: R430 CR1210 R010 R015 R020 R030 R040 R050 R065
Contextual Info: Thick Film Chip Resistor—CR Series • Construction 1 Alumina Substrate 5 External Electrode Sn 2 Bottom Electrode (Ag) 6 Resistor Layer (RuO2) 3 Top Electrode (Ag/Pd) 7 Primary Overcoat (Glass) 4 Barrier Layer (Ni) 8 Secondary Overcoat (Epoxy) ■ Application

marvell 88SA8040

Abstract: PC87541 quanta foxconn quanta computer TPS2231 88sa8040 T43 88SA8040 AO3402 LDS-A50R
Contextual Info: 5 4 3 2 1 D D C C B B A A 5 4 3 2 1 5 4 3 2 1 EC LIST - B to C test : D EC1-EC2-EC3-EC4-EC5-EC6- Page Page Page Page Page Page 14 16 23 28 32 37 - Change LCD ID pull-high resistor R41 R23 R22 from 10K to 1K ohm for ATI suggestion - Remove LCD ID pull-high resistor R52 & pull-low resistor R390 R62

Contextual Info: FUJITSU TAKAMISAWA COMPONENT CATALOG INTERFACE CONNECTORS FCN-780 SERIES WITH TERMINATING RESISTOR • FEATURES • The 780 series connectors are compact and light in weight due to the resistor elements being packed in a hybrid integrated circuit. • The 780 series connectors are fully EMI shielded

9R43

Abstract: 42r28 BSY17 780 AC
Contextual Info: FUJITSU TAKAMISAWA COMPONENT CATALOG INTERFACE CONNECTORS FCN-780 SERIES WITH TERMINATING RESISTOR • FEATURES • The 780 series connectors are compact and light in weight due to the resistor elements being packed in a hybrid integrated circuit. • The 780 series connectors are fully EMI shielded

KSR1112

Abstract: KSR2112
Contextual Info: SAMSUNG SEMICONDUCTOR INC KSR2112 14E D J 7^4:142 0007135 f l j PNP EPITAXIAL SILICON TRANSÌSTOR T - 3 7 - IB SWITCHING APPLICATION Bias Resistor Built In SOT-23 • Switching Circuit, inverter, Interface circuit Driver circuit • Biiilt in bias Resistor (R-47KQ)

MSM486SV

Abstract: msm486sv Manual V1 LT1585 R109
Contextual Info: APPLICATION NOTE 047 EPP Mode for MSM486SV / SN _ Nordstrasse 4F / CH - 4542 Luterbach From: RP Product: MSM486SV / SN To: Customer/Support Version: V1.21 Date: 09.97 BIOS: - EPP Mode: The resistor R46 has to be pulled-up. The R46 must be connected to the next resistor on the left side. There

WLCR32

Abstract: WLCR50 WLCR64
Contextual Info: High Power Low Resistance Chip Resistors Model No. Size Code INCH Size Code mm WLCR32 WLCR50 WLCR64 1206 2010 2512 3216 5025 6432 • Features ・High power type, milliohm resistor product. Low resistance range covers from 10mΩ. ・Wide terminal made higher reliability of solder joint, compared to conventional chip resistor.

Contextual Info: November 2010 THICK - FILM CHIP RESISTOR We, Samsung, declare that our component Chip Resistor is produced in accordance with EU RoHS directive. 1. RoHS Compliance and restriction of Br The following restricted materials are not used in packaging materials as well as products in compliance with the law and restriction.

C38 chip

Abstract: RCM3000 R46R47 c38 transistor R27 transistor transistor jp4 TN303 Rabbit-3000 R200W R3022
Contextual Info: RCM3000/RCM3100 RTC Field Fix 1. Replace R20 with 0 W resistor. 2. Replace R23 with 2 kW resistor. 3. Reapply conformal coating as described in TN303 between Y2 and Rabbit 3000 chip when board is to be used in harsh environments. R1 Y1 RP1 JP1 C1 R4 C3 R5