Arrow Plastic Network Card Network Card User Manual


 
Infineon’s KP 126 combines high precision with low cost in
miniaturised SMD packaging. An integrated signal-conditioning
circuit fabricated in BiCMOS technology performs the sensing
function using a surface-micromachined array of capacitive
sensors, amplifies the sensor cell output then compensates and
linearises the temperature using a third order, polynomial transfer
function. The resulting output voltage is proportional to the applied
pressure.
Features
U Capacitive absolute pressure sensor
U Ratiometric analogue output
U Calibrated transfer function
U Clamping
U High accuracy over a wide temperature range
U Maximum error: ±1.0kPa
U ‘Green’ eight-pin SMD package
U Onboard diagnostics for broken wire detection
Vishay Intertechnology’s surface mount TC*T1300X01 devices
are 950nm transmissive (interrupter) optical sensors that are AEC
Q101 qualified and rated for automotive applications. A 3mm gap
enables looser mechanical tolerances than other solutions and a
Moisture Sensitivity Level rating of 1 (MSL1) confers an unlimited
floor life. The TCPT1300X01 is a single channel sensor and the
TCUT1300X01 has two channels. Aperture size for both devices is
0.3mm with 3.0mm spacing gap, suiting them for use with a wide
variety of materials and automotive and industrial applications. The
TC*T1300X01 series offers a wide operating temperature range of
-40°C to +85°C.
Features
U Single and dual channel transmissive optical sensors
U AEC Q101 qualified for automotive use
U Moisture sensitivity level 1 for unlimited floor life
U Phototransistor type detector
U 3mm gap for relaxed tolerances
U Aperture: 0.3mm
U Surface mount package: 5.5mm x 4.0mm x 4.0mm
U Typical output current under test: 0.6mA at IF 15mA
U Emitter wavelength: 950nm
U Halogen and lead free
For further information, including Datasheets on the featured devices, please
complete the reply slip or visit http://www.arrowne.com/innov/in216/f_1435.shtml
33
TECHNOLOGY
ROUNDUP
ENQUIRY 1435
Devices from Analog Devices, Infineon and Vishay