100K 0603 Search Results

Contextual Info: VIN = 8V CIN + 1µF VIN VOUT VOUT = 5V + COUT 1µF SENSE ON OFF R1 100kΩ R2 100kΩ RPG 100kΩ EN/ UVLO PG PG CIN + 1µF VIN VOUT ADJ ON R3 100kΩ OFF R4 100kΩ R1 40.2kΩ VOUT = 5V + COUT 1µF R2 13kΩ RPG 100kΩ EN/ UVLO PG GND PG 09506-002 VIN = 8V

Contextual Info: 20 V, 300 mA, Low Noise, CMOS LDO ADP7102 Data Sheet FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V CIN + 1µF VIN VOUT VOUT = 5V + COUT 1µF SENSE R1 100kΩ ON OFF R2 100kΩ RPG 100kΩ EN/ UVLO PG PG 09506-001 GND Figure 1. ADP7102 with Fixed Output Voltage, 5 V

Contextual Info: FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V CIN + 1µF VIN VOUT SENSE ON OFF 100kΩ VOUT = 5V + COUT 1µF 100kΩ EN/ UVLO PG PG 100kΩ GND 09507-001 Input voltage range: 3.3 V to 20 V Maximum output current: 500 mA Low noise: 15 µV rms for fixed output versions

adp7104acpz-r7

Contextual Info: FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V CIN + 1µF VIN VOUT SENSE ON OFF 100kΩ VOUT = 5V + COUT 1µF 100kΩ EN/ UVLO PG PG 100kΩ GND 09507-001 Input voltage range: 3.3 V to 20 V Maximum output current: 500 mA Low noise: 15 µV rms for fixed output versions

Contextual Info: 20 V, 500 mA, Low Noise, CMOS LDO ADP7104 Data Sheet FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V CIN + 1µF VIN VOUT SENSE ON OFF 100kΩ VOUT = 5V + COUT 1µF 100kΩ EN/ UVLO PG PG 100kΩ 09507-001 GND Figure 1. ADP7104 with Fixed Output Voltage, 5 V

Contextual Info: FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V CIN + 1µF VIN VOUT SENSE ON OFF R1 100kΩ VOUT = 5V + COUT 1µF RPG 100kΩ EN/ UVLO R2 100kΩ PG PG GND 09507-001 Input voltage range: 3.3 V to 20 V Maximum output current: 500 mA Low noise: 15 µV rms for fixed output versions

Contextual Info: FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V CIN + 1µF VIN VOUT SENSE ON OFF R1 100kΩ VOUT = 5V + COUT 1µF RPG 100kΩ EN/ UVLO R2 100kΩ PG PG GND 09507-001 Input voltage range: 3.3 V to 20 V Maximum output current: 500 mA Low noise: 15 µV rms for fixed output versions

Contextual Info: 20 V, 500 mA, Low Noise, CMOS LDO ADP7104 Data Sheet FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V CIN + 1µF VIN VOUT SENSE ON OFF 100kΩ VOUT = 5V + COUT 1µF 100kΩ EN/ UVLO PG PG 100kΩ 09507-001 GND Figure 1. ADP7104 with Fixed Output Voltage, 5 V

ADP71

Contextual Info: FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V ON OFF CIN + 1µF 100kΩ VIN VOUT SENSE VOUT = 5V + COUT 1µF 100kΩ EN/ UVLO PG PG 100kΩ GND 09507-001 Input voltage range: 3.3 V to 20 V Maximum output current: 500 mA Low noise: 15 V rms for fixed output versions

Contextual Info: 20 V, 300 mA, Low Noise, CMOS LDO ADP7102 Data Sheet FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V CIN + 1µF VIN VOUT VOUT = 5V + COUT 1µF SENSE R1 100kΩ ON OFF R2 100kΩ RPG 100kΩ EN/ UVLO PG PG 09506-001 GND Figure 1. ADP7102 with Fixed Output Voltage, 5 V

Contextual Info: 20 V, 500 mA, Low Noise, CMOS LDO ADP7104 Data Sheet FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V CIN + 1µF VIN VOUT SENSE ON OFF R1 100kΩ VOUT = 5V + COUT 1µF RPG 100kΩ EN/ UVLO R2 100kΩ PG PG 09507-001 GND Figure 1. ADP7104 with Fixed Output Voltage, 5 V

ADP7102ARDZ-9

Contextual Info: FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V CIN + 1µF R1 100kΩ ON OFF R2 100kΩ VIN VOUT SENSE VOUT = 5V + COUT 1µF RPG 100kΩ EN/ UVLO PG PG GND 09506-001 Input voltage range: 3.3 V to 20 V Maximum output current: 300 mA Low noise: 15 V rms for fixed output versions

Contextual Info: FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V CIN + 1µF VIN VOUT VOUT = 5V + COUT 1µF SENSE R1 100kΩ ON OFF R2 100kΩ RPG 100kΩ EN/ UVLO PG PG GND 09506-001 Input voltage range: 3.3 V to 20 V Maximum output current: 300 mA Low noise: 15 µV rms for fixed output versions

ADP7102

Contextual Info: FEATURES TYPICAL APPLICATION CIRCUITS VIN = 8V CIN + 1µF VIN VOUT VOUT = 5V + COUT 1µF SENSE R1 100kΩ ON OFF R2 100kΩ RPG 100kΩ EN/ UVLO PG PG GND 09506-001 Input voltage range: 3.3 V to 20 V Maximum output current: 300 mA Low noise: 15 µV rms for fixed output versions

PR40

Abstract: js27 C598 BKLVMAIN SFPJ-73 JS11
Contextual Info: 1 2 3 4 5 6 7 8 1 1 PD2 SFPJ-73 DC2010 EMI2 24 ADINP PL1 BEAD_120Z/100M_6A 2012 26,27 D_VMAIN PR40 100K 0603 VMAIN JO5 D_VMAIN 26,27 OPEN-SMT4_DFS S VDD5 PQ505 SI4435DY SO8 PR35 261K_1% 0603 JS10 R170 100K 0603 GND R551 33K 0603 D_VMAIN 26,27 19 BKL_VMAIN

CA500

Abstract: Q506 HDS404E LCD13 HDS404-E LCD20 LCD12 DF13-40DP-1 r637 TXOUT09
Contextual Info: 2 3 4 5 6 VCC3 VCC3 7 8 VCC3_HPA U510 SI4800DY SO8 +12V R637 0/NA 0805 VCC5 VCC3_HPA D R515 100K 0603 G R516 100K 0603 R638 0805 S 1 +12V R640 LCD PANEL TRANSLATION BD CONNECTOR 9 FPVCC Q502 NDS9410 SO8 D Q500 A G DTC144WK D S 2N7002 SOT23_FET C507 0.01U/NA

BAV99-SOT23

Abstract: mitac mitac 6120 str 5V 3A rls4148
Contextual Info: 1 2 3 4 5 6 7 8 VMAIN F5 pull high at d/d bd 1 2 FUSE_1206 1A-1206 VDD5 R170 0603 VDD5SW C280 10U 1206 10V LP2951-02BM 2 1 R160 47K 0603 GND R181 100K 0603B R193 Q20 NDS352P S D VDD5S 100K 0603B PME# 18 ADEN# 18,22 18,22 3 STR# RLS4148 MLL34B JP_NET JP_NET15

Contextual Info: Frequency vs Impendance CR Series 0603 size 1Ω 10Ω 100Ω 1KΩ 10KΩ 100KΩ 1MΩ 200 [Z]-Ro/Ro in % 150 100 50 -50 -100 1 10 100 Frequency (MHz) 1000 10000 Frequency vs Phase Angle CR Series(0603 size) 1Ω 10Ω 100Ω 1KΩ 10KΩ 100KΩ 1MΩ

SOT89N

Abstract: si4435 PQ501 PR512 PC511 PU501B PQ-12 PR40 PR42 PR507
Contextual Info: 1 2 3 4 5 6 7 8 A A 21 ADINP PD7 SFPJ_73 DC2010 21,23,24 1 2 1 PR11 100K 0603B 2 1 1 PR45 X 0805C 2 0603B PQ501 SI4435 3 2 1 SO8 G PR21 4.7K 0805C PR22 226K_1% S 2 VMAIN_P 4 D PR24 100K 0603B SOT23AN_1 PQ9 DTC144WK 2 BATT 19,21 2 PC511 100U/25V ELC01 0603B

AD8436

Abstract: SCR based power factor improvement circuit diagram AD8436JCPZ-R7 AD8436-EVALZ Absolute Value Circuit AD8436ACPZ-WP SCR DC LFCSP-WQ CP2010
Contextual Info: Low Cost, Low Power, True RMS-to-DC Converter AD8436 FEATURES FUNCTIONAL BLOCK DIAGRAM CAVG CCF VCC 100kΩ SUM RMS IGND 8kΩ 100kΩ RMS CORE VEE 16kΩ OUT 10pF IBUFGN 10kΩ 10kΩ IBUFIN– – IBUFIN+ + OBUFIN+ OBUFIN– FET OP AMP + 16kΩ OGND DC BUFFER

AD8436-EVALZ

Abstract: RMS-Dc converters 20-lead lfcsp ad8436 DC to 500 MHz RMS-to-DC Converter AD8436
Contextual Info: Low Cost, Low Power, True RMS-to-DC Converter AD8436 Data Sheet FEATURES FUNCTIONAL BLOCK DIAGRAM CAVG CCF VCC AD8436 100kΩ SUM RMS IGND 8kΩ 100kΩ RMS CORE VEE OGND 16kΩ OUT 10pF IBUFGN 10kΩ 10kΩ IBUFIN– – IBUFIN+ + FET OP AMP + DC BUFFER IBUFOUT

Contextual Info: 5 4 3 2 1 REVISION HISTORY ECO E1 5.1 C1 0805 E3 C3 + 56uF 63V 63HVH56M GND E4 C2 + 56uF 63V 63HVH56M C16 4.7uF 100V 1210 R1 100k PVIN R2 510k SENSVIN SENSTOP U1 E2 D 9 SHDN 10 E5 R28 51k LTC4020EUHF INT_Vcc 15 E7 25 ILIMIT R4 100k RNG/SS SW1 SW2 D1 SBR0560S1

3904 TRANSISTOR npn

Abstract: 3904 transistor 3904 3904 dual MMBT3904 .47k capacitor 3904 SOT23 MMBT DO1813P JMK325BJ226MM
Contextual Info: 4.75V to 5.25V VIN D1 BAT54 C2 4.7uF 10V X5R 1 R1 47k 2 ILIM U1 MAX1953 C7 0.1uF DH 10 8 9 C3 0.1uF N1A 1/2 FDS 6930A R2 4.7 C4 22uF 6V X5R 2x L1 2.2uH DO1813P -222HC 3.3V@2.2A VOUT LX Q2 R7 MMBT 100k 3904 2.5V BST COMP C1 470pF R6 100k 5 IN Q1 MMBT 3904

50CE100LX

Contextual Info: 5 4 3 2 1 REVISION HISTORY ECO REV _ 2 DESCRIPTION APPROVED PRODUCTION DATE WALKER B. 02-02-10 VIN E1 + C6 1uF 50V 0805 E2 VIN VIN E9 Q1 Q2 U1 VIN 3 LT3741EFE R1 374K E3 R3 100K 14 R2 124K R5 100K C 15 EN/UVLO HG 17 CBOOT 19 RT SYNC VREF SW 18 8 LG 20 4 R9