Broadcom / Avago

APDS-9007-020 Ambient Light Photo Sensor with Logarithmic Current Output. NOTE 1: Some PCB design software (e.g. Altium Designer) cannot correctly handle a 3D model where only a part is transparant. This would result in either a transparant body or a non-transparant lens. For this reason the body and lens have been separated. You can set a transparancy inside your PCB design software for the lens model. The lens already has the correct offset with regard to the body and should not need vertical adjustment. NOTE 2: Z-axis = vertical axis

Broadcom / Avago

APDS-9007-020 Ambient Light Photo Sensor with Logarithmic Current Output. NOTE 1: Some PCB design software (e.g. Altium Designer) cannot correctly handle a 3D model where only a part is transparant. This would result in either a transparant body or a non-transparant lens. For this reason the body and lens have been separated. You can set a transparancy inside your PCB design software for the lens model. The lens already has the correct offset with regard to the body and should not need vertical adjustment. NOTE 2: Z-axis = vertical axis

Thermo Scientific

Sensor for conveyor belt misalignment.

Measurement Specialties/ TE Connectivity

Nessuno fornito

HOPERF

PRECISION BAROMETER AND ALTIMETER SENSORSupply voltage: 1.8V to 3.6V􀂋Pressure range: 300mbar~1200mbar􀂋Programmable events and interrupt controls􀂋Fully data compensated􀂋Direct Reading, compensated：– Pressure: 20-bit measurement (Pascals)– Altitude: 20-bit measurement (Meters)– Temperature: 20-bit measurement (Degrees Celsius)􀂋Altitude Resolution down to 0.1 meter

Avago

Miniature Ambient Light Photo Sensor with Digital (I2C) Output50/60-Hz Lighting Ripple RejectionMiniature ChipLED Package:Height - 0.55mmLength - 2.60mmWidth - 2.20mm

YF-S201 Flux Sensor

Sensirion

Humidity and Temperature Sensor IC

TO46, 4 pins.

GPS Stand Alone Module

The FGPMMOPA6H utilizes the MediaTek new generation GPS Chipset MT3339 that achieves theindustry’s highest level of sensitivity (-165dBm ) and instant Time-to-First Fix (TTFF) with lowestpower consumption for precise GPS signal processing to give the ultra-precise positioning underlow receptive, high velocity conditions.