64x1 Linear Image Sensor with Bidirectional Shift and Extendable Data I/O

Features

• 64 photo pixels of 183 μm x 200 μm at a pitch of 200 μm (127 DPI)

• Integrating L-V conversion with low image lag and track-and-hold feature

• Integration time can be set externally

• Internal bidirectional shift register also permits reversed pixel data output

• Extendible data I/O enables multiple sensor operation for chain circuits

• On-chip temperature sensor data available with serial pixel output

• Error signal output with overtemperature, undervoltage and overcurrent

• All current LD types can be used (N/P/M configurations)

• Blue laser diodes supported

Applications

• Optical linear sensors

• CCD substitute

128x1 Linear Image Sensor with Electronic Shutter Function

Features

• 128 active photo pixels of 56 μm at a pitch of 63.5 μm (400 DPI)

• Integrating L-V conversion followed by a sample-and-hold circuit

• High sensitivity and uniformity over wavelength

• High clockrates of up to 5 MHz

• Shutter function enables flexible integration times

• Push-pull output amplifier

• Pin-to-pin compatible with TSL1401 at higher speed and sensitivity

Applications

• Optical linear sensors

• CCD substitute

High Resolution CMOS Linear Image Sensors - (new)

Features

• 1024 / 960 / 640 / 320 active photo pixels with 12.7 μm x 600 μm (2000 DPI)

• Pin-selectable resolution of 2000, 1000, 500 and 250 DPI (binning or averaging selectable)

• High sensitivity and uniformity over wavelength

• High pixel clock rate of up to 5 MHz

• Continuous sample and read mode

• Asynchronous, global shutter enables flexible integration times

• 3 V capable analog output with separate supply pin

• Glitch-free push-pull analog output

Applications

• Triangulation sensors

• Contact image sensors

• Spectroscopy sensors

• CCD replacement

256x1 Gap-Free Linear Image Sensor with Electronic Shutter Function

Features

• 256 active photo pixels of 56 μm at a gap-free pitch of 63.5 μm (400 DPI)

• Integrating L-V conversion followed by a sample-and-hold circuit

• High sensitivity and uniformity over wavelength

• High clockrates of up to 5 MHz

• Only 256 clocks required for readout

• Shutter function enables flexible integration times

• Push-pull output amplifier

• Function equivalent to TSL1402 (serial mode)

Applications

• Optical linear sensors

• CCD substitute

64x1 Linear Image Sensor with Electronic Shutter Function

Features

• 64 active photo pixels of 56 μm at a pitch of 63.5 μm (400 DPI)

• Integrating L-V conversion followed by a sample-and-hold circuit

• High sensitivity and uniformity over wavelength

• High clockrates of up to 5 MHz

• Only 64 clocks required for readout

• Shutter function enables flexible integration times

• Push-pull output amplifier

Applications

• Optical linear sensors

• CCD substitute

32x1 Linear Image Sensor with Electronic Shutter Function

Features

• 32 active photo pixels of 56 μm at a pitch of 63.5 μm (400 DPI)

• Integrating L-V conversion followed by a sample-and-hold circuit

• High sensitivity and uniformity over wavelength

• High clockrates of up to 5 MHz

• Only 32 clocks required for readout

• Shutter function enables flexible integration times

• Push-pull output amplifier

Applications

• Optical linear sensors

• CCD substitute

Smart Triangulation Sensor IC

Features

• Specially formed line image sensor comprising 129 elements

• High ambient light suppression of up to 100 kLux with filter glass

• Dynamic range of 100 dB

• 2 antivalent switching outputs

• Alarm message output

• High switching frequencies

• Low latency

• Current or light-power control (ACC or APC) selectable per channel

• Dual A/D converter for analog levels monitoring

• Serial programming interface (SPI or I2C compliant)

• Laser channel disable with programmable overcurrent threshold

• Low drop linear regulator for 3.3 V

• Optimized for N-type laser diodes

Applications

• Diffuse reflective photoelectric sensors

Pulse and AC Light Sensor with Complementary Outputs

Features

• Fast response amplifier with on-chip photodiode

• High interference immunity due to monolithic design

• Active photodiode area of ca. 1 mm2

• Suitable for visible light and near infrared

• Integrated band-pass filter with 140 kHz center frequency

• High LF and DC (ambient) light suppression

• Complementary analogue current source/sink outputs, transimpedance can be set by external resistor

• Single 5 to 12 V supply, low power consumption also with bright ambient light

Applications

• Amplification of pulse and AC light signals

• Receiver for through beam and reflection light barriers with background suppression (sunlight) e.g. for presence detection in power operated gates, doors and windows etc.

Dual Integrating Opto Sensor with Shift Register for Chain Connection

Features

• Two photosensors with integrating amplifiers

• Integration time can be set externally

• Internal shift register for chain connection

• Detection of low supply voltage

• Photosensors with 1 mm pitch, active area ca. 0.97 mm x 0.47 mm

Applications

• Optical line sensors

• CCD substitute

Optical Position-Sensitive Detector (PSD) with Ambient Light Suppression

Features

• Low-noise current amplifier with an integrated position-sensitive photodiode

• Effective photodiode area 2.6 mm × 0.88 mm (iC-OD), longer version with 8.4 mm × 0.88 mm available (iC-ODL)

• High sensitivity for visible light and near infrared

• Integrated bandpass filter with 100 kHz center frequency

• High background light suppression

• Analogue output as current source

• Low power consumption from 3.9 to 13.2 V supply voltage

Applications

• Position-sensitive detection of pulse lights

• Receiver for motion or proximity sensors

Photoswitch with Adjustable Sensitivity

Features

• High spectral sensitivity

• Sensitive to visible light and near infrared

• Adjustable threshold

• Short switching time

• Supply voltage of 4.5 to 16 V

• Photosensor size: 400 μm × 400 μm

Applications

• Receiver for reflecting and nonreflecting light barriers

• Multichip modules for absolute encoders

Differential Hall Switch and Gear-Tooth Sensor with Line Driver

Features

• Dual Hall sensors set 2.0 mm apart

• Magnetic field frequency range from DC to 40 kHz

• Supply voltage range 4.5 to 36 V

• Complementary push-pull line driver outputs with integrated line adaptation

• Output stages are current limited and short-circuit-proof due to temperature shutdown

• Min. 200 mA output current at 24 V supply voltage

• Low driver stage saturation voltage (< 0.4 V at 30 mA)

• RS422-compatible (TIA / EIA standard)

• Temperature and supply voltage monitor with error messaging

Applications

• Gear wheel sensing

• Pole wheel and magnetic tape scanning

• Magnetic incremental encoders

• Proximity switches

• Two-channel line drivers up to 100 kHz

AMR Linear Position Sensor (Pitch: 2 mm)

Features

• Magneto resistive position sensor based on the AMR effect

• Strong field sensor for 2 mm N/S pole pitch

• One sine/cosine cycle per pole width (averaged using a pair of N/S poles)

• High interpolation due to a sine signal with few harmonics

• Low saturation field strength

• High amplitude consistency with changes in distance

• Resistant to strong magnetic fields

• Not sensitive to external homogeneous magnetic fields

Applications

• Linear position sensing

• Length measuring systems

AMR Linear Position Sensor (Pitch: 5mm)

Features

• Magneto resistive position sensor based on the AMR effect

• Strong field sensor for 5 mm N/S pole pitch

• One sine/cosine cycle per pole width (averaged using a pair of N/S poles)

• High interpolation due to a sine signal with few harmonics

• Low saturation field strength

• High amplitude consistency with changes in distance

• Resistant to strong magnetic fields

• Not sensitive to external homogeneous magnetic fields

Applications

• Linear position sensing

• Length measuring systems