VIBRATION SENSOR SWITCH BL-2500N

VIBRATION SENSOR SWITCH BL-2500N

Specification of Thin Film NTC Thermistor

100K %1 -30ºC/120ºC Termistor

APA3010F3C-GX

Kingbright EMITTER IR 940NM 50MA SMD

S5106

S5106

mCube

MC3635 3-axis sensor LGA-10 1.6 x 1.6mm

AMS

AS7038 LGA-22 Heart sensor

Silicon Microstructures, Inc.

Non fourni(e)

Sharp

Compact OPIC Photointerrupter with Connector, Sharp Electrionic Components

MICROFC-10035

The C−Series low-light sensors from ON Semiconductor feature an industry-leading low dark-count rate combined with a high PDE. For ultrafast timing applications, C-Series sensors have a fast output that can have a rise time of 300 ps and a pulse width of 600 ps. The C−Series is available in different sensor sizes (1 mm, 3 mm and 6 mm) and packaged in a 4-side tileable surface mount (SMT) package that is compatible with industry standard, lead-free, reflow soldering processes. The C−Series Silicon Photomultipliers (SiPM) form a range of high gain, single-photon sensitive, UV-to-visible light sensors. They have performance characteristics similar to a conventional PMT, while benefiting from the practical advantages of solid-state technology: low operating voltage, excellent temperature stability, robustness, compactness, output uniformity, and low cost.

MICROFC-10035

The C−Series low-light sensors from ON Semiconductor feature an industry-leading low dark-count rate combined with a high PDE. For ultrafast timing applications, C-Series sensors have a fast output that can have a rise time of 300 ps and a pulse width of 600 ps. The C−Series is available in different sensor sizes (1 mm, 3 mm and 6 mm) and packaged in a 4-side tileable surface mount (SMT) package that is compatible with industry standard, lead-free, reflow soldering processes. The C−Series Silicon Photomultipliers (SiPM) form a range of high gain, single-photon sensitive, UV-to-visible light sensors. They have performance characteristics similar to a conventional PMT, while benefiting from the practical advantages of solid-state technology: low operating voltage, excellent temperature stability, robustness, compactness, output uniformity, and low cost.