FLD00042
Abstract: lcd tv block diagram
Text: FLD00042 I2C Digital Ambient Light Sensor Features Description • Built-in temperature compensation circuit ■ Operating temperature: -30°C to 70°C The FLD00042 is a digital-output light sensor with a twowire, I2C serial interface. It combines two photodiodes
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FLD00042
16bit
400kHz
lcd tv block diagram
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tv block diagram
Abstract: lcd tv block diagram FLD00042 Fairchild 217
Text: FLD00042 I2C Digital Ambient Light Sensor Features Description • Built-in temperature compensation circuit ■ Operating temperature: -30°C to 70°C The FLD00042 is a digital-output light sensor with a twowire, I2C serial interface. It combines two photodiodes
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FLD00042
16bit
400kHz
tv block diagram
lcd tv block diagram
Fairchild 217
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IRPF 150
Abstract: tv block diagram IRPF 250 N FLD00050 lcd tv block diagram ALS MARKING proximity detector sensor IRPF qtlp660cir 0x03B7
Text: FLD00050 I2C Digital Ambient Light and Proximity Sensor Features Description • Built-in temperature compensation circuit ■ Operating temperature: -30°C to 70°C The FLD00050 is a digital-output light and proximity sensor with a two-wire, I2C serial interface. It combines
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FLD00050
16-bit
IRPF 150
tv block diagram
IRPF 250 N
lcd tv block diagram
ALS MARKING
proximity detector sensor
IRPF
qtlp660cir
0x03B7
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bimetallic thermal sensor
Abstract: pic microcontroller triac control TC4469 74HC126 1120VAC 24VAC RELAY DRIVER 2N6073B Cool LED 2N4401 MTP3055E
Text: AN3 Solid-State Temperature Sensors Author: dependent element, voltage reference, two comparators, control flip-flop, and push-pull digital outputs in a single CMOS integrated circuit. Set point temperatures are selected with external resistors. The temperature dependent element is a Positive Temperature
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D-81739
D-82152
DS00762A
bimetallic thermal sensor
pic microcontroller triac control
TC4469
74HC126
1120VAC
24VAC RELAY DRIVER
2N6073B
Cool LED
2N4401
MTP3055E
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Untitled
Abstract: No abstract text available
Text: TC7MTX01FK TOSHIBA CMOS DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC TC7MTX01FK Digital temperature compensation IC Due to the demand for compactness and lower power dissipation, circuits for portable devices are being manufactured as individual chips. In particular, during the manufacture of
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TC7MTX01FK
TC7MTX01FX,
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IC Temperature Sensors
Abstract: silicon diode temperature sensor data sheet TC7MTX01FK BC 1098
Text: TC7MTX01FK TOSHIBA CMOS DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC TC7MTX01FK Digital temperature compensation IC Due to the demand for compactness and lower power dissipation, circuits for portable devices are being manufactured as individual chips. In particular, during the manufacture of
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TC7MTX01FK
TC7MTX01FX,
IC Temperature Sensors
silicon diode temperature sensor data sheet
TC7MTX01FK
BC 1098
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Untitled
Abstract: No abstract text available
Text: UMH7N Transistors General purpose dual digital transistors UMH7N Junction temperature Storage temperature ∗1 0.1Min. ∗1 ROHM : UMT6 EIAJ : SC-88 zPackage, marking, and Packaging specifications Part No. UMH7N UMT6 H7 TR 3000 zEquivalent circuit (3) (2)
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DTC143T
SC-88
120mW
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Untitled
Abstract: No abstract text available
Text: TC7MTX02FK TOSHIBA CMOS DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC TC7MTX02FK Digital temperature compensation IC Due to the demand for compactness and lower power dissipation, circuits for portable devices are being manufactured as individual chips. In particular, during the manufacture of
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TC7MTX02FK
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NLT-4
Abstract: Voltage Output Temperature Sensor TC7MTX02FK
Text: TC7MTX02FK TOSHIBA CMOS DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC TC7MTX02FK Digital temperature compensation IC Due to the demand for compactness and lower power dissipation, circuits for portable devices are being manufactured as individual chips. In particular, during the manufacture of
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TC7MTX02FK
NLT-4
Voltage Output Temperature Sensor
TC7MTX02FK
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Untitled
Abstract: No abstract text available
Text: TC7MTX01FK TOSHIBA CMOS DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC TC7MTX01FK Digital temperature compensation IC Due to the demand for compactness and lower power dissipation, circuits for portable devices are being manufactured as individual chips. In particular, during the manufacture of
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TC7MTX01FK
TC7MTX01FX,
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Untitled
Abstract: No abstract text available
Text: TC7MTX01FK TOSHIBA CMOS DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC TC7MTX01FK Digital temperature compensation IC Due to the demand for compactness and lower power dissipation, circuits for portable devices are being manufactured as individual chips. In particular, during the manufacture of
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TC7MTX01FK
TC7MTX01FX,
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27c eeprom
Abstract: No abstract text available
Text: TC7MTX02FK TOSHIBA CMOS DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC TC7MTX02FK Digital temperature compensation IC Due to the demand for compactness and lower power dissipation, circuits for portable devices are being manufactured as individual chips. In particular, during the manufacture of
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TC7MTX02FK
27c eeprom
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DAC667AH
Abstract: DAC667BH AD667 DAC667 DAC667JP DAC667KP
Text: DAC667 Microprocessor-Compatible 12-BIT DIGITAL-TO-ANALOG CONVERTER FEATURES DESCRIPTION ● ±1/2LSB MAX NONLINEARITY OVER TEMPERATURE The DAC667 is a complete monolithic integrated circuit microprocessor-compatible 12-bit digital-to-analog converter. It includes a precision voltage reference,
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DAC667
12-BIT
DAC667
16-Bit
DAC667AH
DAC667BH
AD667
DAC667JP
DAC667KP
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DAC667AH
Abstract: AD667 DAC667 DAC667BH DAC667JP DAC667KP 5k potentiometer a t 15
Text: DAC667 Microprocessor-Compatible 12-BIT DIGITAL-TO-ANALOG CONVERTER FEATURES DESCRIPTION ● ±1/2LSB MAX NONLINEARITY OVER TEMPERATURE The DAC667 is a complete monolithic integrated circuit microprocessor-compatible 12-bit digital-to-analog converter. It includes a precision voltage reference,
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DAC667
12-BIT
DAC667
16-Bit
DAC667AH
AD667
DAC667BH
DAC667JP
DAC667KP
5k potentiometer a t 15
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DB9 drawing
Abstract: converter 12v 4a digital 800H AD667 DAC667 DAC667JP DB10
Text: DAC667 DAC 667 Microprocessor-Compatible 12-BIT DIGITAL-TO-ANALOG CONVERTER FEATURES DESCRIPTION ● ±3/4LSB MAX NONLINEARITY OVER TEMPERATURE The DAC667 is a complete monolithic integrated circuit microprocessor-compatible 12-bit digital-to-analog converter. It includes a precision voltage reference,
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DAC667
12-BIT
DAC667
16-Bit
DB9 drawing
converter 12v 4a digital
800H
AD667
DAC667JP
DB10
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DS1669 Digital Pot IC
Abstract: DS1809 MAX5451 space shuttle DS1669 DS1804 DS1869 DS4301 MAX5128 MAX5174
Text: Maxim > App Notes > AUDIO CIRCUITS CIRCUIT PROTECTION GENERAL ENGINEERING TOPICS SIGNAL GENERATION CIRCUITS TEMPERATURE SENSORS and THERMAL MANAGEMENT Keywords: Initial accuracy, digital pots, potentiometer, resistance, voltage dividers, ratiometric, ratio steps,
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MAX5453:
MAX5454:
MAX5455:
MAX5471:
MAX5472:
MAX5474:
MAX5475:
MAX6302:
MAX6817:
AN4292,
DS1669 Digital Pot IC
DS1809
MAX5451
space shuttle
DS1669
DS1804
DS1869
DS4301
MAX5128
MAX5174
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Temperature controller sigma
Abstract: LT1790-5 LT1236 LT1790 LTC2480
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 798 16 BIT DELTA SIGMA ADC WITH TEMPERATURE SENSOR LTC2480 DESCRIPTION Demonstration circuit 798 features the LTC2480, a 16 bit high performance ∆Σ analog-to-digital converter ADC . The LTC2480 features 0.12 LSB linearity, 0.16
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LTC2480
LTC2480,
LTC2480
DC798
DC590
Temperature controller sigma
LT1790-5
LT1236
LT1790
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Untitled
Abstract: No abstract text available
Text: DEMO MANUAL DC1871A LTC2995 Temperature Sensor and Dual Voltage Monitor with Alert Outputs DESCRIPTION Demonstration circuit 1871A features the LTC2995, a high performance temperature and voltage monitor that has resistor configurable alert levels. cation’s analog and digital signals to measure performance.
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DC1871A
LTC2995
LTC2995,
DC1871A
LTC2995
dc1871af
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ZSC31210
Abstract: ZSC31210KIT ZSC31210DAB 8413 ZMDI TSSOP14 TSSOP14 of signal conditioner for capacitive sensors cmos sensor evaluation board ZMD AG
Text: ZSC31210 cLite Capacitive Sensor Signal Conditioner Brief Description Benefits The ZSC31210 cLite™ is a CMOS integrated circuit for accurate capacitance-to-digital conversion and sensor-specific correction of capacitive sensor signals. Digital compensation of sensor offset, sensitivity and temperature drift is accomplished via an
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ZSC31210
ZSC31210
260pF
125aF/LSB
ZSC31210KIT
ZSC31210DAB
8413
ZMDI TSSOP14
TSSOP14
of signal conditioner for capacitive sensors
cmos sensor evaluation board
ZMD AG
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ZMD31210
Abstract: ZMD31210KIT ZMD31210DAB-ES capacitive sensor datasheet madison ZMDI TSSOP14 TSSOP14 ZMD31210DAG1-ES PDMC ZMD AG
Text: ZMD31210 Preliminary cLite Capacitive Sensor Signal Conditioner Brief Description Benefits The ZMD31210 cLite™ is a CMOS integrated circuit for accurate capacitance-to-digital conversion and sensor-specific correction of capacitive sensor signals. Digital compensation of sensor offset, sensitivity and temperature drift is accomplished via an
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ZMD31210
ZMD31210
260pF
125aF/LSB
ZMD31210KIT
ZMD31210DAB-ES
capacitive sensor datasheet
madison
ZMDI TSSOP14
TSSOP14
ZMD31210DAG1-ES
PDMC
ZMD AG
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ZMD31210
Abstract: ZMDI TSSOP14 capacitive sensor load cell sensor PDMC ZMD31210BIG1-R of signal conditioner for capacitive sensors "Humidity Sensor" capacitive level sensor humidity sensor
Text: ZMD31210 cLiteTM Capacitive Sensor Signal Conditioner with I2CTM, SPI, PDM or alarm outputs Brief Description Benefits The ZMD31210 cLite is a CMOS integrated circuit for accurate capacitance-to-digital conversion and sensor-specific correction of capacitive sensor signals. Digital compensation of sensor offset, sensitivity, and temperature drift is accomplished
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ZMD31210
ZMD31210
125aF/LSB
ZMDI TSSOP14
capacitive sensor
load cell sensor
PDMC
ZMD31210BIG1-R
of signal conditioner for capacitive sensors
"Humidity Sensor"
capacitive level sensor
humidity sensor
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sensor LDR
Abstract: tv block diagram high lux LDR LDR sensor light dark sensor 10mm ldr LDR 10mm IRPF 250 N LDR light sensor lcd tv block diagram ir proximity sensor circuit diagram
Text: FLD00060 I2C Digital Ambient Light and Proximity Sensor with Built-in IR LED Features Description • Built-in temperature compensation circuit The FLD00060 is a digital-output light and proximity sensor with a two-wire, I2C serial interface. It combines two photodiodes with signal processing on a single
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FLD00060
16-bit
sensor LDR
tv block diagram
high lux LDR
LDR sensor light dark sensor
10mm ldr
LDR 10mm
IRPF 250 N
LDR light sensor
lcd tv block diagram
ir proximity sensor circuit diagram
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HCDX3106
Abstract: HSD162 natel engineering synchro b1b16 HDSC2036 natel resolver to synchro
Text: ATEL 7 VA Output, Microprocessor Compatible 16-bit Digital-to-Synchro Converter HDS2616 Features y Fully Protected 7 VA Output current limiting (short circuit proof) (voltage feedback transients) (over-temperature) BIT (Built-In-Test) Output (over-current or temperature)
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HDS2616
16-bit
16-Bit)
MIL-STD-883
22-Bit
40-pin
HRD/HSD1626)
HRD1346)
36-pin
HCDX3106
HSD162
natel engineering synchro
b1b16
HDSC2036
natel resolver to synchro
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9997
Abstract: fairchild micrologic ScansUX982 U6A999729X
Text: 9997 FOUR BIT SHIFT REGISTER INDUSTRIAL MICROLOGIC INTEGRATED CIRCUIT OPERATING TEMPERATURE RANGE 0°C TO 70°C GENERAL DESCRIPTION — The Micrologic® Integrated Circuit Four-Bit Shift Register is a fully integrated, monolithic digital circuit which is manufactured using the patented Fairchild P la n a r epitaxial process.
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