TSL238 Search Results

Contextual Info: TSL238 HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS073A − APRIL 2006 D High-Resolution Conversion of Light D D D D D D D Intensity to Frequency With No External Components High Irradiance Responsivity . . . 2.3 kHz/ mW/cm2 at λp = 524 nm Low Dark Frequency . . . < 2 Hz at 255 C

Contextual Info: TSL238T HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS080D − MAY 2007 D High-Resolution Conversion of Light PACKAGE T 4-LEAD SMD TOP VIEW Intensity to Frequency With No External Components High Irradiance Responsivity . . . 3.4 kHz/(mW/cm2) at λp = 640 nm

Contextual Info: TSL238 HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS073E − AUGUST 2007 D High-Resolution Conversion of Light D D D D D D D Intensity to Frequency With No External Components High Irradiance Responsivity . . . 2.3 kHz/ mW/cm2 at λp = 524 nm Low Dark Frequency . . . < 2 Hz at 255 C

Contextual Info: TSL238T HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS080B − APRIL 2007 D High-Resolution Conversion of Light D D D D D D D Intensity to Frequency With No External Components High Irradiance Responsivity . . . 3.4 kHz/ mW/cm2 at λp = 640 nm Low Dark Frequency . . . < 6 Hz at 505 C

Contextual Info: TSL238 HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS073 − NOVEMBER 2005 D High-Resolution Conversion of Light D D D D D D D Intensity to Frequency With No External Components High Irradiance Responsivity . . . 2.3 kHz/ mW/cm2 at λp = 524 nm Low Dark Frequency . . . < 2 Hz at 255 C

Contextual Info: TSL238 HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS073G − DECEMBER 2007 D High-Resolution Conversion of Light D D D D D D D Intensity to Frequency With No External Components High Irradiance Responsivity . . . 2.3 kHz/ mW/cm2 at λp = 524 nm Low Dark Frequency . . . < 2 Hz at 255 C

PACKAGE T 4-LEAD SMD TOP VIEW VDD 1. GND 2

Abstract: 020C TSL238T
Contextual Info: TSL238T HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS080G − DECEMBER 2007 D High-Resolution Conversion of Light PACKAGE T 4-LEAD SMD TOP VIEW Intensity to Frequency With No External Components High Irradiance Responsivity . . . 3.4 kHz/(mW/cm2) at λp = 640 nm

Contextual Info: TSL238 HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS073J − SEPTEMBER 2008 D High-Resolution Conversion of Light D D D D D D D Intensity to Frequency With No External Components High Irradiance Responsivity . . . 2.3 kHz/ mW/cm2 at λp = 524 nm

PACKAGE T 4-LEAD SMD TOP VIEW VDD 1. GND 2

Abstract: 020C TSL238T
Contextual Info: TSL238T HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS080E − JUNE 2007 D High-Resolution Conversion of Light PACKAGE T 4-LEAD SMD TOP VIEW Intensity to Frequency With No External Components High Irradiance Responsivity . . . 3.4 kHz/(mW/cm2) at λp = 640 nm

Contextual Info: TSL238T HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS080A − JANUARY 2007 D High-Resolution Conversion of Light D D D D D D D Intensity to Frequency With No External Components High Irradiance Responsivity . . . 3.4 kHz/ mW/cm2 at λp = 640 nm Low Dark Frequency . . . < 6 Hz at 505 C

Contextual Info: TSL238T HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS080F − DECEMBER 2007 D High-Resolution Conversion of Light PACKAGE T 4-LEAD SMD TOP VIEW Intensity to Frequency With No External Components High Irradiance Responsivity . . . 3.4 kHz/(mW/cm2) at λp = 640 nm

Contextual Info: TSL238 HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS073B − NOVEMBER 2006 D High-Resolution Conversion of Light D D D D D D D Intensity to Frequency With No External Components High Irradiance Responsivity . . . 2.3 kHz/ mW/cm2 at λp = 524 nm Low Dark Frequency . . . < 2 Hz at 255 C

Contextual Info: TSL238T HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS080 − SEPTEMBER 2006 D High-Resolution Conversion of Light D D D D D D D Intensity to Frequency With No External Components High Irradiance Responsivity . . . 3.4 kHz/ mW/cm2 at λp = 640 nm

TSL238

Abstract: TSL238D
Contextual Info: TSL238 HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS073J − SEPTEMBER 2008 D High-Resolution Conversion of Light D D D D D D D Intensity to Frequency With No External Components High Irradiance Responsivity . . . 2.3 kHz/ mW/cm2 at λp = 524 nm

Contextual Info: TSL238 HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS073A − FEBRUARY 2006 D High-Resolution Conversion of Light D D D D D D D Intensity to Frequency With No External Components High Irradiance Responsivity . . . 2.3 kHz/ mW/cm2 at λp = 524 nm Low Dark Frequency . . . < 2 Hz at 255 C

Contextual Info: TSL238T HIGH-SENSITIVITY LIGHT-TO-FREQUENCY CONVERTER r r TAOS080G − DECEMBER 2007 D High-Resolution Conversion of Light PACKAGE T 4-LEAD SMD TOP VIEW Intensity to Frequency With No External Components High Irradiance Responsivity . . . 3.4 kHz/(mW/cm2) at λp = 640 nm

Contextual Info: TAOS Inc. is now ams AG The technical content of this TAOS datasheet is still valid. Contact information: Headquarters: ams AG Tobelbaderstrasse 30 8141 Unterpremstaetten, Austria Tel: +43 0 3136 500 0 e-Mail: ams_sales@ams.com Please visit our website at www.ams.com

Contextual Info: TAOS Inc. is now ams AG The technical content of this TAOS datasheet is still valid. Contact information: Headquarters: ams AG Tobelbaderstrasse 30 8141 Unterpremstaetten, Austria Tel: +43 0 3136 500 0 e-Mail: ams_sales@ams.com Please visit our website at www.ams.com

TSL230RD

Abstract: TSL235R best infrared sensor for counting BS2pe taos sensor TSL237S TSL237T TSL238D TSL245R TSL237
Contextual Info: Rev 1.0 Light-to-Frequency EVM User’s Guide LIGHT-TO-FREQUENCY CONVERTER EVALUATION MODULE OVERVIEW The Light-to-Frequency Converter Evaluation Module facilitates evaluation of the TAOS family of lightto-frequency converter optical sensors through the use of a motherboard and a set of device-specific

Contextual Info: Rev 1.2 Light-to-Frequency EVM User’s Guide LIGHT-TO-FREQUENCY CONVERTER EVALUATION MODULE OVERVIEW The Light-to-Frequency Converter Evaluation Module facilitates evaluation of the TAOS family of lightto-frequency converter optical sensors through the use of a motherboard and a set of device-specific