EED/HERO Signal Conditioner
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Price
Price on request ≥1piece
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Model Number
FPI-HS/HE -
Data Sheet
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Package
Original packaging -
Specs
FPI-HS/HE -
Quantity
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Product Description
HERO Application (HS/HE)
FPI-HS/HE EED/HERO Signal Conditioner Application Products
• FOT-HERO Sensor
• FPI-HS/HE module
• EVOLUTION chassis
FPI-HS/HE EED/HERO Signal Conditioner Key Features
• Absolute measurement
• Sensor signal diagnostic
• Compatible with FOT-HERO
• Sustain multiple connections, strong bending and vibration of the fi bers and extensions
• Sensor maintains calibration with any extension length
• Temperature-compensated modules
FPI-HS/HE EED/HERO Signal Conditioner Specifications
1. Corresponding accuracy in milliamps is relative to the EED under test and has to be determined by an experimental test.
2. Based on MK1 squib, performance is related to system averaging.
3. Based on MK1 squib, 60 milliseconds, defi ned as the ratio of energy and power which produces the same peak output.
4. Based on MK1 squib, 275 milliseconds, defi ned as the rise time (10% to 90%) of the output.
5. Bandwidth up to 1.6kHz
FPI-HS/HE EED/HERO Signal Conditioner Application Products
• FOT-HERO Sensor
• FPI-HS/HE module
• EVOLUTION chassis
FPI-HS/HE EED/HERO Signal Conditioner Key Features
• Absolute measurement
• Sensor signal diagnostic
• Compatible with FOT-HERO
• Sustain multiple connections, strong bending and vibration of the fi bers and extensions
• Sensor maintains calibration with any extension length
• Temperature-compensated modules
FPI-HS/HE EED/HERO Signal Conditioner Specifications
|
FOT-HERO |
Temperature measuring range |
0°C to 120°C |
Minimum current detected on MK1 squib |
<5 mA |
Resolution1,2 |
<1 mA |
Response time of bare sensor3,4 |
<1 millisecond |
Sampling rate |
Up to 15 kHz per module5 |
Power consumption |
5 Watts |
Analog output |
0 to 5V (16 bits resolution) |
Operating temperature |
10°C to 50°C |
Storage temperature |
-30°C to 80°C |
Connector |
ST |
Fiber core size |
100/125μm |
Number of channel |
1 |
Communication / Evolution chassis |
USB |
Communication/OEM |
RS-232 / RS-485 |
LED sensor signal and communication diagnostic |
Ye |
2. Based on MK1 squib, performance is related to system averaging.
3. Based on MK1 squib, 60 milliseconds, defi ned as the ratio of energy and power which produces the same peak output.
4. Based on MK1 squib, 275 milliseconds, defi ned as the rise time (10% to 90%) of the output.
5. Bandwidth up to 1.6kHz