Communications Cable Stripper/Cutter

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CURRENT SENSING RESISORS

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CMOS Digital Integrated Circuits Silicon Monolithic

Functional Description • Digital-Output Magnetic Sensor Features (1) Output configuration: Open-drain (2) Pole detected: South or north pole

CMOS Digital Integrated Circuits Silicon Monolithic

Functional Description • Digital-Output Magnetic Sensor Features (1) Output configuration: Push-pull (2) Pole detected: South or north pole

CMOS Digital Integrated Circuits Silicon Monolithic

Functional Description • Digital-Output Magnetic Sensor Features (1) Output configuration: Push-pull (2) Pole detected: North pole

CMOS Digital Integrated Circuits Silicon Monolithic

Functional Description • Digital-Output Magnetic Sensor Features (1) Output configuration: Push-pull (2) Pole detected: South pole

COLOR LIGHT-TO-FREQUENCY CONVERTER

The TCS3200 and TCS3210 programmable color light-to-frequency converters that combine configurable silicon photodiodes and a current-to-frequency converter on a single monolithic CMOS integrated circuit. The output is a square wave (50 duty cycle) with frequency directly propor tional to light int

Programmable Color Light-to-Frequency Converter

Features • Programmable Color Light-to-Frequency Converter • Output Enable (OE) Pin • Output Frequency Scaling • Available in 5mm x 6.2mm SOIC (D) Package

Programmable Color Light-to-Frequency Converter

Features • Programmable Color Light-to-Frequency Converter • Output Enable (OE) Pin • Output Frequency Scaling • Available in 5mm x 6.2mm SOIC (D) Package

COLOR LIGHT-TO-FREQUENCY CONVERTER

The TCS3200 and TCS3210 programmable color light-to-frequency converters that combine configurable silicon photodiodes and a current-to-frequency converter on a single monolithic CMOS integrated circuit. The output is a square wave (50 duty cycle) with frequency directly propor tional to light int

Color Light-to-Digital Converter

Features • RGBC and ALS Support • Power Management Features • Programmable Gain & Integration Time • 1000000:1 Dynamic Range • Circular Segmented RGBC Photodiode • Very High Sensitivity • RGBC + IR sensor

Color Light-to-Digital Converter

Features • RGBC and ALS Support • Power Management Features • Programmable Gain & Integration Time • 1000000:1 Dynamic Range • Circular Segmented RGBC Photodiode • Very High Sensitivity • RGBC + IR sensor

Color Light-to-Digital Converter

Features • RGBC and ALS Support • Power Management Features • Programmable Gain & Integration Time • 1000000:1 Dynamic Range • Circular Segmented RGBC Photodiode • Very High Sensitivity • RGBC + IR sensor

Color Light-to-Digital Converter

Features • RGBC and ALS Support • Power Management Features • Programmable Gain & Integration Time • 1000000:1 Dynamic Range • Circular Segmented RGBC Photodiode • Very High Sensitivity • RGBC + IR sensor

Color Light-to-Digital Converter

Features • RGBC and ALS Support • Power Management Features • Programmable Gain & Integration Time • 1000000:1 Dynamic Range • Circular Segmented RGBC Photodiode • Very High Sensitivity • RGBC + IR sensor

Color Light-to-Digital Converter

Features • RGBC and ALS Support • Power Management Features • Programmable Gain & Integration Time • 1000000:1 Dynamic Range • Circular Segmented RGBC Photodiode • Very High Sensitivity • RGBC + IR sensor

Color Light-to-Digital Converter

Features • RGBC and ALS Support • Power Management Features • Programmable Gain & Integration Time • 1000000:1 Dynamic Range • Circular Segmented RGBC Photodiode • Very High Sensitivity • RGBC + IR sensor

Color Light-to-Digital Converter

Features • RGBC and ALS Support • Power Management Features • Programmable Gain & Integration Time • 1000000:1 Dynamic Range • Circular Segmented RGBC Photodiode • Very High Sensitivity • RGBC + IR sensor

Color Light-to-Digital Converter

Features • RGBC and ALS Support • Power Management Features • Programmable Gain & Integration Time • 1000000:1 Dynamic Range • Circular Segmented RGBC Photodiode • Very High Sensitivity • RGBC + IR sensor

DIGITAL COLOR SENSORS

Description The TCS3404 and TCS3414 digital color light sensors are designed to accurately derive the color chromaticity and illuminance (intensity) of ambient light and provide a digital output with 16-bits of resolution. The devices include an 8 × 2 array of filtered photodiodes, analog-to-digi

ALS/Color Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 2048x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for RGBC channels • Wideband reference channel without fi

ALS/Color Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 2048x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for RGBC channels • Wideband reference channel without fi

ALS/Color Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 2048x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for RGBC channels • Wideband reference channel without fi

ALS/Color Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 2048x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for RGBC channels • Wideband reference channel without fi

ALS/Color Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 2048x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for RGBC channels • Wideband reference channel without fi

ALS/Color Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 2048x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for RGBC channels • Wideband reference channel without fi

ALS/Color Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 2048x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for RGBC channels • Wideband reference channel without fi

ALS/Color Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 2048x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for RGBC channels • Wideband reference channel without fi

ALS/Color Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 2048x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for RGBC channels • Wideband reference channel without fi

ALS/Color Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 2048x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for RGBC channels • Wideband reference channel without fi

Universal Ambient Light RGB Sensor with Selective Flicker Detection for Use Behind OLED Displays or Auxiliary to Camera

Features • Configurable, high sensitivity • Programmable gain and integration time • 4096x dynamic range by gain adjustment only • 1mlux detectable illuminance • Tailored ALS response • UV/IR blocking filter for RGBC channels • ALS interrupt with thresholds • Flicker-immune ALS sensing wit

Universal Ambient Light RGB Sensor with Selective Flicker Detection for Use Behind OLED Displays or Auxiliary to Camera

Features • Configurable, high sensitivity • Programmable gain and integration time • 4096x dynamic range by gain adjustment only • 1mlux detectable illuminance • Tailored ALS response • UV/IR blocking filter for RGBC channels • ALS interrupt with thresholds • Flicker-immune ALS sensing wit

Universal Ambient Light RGB Sensor with Selective Flicker Detection for Use Behind OLED Displays or Auxiliary to Camera

Features • Configurable, high sensitivity • Programmable gain and integration time • 4096x dynamic range by gain adjustment only • 1mlux detectable illuminance • Tailored ALS response • UV/IR blocking filter for RGBC channels • ALS interrupt with thresholds • Flicker-immune ALS sensing wit

Universal Ambient Light RGB Sensor with Selective Flicker Detection for Use Behind OLED Displays or Auxiliary to Camera

Features • Configurable, high sensitivity • Programmable gain and integration time • 4096x dynamic range by gain adjustment only • 1mlux detectable illuminance • Tailored ALS response • UV/IR blocking filter for RGBC channels • ALS interrupt with thresholds • Flicker-immune ALS sensing wit

DIGITAL COLOR SENSORS

Description The TCS3404 and TCS3414 digital color light sensors are designed to accurately derive the color chromaticity and illuminance (intensity) of ambient light and provide a digital output with 16-bits of resolution. The devices include an 8 × 2 array of filtered photodiodes, analog-to-digi

DIGITAL COLOR SENSORS

Description The TCS3404 and TCS3414 digital color light sensors are designed to accurately derive the color chromaticity and illuminance (intensity) of ambient light and provide a digital output with 16-bits of resolution. The devices include an 8 × 2 array of filtered photodiodes, analog-to-digi

DIGITAL COLOR SENSORS

Description The TCS3404 and TCS3414 digital color light sensors are designed to accurately derive the color chromaticity and illuminance (intensity) of ambient light and provide a digital output with 16-bits of resolution. The devices include an 8 × 2 array of filtered photodiodes, analog-to-digi

DIGITAL COLOR SENSORS

Description The TCS3404 and TCS3414 digital color light sensors are designed to accurately derive the color chromaticity and illuminance (intensity) of ambient light and provide a digital output with 16-bits of resolution. The devices include an 8 × 2 array of filtered photodiodes, analog-to-digi

Color and ALS Sensor

Features • Capable of ±10% illuminance and correlated color temperature accuracy. • Small footprint and low profile package: 2.41mm x 1.75mm x 1.00mm • Advanced interference filter technology. • Wide dynamic range and high sensitivity. • XYZ tristimulus filters. • Programmable gain and

Color and ALS Sensor

Features • Capable of ±10 illuminance and correlated color temperature accuracy. • Small footprint and low profile package: 2.41mm x 1.75mm x 1.00mm • Advanced interference filter technology. • Wide dynamic range and high sensitivity. • XYZ tristimulus filters. • Programmable gain and inte

Color and ALS Sensor

Features • Capable of ±10 illuminance and correlated color temperature accuracy. • Small footprint and low profile package: 2.41mm x 1.75mm x 1.00mm • Advanced interference filter technology. • Wide dynamic range and high sensitivity. • XYZ tristimulus filters. • Programmable gain and inte

Color Light-to-Digital Converter

Features • 1M:1 Dynamic Range • Four Independent Analog-to-Digital Converters • A Reference-Channel for Color Analysis (Clear Channel Photo-diode) • Programmable Interrupt Function • Area Efficient 2mm x 2.4mm Dual Flat No-Lead (FN) Package

Color Light-to-Digital Converter

Features • 1M:1 Dynamic Range • Four Independent Analog-to-Digital Converters • A Reference-Channel for Color Analysis (Clear Channel Photo-diode) • Programmable Interrupt Function • Area Efficient 2mm x 2.4mm Dual Flat No-Lead (FN) Package

Color Light-to-Digital Converter

Features • 1M:1 Dynamic Range • Four Independent Analog-to-Digital Converters • A Reference-Channel for Color Analysis (Clear Channel Photo-diode) • Programmable Interrupt Function • Area Efficient 2mm x 2.4mm Dual Flat No-Lead (FN) Package

Color Light-to-Digital Converter

Features • 1M:1 Dynamic Range • Four Independent Analog-to-Digital Converters • A Reference-Channel for Color Analysis (Clear Channel Photo-diode) • Programmable Interrupt Function • Area Efficient 2mm x 2.4mm Dual Flat No-Lead (FN) Package

Color Light-to-Digital Converter

Features • 1M:1 Dynamic Range • Four Independent Analog-to-Digital Converters • A Reference-Channel for Color Analysis (Clear Channel Photo-diode) • Programmable Interrupt Function • Area Efficient 2mm x 2.4mm Dual Flat No-Lead (FN) Package

COLOR LIGHT-TO-DIGITAL CONVERTER with IR FILTER

General Description The TCS3472 device provides a digital return of red, green, blue (RGB), and clear light sensing values. An IR blocking filter, integrated on-chip and localized to the color sensing photodiodes, minimizes the IR spectral component of the incoming light and allows color measurem

Color Light-to-Digital Converter with IR Filter

Features • Red, Green, Blue (RGB), and Clear Light • Sensing with IR blocking filter • Programmable analog gain and integration time • 3,800,000:1 dynamic range • Very high sensitivity - ideally suited for operation behind dark glass • Maskable interrupt • Programmable upper and lower thre

Color Light-to-Digital Converter with IR Filter

Features • Red, Green, Blue (RGB), and Clear Light • Sensing with IR blocking filter • Programmable analog gain and integration time • 3,800,000:1 dynamic range • Very high sensitivity - ideally suited for operation behind dark glass • Maskable interrupt • Programmable upper and lower thre

Flora Color Sensor with White Illumination LED - TCS34725

DESCRIPTION Your electronics can now see in dazzling color with this lovely color light sensor. We found the best color sensor on the market, the TCS34725, which has RGB and Clear light sensing elements. An IR blocking filter, integrated on-chip and localized to the color sensing photodiodes, min

Color Light-to-Digital Converter with IR Filter

Features • Red, Green, Blue (RGB), and Clear Light • Sensing with IR blocking filter • Programmable analog gain and integration time • 3,800,000:1 dynamic range • Very high sensitivity - ideally suited for operation behind dark glass • Maskable interrupt • Programmable upper and lower thre

Color Light-to-Digital Converter with IR Filter

Features • Red, Green, Blue (RGB), and Clear Light • Sensing with IR blocking filter • Programmable analog gain and integration time • 3,800,000:1 dynamic range • Very high sensitivity - ideally suited for operation behind dark glass • Maskable interrupt • Programmable upper and lower thre

Color Light-to-Digital Converter with IR Filter

Features • Red, Green, Blue (RGB), and Clear Light • Sensing with IR blocking filter • Programmable analog gain and integration time • 3,800,000:1 dynamic range • Very high sensitivity - ideally suited for operation behind dark glass • Maskable interrupt • Programmable upper and lower thre

Fully Embedded, True Color Ambient Light Sensor with Selective Flicker

Features • Configurable, high sensitivity • Programmable gain and integration time • 8192x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for all channels • Clear reference channel • ALS/color i

Fully Embedded, True Color Ambient Light Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 8192x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for all channels • Clear reference channel • ALS/color i

Fully Embedded, True Color Ambient Light Sensor with Selective Flicker

Features • Configurable, high sensitivity • Programmable gain and integration time • 8192x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for all channels • Clear reference channel • ALS/color i

Fully Embedded, True Color Ambient Light Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 8192x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for all channels • Clear reference channel • ALS/color i

Fully Embedded, True Color Ambient Light Sensor with Selective Flicker

Features • Configurable, high sensitivity • Programmable gain and integration time • 8192x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for all channels • Clear reference channel • ALS/color i

Fully Embedded, True Color Ambient Light Sensor with Selective Flicker Detection

Features • Configurable, high sensitivity • Programmable gain and integration time • 8192x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for all channels • Clear reference channel • ALS/color i

ALS/Color and Proximity Sensor for Use Behind OLED Displays

Features • Configurable, high sensitivity • Programmable gain and integration time • 1024x dynamic range by gain adjustment only • 1mlux minimum detectable illuminance (100ms) • Tailored ALS and color response • UV/IR blocking filter for RGBC channels • Wideband reference channel without fi