MVS060802 COMUS, MVS060802 Datasheet - Page 2

• Manufacturer Part Number: MVS060802
• Description: Vibration Sensor
• Manufacturer: COMUS

Specifications of MVS060802

• Beam Angle: 60°
• Switching Voltage: 15V
• Body Material: Metal
• Sensor Body Material: Metal

Datasheet
FEATURES
APPLICATIONS
MATERIAL
Package:
Inner contact material: Gold plated
Ball:
Omnidirectional vibration sensor
Wide supply voltage range: 1.80 V to 15 V
Low operating current
(e.g. Icc max. 0.2µA at Vcc 2V and R 10Meg)
(e.g. Icc max. 2.0µA at Vcc 2V and R 1Meg)
Noiseless
R
Protected against environmental stress
Automated SMT-mounting
RoHS compliant, lead free
Specified from -20 ° C to +70 ° C
Size 2.85 mm x 2.45 mm x 1.7 mm
Reacting point: approx. 50 mg
Motion detection
System wake up – low power
On
< 100
MVS0608.02
PCB laminate material
Stainless steel, gold plated
 Sensolute GmbH, 2011
DESCRIPTION
The micro vibration sensor is used for the de-
tection of slight movements and vibrations by
means of a mobile micro sphere. The ball
bridges two contacts reducing the resistance
between the two external connection pads
from several mega ohms (> 30 MOhm) to be-
low 100 Ohms. The sensor is fully passive,
requires no signal conditioning, and operates
with currents as low as 0.2 µA.
With the aid of tool-specific evaluation elec-
tronics, the micro vibration sensor controls the
operation of movement-sensitive devices. The
micro vibration sensor is utilised for converting
many systems to environmentally friendly de-
vices by implementing wake-up and power-
down logic to conserve battery power and
bringing energy consumption to a minimum,
pushing the availability of green technology
and green electronics into new areas of de-
sign and application.
The sensor is typically used for applications
such as bike computers, remote controls,
electronic lock systems, RFiD transponders,
GPS tracking systems, wireless sensor net-
works, illuminated dog`s collars, access con-
trol systems, data loggers, bicycle lights, that
are only switched on when in motion.
MVS0608.02
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