CIN1 Search Results

LTM4628EV

Abstract: r2610 ltm4628 September07 1663A B7D1
Contextual Info: 5 4 3 2 1 REVISION HISTORY VIN+ ECO VIN TP5 TEMP TP6 + GND CIN1 150uF 35V R2 OPT CIN2 10uF 35V 1210 CIN4 10uF 35V 1210 CIN3 10uF 35V 1210 TP11 CIN5 10uF 35V 1210 TP4 1 PS INTVCC BM JEFF Z VO2+ VO2+ 3 TP3 OPT R1 10 VOUT2 TP7 INTVCC + RUN1 3 R6 OPT 2 TRACK 1 SOFT-START

Contextual Info: A B C D E REVISION HISTORY ECO REV _ RTR1 RTR3 OPT SVIN RSS1 VIN 3 4 5 6 TRACK EXT SS INT 4.7M U1 LTC3618EUF PGOOD1 VIN 2.25V - 5.5V 100k E5 E6 CIN6 100uF GND 18 VIN + CIN5 100uF OPT CIN4 22uF 6.3V 1206 + CIN3 22uF 6.3V 1206 CIN2 22uF 6.3V 1206 21 22 CIN1

Contextual Info: A B C D J5 COMP INT EXT 3 1 PGOOD TP3 2.25V - 5.5V GND + CIN3 100uF 10V CIN4 100uF opt. CIN2 22uF 6.3V CIN1 22uF 6.3V RFILT1 24 LTC3612EFE 3 U1 15 16 20 1 PVin PVin PVin_d SVin CFILT1 1uF SW SW SW SW 19 17 14 12 Ith 6 3 TP2 TP7 100k 1% EXT SS 5 INT SYNC 1

Contextual Info: Programmable Controller for Capacitance Touch Sensors AD7143 FEATURES FUNCTIONAL BLOCK DIAGRAM POWER-ON RESET LOGIC AD7143 CIN0 15 CIN1 16 CIN2 1 CIN3 2 CIN4 3 SWITCH MATRIX CALIBRATION ENGINE 16-BIT CDC CIN5 4 CIN6 5 CIN7 6 CSHIELD 7 SRC 8 CALIBRATION RAM

ad718

Abstract: d0715 AD7142 AD7142-1 AD7148 AD7148ACPZ-1REEL MO-220-VGGC sda 5708
Contextual Info: Programmable Touch Controller for Single Electrode Capacitance Sensors AD7148 FEATURES APPLICATIONS FUNCTIONAL BLOCK DIAGRAM ACSHIELD VCC 5 GND BIAS 7 6 8 AD7148 CIN0 13 CIN1 14 CIN2 15 CIN4 1 CIN5 2 CIN6 3 CIN7 4 CALIBRATION RAM 16-BIT Σ-Δ CDC CALIBRATION

AD7150

Abstract: AD7747 i2c AD7746 AD7152 AD7746 I2C AD7151 AD7153 AD7747 capacitive proximity sensor AD7745
Contextual Info: AD7150 Capacitance Converter for Proximity Sensing VDD CSENS1 CIN1 SERIAL INTERFACE SCL «-œ CDC DIGITAL FILTER CLOCK AD7150 GENERATOR THRESHOLD OUT1 THRESHOLD OUT2 SDA EXC1 MUX Features CSENS2 • Ultralow power: 3.3 V, 100 A CIN2 EXC2 EXCITATION • Response time: 10 ms

Alternator regulator

Abstract: fet alternator regulator circuit led driver 1A, gate driver AT9917 High power led driver programmable Alternator regulator AEC-Q100 ntc resistor
Contextual Info: AT9917 Automotive LED Driver IC with High Current Accuracy D1 L1 CIN1 Q1 RCS CSC Applications: CPVDD ► Automotive LED driver applications VIN PVDD RSC AVDD GT CS OVP PGND FLT GND FDBK AT9917 EN COMP PWMD CSS NTC JT CJTR DIV R4 CC IREF REF T2 T1 RR1 R1 RNTC

Contextual Info: PROJECT NAME: STEVAL-ISV015V1 December 1, 2011 BILL OF MATERIALS Item Quantity Reference Part / Value Voltage Current WATT PACKAGE 1 1 J1 2 1 Cin1 2 pins screw connector 47µF 3 1 C2 1nF 50V 0805 4 1 C4 10nF 50V 0805 5 1 Cout1 10uF 16V 0805 6 1 VR3 0-1k

lm324 current limiter

Abstract: NE570 SA570 NE570 Audio Dynamic Noise Reduction LM324 and LM339 datasheets SA571 application note compressor audio use transistor LM324 DG "Op Amp" lm339 LM325
Contextual Info: AND8159/D Applications for Compandors NE570/SA571 http://onsemi.com APPLICATION NOTE Applications The following circuits will illustrate some of the wide variety of applications for the NE570/SA571. R3 CIN1 Basic Expandor Figure 1 shows how the circuit would be hooked up for

Contextual Info: HYMD2326468-K/H/L Revision History 1. Rev. 0.2 From Parameter Pin To Symbol Unit Min Max Min Max Input Capacitance A0 ~ A12, BA0, BA1 CIN1 58 72 58 72 pF Input Capacitance RAS, CAS, WE CIN2 58 72 58 72 pF Input Capacitance CKE0 CIN3 43 57 58 72 pF Input Capacitance

3047 mosfet

Abstract: mosfet L 3055 motorola mosfet 3047 G331 MOSFETs 3041 TLE6389-2 3049 dc-dc spd09p MBRD360
Contextual Info: Step-Down DC/DC Controller TLE 6389 Target Datasheet Features • • • - P-DSO-14-3, -4, -9, -11 RSENSE= 0.05
CIN1 = 100 µF SI1 L1 = 47 µH M1 VOUT IOUT N • Operation from 5V to 60V Input Voltage 100% Maximum Duty Cycle Efficiency >90% Output Current up to 3A

PW10

Abstract: 2149 RAM H8S/2149 H8S/2149 LPC
Contextual Info: 1.2 Internal Block Diagram VCC VCL VSS VSS VSS VSS VSS Figure 1.1 shows an internal block diagram of the H8S/2149. PA7/A23/KIN15/CIN15/PS2CD PA6/A22/KIN14/CIN14/PS2CC P97/WAIT/SDA0 P96/ø/EXCL P95/AS/IOS/CS1 P17/A7/PW7 P16/A6/PW6 Keyboard buffer controller x 3 channels

ad718

Abstract: sda 5708 d0715 AD7142 AD7142-1 AD7148 MO-220-VGGC
Contextual Info: Programmable Touch Controller for Single Electrode Capacitance Sensors AD7148 FEATURES APPLICATIONS FUNCTIONAL BLOCK DIAGRAM ACSHIELD VCC 5 GND BIAS 7 6 8 AD7148 CIN0 13 CIN1 14 CIN2 15 CIN4 1 CIN5 2 CIN6 3 CIN7 4 CALIBRATION RAM 16-BIT Σ-Δ CDC CALIBRATION

32-Lead Lead Frame Chip Scale Package LFCSP_VQ

Abstract: proximity sensor interfacing with microcontroller 32-lead LFCSP_VQ AD7142 for humidity AD7142-1 capacitive touch "flooded x" MO-220-vhhd-2 finger print sensor pcb with circuit IR Sensor transmitter and receiver pair datasheet sec d 5702
Contextual Info: Programmable Controller for Capacitance Touch Sensors AD7142 FUNCTIONAL BLOCK DIAGRAM VREF– VREF+ 29 CIN0 30 CIN1 31 CIN2 32 CIN3 1 CIN4 2 CIN5 3 CIN6 4 CIN7 5 CIN8 6 CIN9 7 CIN10 8 CIN11 9 CIN12 10 CIN13 11 CSHIELD 12 SRC 15 SRC 16 VDRIVE 20 Personal music and multimedia players

LTM8026EV

Abstract: walker
Contextual Info: 5 4 3 2 1 REVISION HISTORY COMP E1 D CTL_T E2 ECO REV - 2 DESCRIPTION PRODUCTION APPROVED DATE WALKER B. 10/?/11 CTL_I E3 D R1 10k R2 C1 100k E4 R3 R4 100k 301k 1% VOUT J3 VOUT 3.3V / 5A + J2 C CIN1 10uF 50V 1210 CIN2 22uF 50V GND J1 J2 J3 K1 K2 K3 L1 L2

402k

Abstract: LTC3026
Contextual Info: * L1 1 JP6 Boost Ext 2 3 10uH Rsw 1M 4 * Vin Cin 4.7uF 6.3V On Off E3 3 GND * + Cin1 68uF 10V 1 E1 1 Vin 2 Vin JP5 Vout Enable 2 6 * Rsd 10M U1 LTC3026EDD SW VOUT 9 VOUT 10 FB SHDN BST GND 5 3 * JP1 0.8V Rpg 100k 11 JP3 1.5V JP4 1.8V R2 R3 R4 R5 4.02k 4.02k

h8s2134

Contextual Info: 1.2 Internal Block Diagram Interrupt controller Port 9 DTC ROM Port 1 WDT0, WDT1 P67/TMOX/CIN7/KIN7/IRQ7 P66/FTOB/CIN6/KIN6/IRQ6 P65/FTID/CIN5/KIN5 P64/FTIC/CIN4/KIN4/CLAMPO P63/FTIB/CIN3/KIN3/VFBACKI P62/FTIA/CIN2/KIN2/VSYNCI/TMIY P61/FTOA/CIN1/KIN1/VSYNCO

Contextual Info: 5 4 3 2 ECO REV 1 COMP E1 D CTL_T E2 1 REVISION HISTORY DESCRIPTION APPROVED PRODUCTION DATE WALKER B. July 12, 2012 CTL_I E3 D R1 10k R2 C1 100k E4 R3 R4 100k 301k 1% VOUT J3 VOUT + J2 C CIN1 10µF 50V 1210 CIN2 22µF 50V GND J1 J2 J3 K1 K2 K3 L1 L2 L3 E7

Contextual Info: 5 4 3 2 1 REVISION HISTORY VIN E17 ECO REV DESCRIPTION DATE APPROVED 3 PRODUCTION 07/28/11 TOM G. VIN2 + CIN5 [1] 3.3uF 35V 6032 3.6V - 15V CIN3 47uF OPT 16V 1210 CIN1 47uF 16V 1210 CIN4 47uF OPT 16V 1210 CIN2 47uF 16V 1210 VIN VIN1 [1] E2 INTVCC + CIN6 3.3uF

NE570 Audio Dynamic Noise Reduction

Abstract: NE570 LM324 DG SA570 lm324 current limiter SA571 NE570 change of parameters NE570 instead rectifier R17 lm3932
Contextual Info: AND8159/D Applications for Compandors NE570/SA571 http://onsemi.com APPLICATION NOTE Applications The following circuits will illustrate some of the wide variety of applications for the NE570/SA571. R3 CIN1 Basic Expandor Figure 1 shows how the circuit would be hooked up for

12069-001

Abstract: 12069-002 XAL4030-472ME VFB2 inverter inverter 12v to 220 ac mosfet based
Contextual Info: 2 A/1.2 A DC-to-DC Switching Regulator with Independent Positive and Negative Outputs ADP5071 Data Sheet FEATURES TYPICAL APPLICATION CIRCUIT ADP5071 SS INBK RC1 L1 COMP1 VPOS CC1 SW1 EN1 D1 RFT1 CVREG FB1 VREG RFB1 VIN CIN1 PVIN1 PVIN2 PVINSYS PGND EN2 VREF

Contextual Info: Programmable Controller for Capacitance Touch Sensors AD7143 FUNCTIONAL BLOCK DIAGRAM POWER-ON RESET LOGIC AD7143 CIN0 15 CIN1 16 CIN2 1 CIN3 2 CIN4 3 CIN5 4 SWITCH MATRIX Programmable capacitance-to-digital converter 25 ms update rate @ maximum sequence length

Contextual Info: Programmable Controller for Capacitance Touch Sensors AD7142 FUNCTIONAL BLOCK DIAGRAM VREF– VREF+ 29 CIN0 30 CIN1 31 CIN2 32 CIN3 1 CIN4 2 CIN5 3 CIN6 4 CIN7 5 CIN8 6 CIN9 7 CIN10 8 CIN11 9 CIN12 10 CIN13 11 CSHIELD 12 SRC 15 SRC 16 VDRIVE 20 Personal music and multimedia players

Contextual Info: Programmable Touch Controller for Single Electrode Capacitance Sensors AD7148 FEATURES APPLICATIONS FUNCTIONAL BLOCK DIAGRAM ACSHIELD VCC 5 GND BIAS 7 6 8 AD7148 CIN0 13 CIN1 14 CIN2 15 CIN4 1 CIN5 2 CIN6 3 CIN7 4 CALIBRATION RAM 16-BIT Σ-Δ CDC CALIBRATION