Documente tehnice
Specificatii
Marca
PanasonicTip senzor
Infrared Array Sensor
Maximum Output Current
10mA
Distanta de detectare
≤7m
Switching Mode
Digital
Montare
Surface Mount
Numar pini
14
Maximum Supply Current
4.5 mA
Dimensiuni
11.6 x 8 x 4.3mm
Inaltime
4.3mm
Lungime
11.6mm
Maximum Operating Supply Voltage
5 V
Temperatura maxima de lucru
+80 °C
Latime
8mm
Serie
Grid-EYE
Temperatura minima de lucru
-20 °C
Tara de origine
Japan
Detalii produs
Grid-EYE IR Array Sensors
The Grid-EYE sensors from Panasonic are designed for proximity detection by an IR array sensor. This compact package features and 8 x 8 IR sensor array.
Grid-EYE high precision sensors are based on advanced MEMS technology. They utilise a grid of IR sensors to detect the heat (IR rays) of the human body and other objects. The size of detection on the grid also determines the distance between the person and the sensor. For example, the smaller the detected area, the further away the person is and the larger the detected area, the closer the person is.
Sensor Interfaces, Panasonic
Informatii indisponibile despre stoc
Incercati din nou mai tarziu
€ 3.121,00
€ 31,21 Buc. (Pe o rola de 100) (fara TVA)
€ 3.713,99
€ 37,14 Buc. (Pe o rola de 100) (cu TVA)
100
€ 3.121,00
€ 31,21 Buc. (Pe o rola de 100) (fara TVA)
€ 3.713,99
€ 37,14 Buc. (Pe o rola de 100) (cu TVA)
100
Documente tehnice
Specificatii
Marca
PanasonicTip senzor
Infrared Array Sensor
Maximum Output Current
10mA
Distanta de detectare
≤7m
Switching Mode
Digital
Montare
Surface Mount
Numar pini
14
Maximum Supply Current
4.5 mA
Dimensiuni
11.6 x 8 x 4.3mm
Inaltime
4.3mm
Lungime
11.6mm
Maximum Operating Supply Voltage
5 V
Temperatura maxima de lucru
+80 °C
Latime
8mm
Serie
Grid-EYE
Temperatura minima de lucru
-20 °C
Tara de origine
Japan
Detalii produs
Grid-EYE IR Array Sensors
The Grid-EYE sensors from Panasonic are designed for proximity detection by an IR array sensor. This compact package features and 8 x 8 IR sensor array.
Grid-EYE high precision sensors are based on advanced MEMS technology. They utilise a grid of IR sensors to detect the heat (IR rays) of the human body and other objects. The size of detection on the grid also determines the distance between the person and the sensor. For example, the smaller the detected area, the further away the person is and the larger the detected area, the closer the person is.