AMN11112 Panasonic Electric Works, AMN11112 Datasheet - Page 65
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AMN11112
Manufacturer Part Number
AMN11112
Description
SENSOR MOTION DIG STD 5V WHT PCB
Manufacturer
Panasonic Electric Works
Series
NaPiOn™r
Specifications of AMN11112
Sensing Distance
16.40' (5m)
Sensor Type
Passive Motion
Sensing Object
*
Response Frequency
*
Material - Body
*
Shielding
*
Voltage - Supply
3 V ~ 6 V
Output Type
Digital
Terminal Type
PC Pin
Package / Case
Radial
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Other names
255-1812
AMN11112
AMN11112
Available stocks
Company
Part Number
Manufacturer
Quantity
Price
Part Number:
AMN11112
Manufacturer:
PANASON
Quantity:
20 000
25
26
27
A
A
A
Q
Q
Q
What is the tolerance to external
surges and noise?
What is your policy with respect to
age deterioration?
Assuming battery power will be used,
what is the life of the batteries?
Noise (noise components) from the ambient environment
and power supply will affect operation.
Use the sensor in an environment with as little noise as possible.
Reference:
Distance at which cellular telephone noise does not affect sensor: 1 to 2 cm or greater
We estimate the age deterioration in the operating environ-
ment of the sensor based on testing of the components hav-
ing the greatest effect on operation.
In the case of the NpPiOn sensor, the passive infrared elements have the
most effect on operation. We estimate the age deterioration of the sensor
based on accelerated reliability tests (THB tests, etc.). The test results indi-
cate that the sensor should operate without problem at normal room tem-
perature and humidity for 10 years or more.
*Duration of battery use (per month): 24 hours per day, 30 days per month
*Sensor detection frequency: 4000 times per month (5 to 6 times per hour)
*Using a 5000 mAh lithium battery: 3.2 years
*Using a 1200 mAh lithium battery: 9.3 months
170µA (typ.)
Standby
Detection output time: 1 minute per detection
MP Motion Sensor ‘
Current consumption
Output (when at 100µA)
During detection
270µA (typ.)
’Questions and Answers Performance
See here as well!
See here as well!
See here as well!