Sensores de presión, transductores Parts - BLC-L01D-U2 P158-300A-C2A - Sensores y transductores Products - AQ Semiconductor

Número de pieza	Fabricantes	Descripción	Ver
BLC-L01D-U2	Amphenol All Sensors Corporation	SENSOR PRESSURE 1 H2O GAUGE	Detalles
P158-300A-C2A	Sensata-Kavlico	SENSOR PRES 0-300PSI ABS 0-4.5V	Detalles
BLCR-L10D-U2	Amphenol All Sensors Corporation	SENSOR PRESSURE 10 H2O GAUGE	Detalles
M5851-000005-05KPG	TE Connectivity Measurement Specialties	PRESSURE SENSOR 5PSI GAUGE	Detalles
DLC-L10D-D4	Amphenol All Sensors Corporation	SENSOR PRESSURE 10 H2O DIFF	Detalles
BLC-L05D-U2	Amphenol All Sensors Corporation	SENSOR PRESSURE 5 H2O GAUGE	Detalles
BLCR-L10D-D4	Amphenol All Sensors Corporation	SENSOR PRESSURE 10 H2O DIFF	Detalles
BLCR-L05D-U2	Amphenol All Sensors Corporation	SENSOR PRESSURE 5 H2O GAUGE	Detalles
BLCR-L20D-U2	Amphenol All Sensors Corporation	SENSOR PRESSURE 20 H2O GAUGE	Detalles
BLCR-L30D-U2	Amphenol All Sensors Corporation	SENSOR PRESSURE 30 H2O GAUGE	Detalles
DLC-L01D-D4	Amphenol All Sensors Corporation	SENSOR PRESSURE 1 H2O DIFF	Detalles
DLC-L30D-D4	Amphenol All Sensors Corporation	SENSOR PRESSURE 30 H2O DIFF	Detalles
DLC-L05D-D4	Amphenol All Sensors Corporation	SENSOR PRESSURE 5 H2O DIFF	Detalles
BLC-L10D-D4	Amphenol All Sensors Corporation	SENSOR PRESSURE 10 H2O DIFF	Detalles
DLC-L05G-U2	Amphenol All Sensors Corporation	SENSOR PRESSURE 5 H2O GAUGE	Detalles
BLC-L05D-D4	Amphenol All Sensors Corporation	SENSOR PRESSURE 5 H2O DIFF	Detalles
BLC-L01D-D4	Amphenol All Sensors Corporation	SENSOR PRESSURE 1 H2O DIFF	Detalles
BLCR-L01D-D4	Amphenol All Sensors Corporation	SENSOR PRESSURE 1 H2O DIFF	Detalles
DLC-L30G-U2	Amphenol All Sensors Corporation	SENSOR PRESSURE 30 H2O GAUGE	Detalles
BLC-L30D-U2	Amphenol All Sensors Corporation	SENSOR PRESSURE 30 H2O GAUGE	Detalles

Fabricante recomendado

All Sensors Corporation

all sensors, inc. pressure sensors are based on piezo-resistive semiconductor technology, broadly referred to as mems (micro electrical mechanical systems). our products, both analog and digital, are based upon a proprietary technology to reduce errors.