Pyroelectric Infrared Sensors Sensor Modules PYROELECTRIC INFRARE
|
|
|
Top Searches for this datasheet
S21E3.pdf 03.2.17
Pyroelectric Infrared Sensors Sensor Modules
PYROELECTRIC INFRARED SENSORS SENSOR MODULES
Murata Manufacturing Co., Ltd.
Cat.No.S21E-3
S21E3.pdf 03.2.17
CONTENTS
Part Numbering Dual Type Pyroelectric Infrared Sensor IRA-E700 Series Quad Type Pyroelectric Infrared Sensor IRA-E900 Series Quad Type Pyroelectric Infrared Sensor IRA-E940ST1 Series Temperatue Compensation Single Type Pyroelectric Infrared Sensor IRA-E420 Series Pyroelectric Infrared Sensor Series Characteristics Data Pyroelectric Infrared Sensor Module Series
Notice
Recycled Paper
S21E3.pdf 03.2.17
Part Numbering
Pyroelectric Infrared Sensor
(Global Part Number) qProduct wType eCharacteristics rIndividual Specification Code Global Part Number shows only example which might different from actual part number. "eCharacteristics" "rIndividual Specification Code" might have different digit number from actual Global Part Number. E710ST
Sensor Module
(Global Part Number) qProduct wType eCharacteristics rIndividual Specification Code Global Part Number shows only example which might different from actual part number. "eCharacteristics" "rIndividual Specification Code" might have different digit number from actual Global Part Number. B101e
S21E3.pdf 03.2.17
Pyroelectric Infrared Sensors
Dual Type Pyroelectric Infrared Sensor IRA-E700 Series
Pyroelectric infrared sensors, series, exhibit high sensitivity reliable performance made possible Murata's ceramic technology Hybrid technique expertise developed over many years. IRA-E700 series realizes cost benefits higher performance with infrared sensor element improved material parameters fabrication. IRA-E700 series available types. IRA-E710ST0 enhanced immunity (Radio Frequency Interference).
Features
High sensitivity excellent ratio High stability temperature change Slight movement detectable. High immunity external noise (Vibration, etc.) Custom design available. Higher cost-performance
Dimensions Circuit Diagrams
4.7±0.1 3.7±0.1 0.45 ±0.05
Applications
Security Lighting appliances Household other appliances
11.0±2 Specified bottom stem
!Rating (25°C)
Part Number Responsivity (500K, 1Hz, 1Hz) Field View Optical Filter Electrode Supply Voltage Operating Temperature Storage Temperature IRA-E700ST0 IRA-E710ST0
4.3mVp-p (Typ.) 1=2=45° long-pass (2.0Z1.0mm)Z2
General Tolerance ±0.2
Pyroelectric element
IRA-E700ST0
IRA-E710ST0
S21E3.pdf 03.2.17
Pyroelectric Infrared Sensors
Quad Type Pyroelectric Infrared Sensor IRA-E900 Series
Pyroelectric infrared sensors, series, exhibit high sensitivity reliable performance made possible Murata's ceramic technology Hybrid technique expertise developed over many years. IRA-E900 series realizes cost benefits higher performance with infrared sensor element improved material parameters fabrication. IRA-E900 series available types. IRA-E910ST1 enhanced immunity (Radio Frequency Interference).
Features
High sensitivity excellent ratio High stability temperature change Slight movement detectable. directional sensing with wide F.O.V. High immunity external noise (Vibration, etc.) Custom design available. Higher cost-performance
Dimensions Circuit Diagrams
4.7±0.1 0.45 ±0.05 11.0±2
Applications
Security Lighting appliances Household other appliances
Specified bottom stem
5.08±0.05
Rating (25°C)
Part Number Responsivity (500K, 1Hz, 1Hz) Field View Optical Filter Electrode Supply Voltage Operating Temperature Storage Temperature IRA-E900ST1 IRA-E910ST1
General Tolerance ±0.2
3.3mVp-p (Typ.) 1=2=41° long-pass (1.1Z1.1mm)Z4
Pyroelectric element
IRA-E900ST1
IRA-E910ST1
S21E3.pdf 03.2.17
Pyroelectric Infrared Sensors
Quad Type Pyroelectric Infrared Sensor IRA-E940ST1 Series
Pyroelectric infrared sensors, series, exhibit high sensitivity reliable performance made possible Murata's ceramic technology Hybrid technique expertise developed over many years. IRA-E940ST1 realizes cost benefits higher performance with infrared sensor element improved material parameters fabrication. IRA-E940ST1 which quad elements outputs will detect human body more correctly with OR/AND logic circuit.
Features
High sensitivity excellent ratio High stability temperature change High immunity external noise (Vibration, etc.) Higher cost-performance Custom design available.
Dimensions Circuit Diagrams
4.7±0.1 0.45 ±0.05 11.0±2
Applications
Security Lighting appliances Household other appliances
Rating (25°C)
Part Number Responsivity (500K, 1Hz, 1Hz) Field View Optical Filter Electrode Supply Voltage Operating Temperature Storage Temperature IRA-E940ST1 3.3mVp-p (Typ.) 1=55°, 2=50° long-pass (1.35Z1.0mm)Z4
Specified bottom stem
5.08±0.05
General Tolerance ±0.2
Pyroelectric element
1.35 1.35
S21E3.pdf 03.2.17
Pyroelectric Infrared Sensors
Temperature Compensation Single Type Pyroelectric Infrared Sensor IRA-E420 Series
Single type pyroelectric infrared sensors IRA-E420 series, have temperature compensation element. They suitable flame detection detection.
Features
High stability against abrupt ambient temperature change High immunity external noise (Vibration, etc.) Custom design available with varying optical filter.
Applications
Part Number IRA-E420S1 IRA-E420QW1 Optical Filter Silicon 4.3µm band-pass Applications 1-15µm infrared detection Flame detection
Dimensions Circuit Diagrams
2.4±0.1 0.45 ±0.05 11.0±2
Specified bottom stem
5.08±0.05
Pyroelectric element
General Tolerance ±0.2
Rating (25°C)
Part Number Responsivity (500K, 1Hz, 1Hz) Field View Optical Filter Electrode Supply Voltage Operating Temperature Storage Temperature
700K, 5Hz,
IRA-E420S1 3.4mVp-p (Typ.) 1=2=17° Silicon 1.6mm 100D
IRA-E420QW1 1.3mVp-p (Typ.)* 4.3µm band-pass
S21E3.pdf 03.2.17
Pyroelectric Infrared Sensor Series Characteristics Data
Spectral Response Window Materials
Wave length (µm) 10.0 12.0
Long-Pass Filter 4.3µm Band-Pass Filter
Transmittance
Silicon Filter
Long-Pass Filter
4000 3500 3000 2500 2000 1800 Wave number (cm-1) 1600 1400 1200 1000
Frequency Characteristics
Relative Responsivity (RV)
Chopping Frequency (Hz)
S21E3.pdf 03.2.17
Pyroelectric Infrared Sensor Series Characteristics Data
Test Method Sensitivity
Lock-in Amplifier (1Hz) 140mm
Black Body 500K
22µF
Mechanical Chopper Infrared Sensor
Oscilloscope
Typical Application Circuit (Human detection)
Terminal Regulater 78L05 260k B222K 220k 2903M 100k 1S184
W10µ
9Y15
100k 100k 2SD596
Photo Cuppler
100µ 100µ
B102K 100k B102K 120k 120k
4.7µ
LM358 B102K B222K 1S184
330k 3.3µ 100k
µPD5555G
Relay
100k LM358 330k B102K 220k
B103K
TH=1.1ZC (µF) second
S21E3.pdf 03.2.17
Pyroelectric Infrared Sensor Series Characteristics Data
Fresnel Lens Human Body Detection
PPGI0601
16.3
22.5° Vertical Area
16.0 11.64 Horizontal Area
3.64
Cross-Sectional View 3.60 2.24
20.0 21.0
PPGI0902
Sensor Horizontal Area 7.7m Vertical Area
21.5
44.5
29.6 Sensor
1.6m 3.5m
51.5 56.5 7.7m
29.6R Lens plane 0.7max.
S21E3.pdf 03.2.17
Pyroelectric Infrared Sensor Series Characteristics Data
PPGI0626
23T0.2 12.9SR 21.4 19.4
Pyroelectric element
16.5
2.5m
Detection area floor
60°pitch 30°pitch
0.5m
2.2m 0.8m 21.8°
Freshel lens available upon request.
S21E3.pdf 03.2.17
Pyroelectric Infrared Sensor Series Characteristics Data
Reliability Test
IRA-E700 series, IRA-E900 series
Item High Temperature Temperature Humidity Heat Cycle 100D hrs. Y40D hrs. 60D, hrs. times following cycle. Y25D, 30min.eRoom temp., 30min.h gRoom temp., 30min.f55D, 30min. Apply vibration amplitude 1.5mm with 55Hz band each Vibration Shock Soldering Heat Hermetic Sealing perpendicular directions 60min. Apply shock 100G sinewave standard shock tester each perpendicular directions. Immerse 3.0mm from case solder bath 260T5D 10T1 Conform MIL-STD-202F chapter 112D, condition Immerse fluorocarbon bath (FC-40) 125T5D Conform MIL-STD-202F chapter 208B. Solderability Immerse rosin flax Immerse 2.5mm from case solder bath 230T5D 5T0.5 Test Conditions Criteria After test completion, leave three hours normal humidity temperature conditions, then measure. External appearance: significant damage. Sensitivity: Tolerance within deviation from original value. Noise: Maximum tolerance W100mV original value generation bubbles. More than terminal should covered solder.
IRA-E420 series
Item High Temperature Temperature Humidity Heat Cycle 100D hrs. Y30D hrs. 60D, hrs. times following cycle. Y25D, 30min.eRoom temp., 30min.h gRoom temp., 30min.f55D, 30min. Apply vibration amplitude 1.5mm with 55Hz band each Vibration Shock Soldering Heat Hermetic Sealing perpendicular directions 60min. Apply shock 100G sinewave standard shock tester each perpendicular directions. Immerse 3.0mm from case solder bath 260T5°C 10T1 Conform MIL-STD-202F chapter 112D, condition Immerse fluorocarbon bath (FC-40) 125T5D Conform MIL-STD-202F chapter 208B. Solderability Immerse rosin flux Immerse 2.5mm from case solder bath 230T5D 5T0.5 Test Conditions Criteria After test completion, leave three hours normal humidity temperature conditions, then measure. External appearance: significant damage. Sensitivity: Tolerance within deviation from original value. Noise: Maximum tolerance W100mV original value generation bubbles. More than terminal should covered solder.
S21E3.pdf 03.2.17
Pyroelectric Infrared Sensor Modules
Pyroelectric Infrared Sensor Module Series
Newly Developed Modules with Lower Power Consumption Extra Features.
Series comprised amplifier high performance infrared sensor modules compact, hermetically sealed metal packages. Power consumption module very Fresnel lens included module. Analog Digital Output Model (IMD-B101-01) Digital Output Brightness Sensor (CdS) Input Model (IMD-B10201) available different applications.
Features
With fresnel lens, sensor able detect human body distance through angles 119°Z38° (Max.) modules have compact size 20.3Z12.6Z7.8mm. modules incorporate amplifier single processing circuit. They have outstanding reliability characteristics. They have power consumption.
Dimensions
7.62 10.8 12.6
Applications
Automatic light switches On/off controls household appliances, industrial equipment office equipment Amusement devices (Games, Toys, etc.)
18.4 20.3
Pyroelectric element 2Z1mm Dual element Specified bottom stem
7.0±2
IMD-B101-01 IMD-B102-01 Analog Output Digital Output Input Digital Output
!Block Diagram
0.45±0.05 15.24
IMD-B101-01 Analog Output
General Tolerance ±0.2
Sensor Amplifier Comparator
Gate Circuit Output Circuit
Digital Output
Fresnel Lens
Stabilized Power Supply
Input IMD-B102-01
16.5
21.5
22.5 IMD-FL01W (White) IMD-FL01G (Gray) 16.4
General Tolerance ±0.4
26.5
S21E3.pdf 03.2.17
Pyroelectric Infrared Sensor Module Series
Max. Rating (25°C)
Max. Supply Voltage Operating Temp. Range Storage Temp. Range 5.5V W50D (Without condensation) W60D
Detection Area (With Fresnel Lens)
Rating (25°C)
Items Supply Voltage Current Consumption Ready Period Active Period 2.6Y5.5V 30Y60µA 50Y120µA C-MOS (P1) (P2) 1.0Y3.0s F3.0s 5Y14µm 119°Z38° (Max.)
Vertical Area Horizontal Area
12.5°
5.0m
Output Terminal Output Current Output Pulse Width Prohibited Time Wave Length Range Detection Length Without Lens With IMD-FL01W/G
Detection Range
5.0m
Timing Chart (IMD-B101-01)
Analog Output
Digital Output
Typical Application (IMD-B102-01)
78L05 LOAD RLU1k 500k
Prohibited Period
8Y15V
0.1µ100µF
22Y220µF
Input required 3.9W0.2V/Y0.4V higer operate. generates analog output (2).
Reliability Test
Item High Temperature Temperature Humidity Heat Cycle hrs. Y20D hrs. 60D, hrs. times following cycle. Y20D, 30min.eRoom temp., 30minh gRoom temp., 30min.f60D, 30min. Apply vibration amplitude 1.5mm with 55Hz band each Vibration Shock Soldering Heat Hermetic Sealing perpendicular directions hrs. Apply shock sinewave standard shock tester each perpendicular directions times. Immerse 3.0mm from case solder bath 260T5D 10T1 Conform MIL-STD-202F chapter 112D, condition Immerse fluorocarbon bath (FC-40) 125T5D generation bubbles. After test completion, leave three hours normal humidity temperature conditions, then measure. External appearance: significant damage. Sensitivity: Min. original value. Current consumption: Within rated value. Test Conditions Criteria
S21E3.pdf 03.2.17
Notice
Notice Caution design
Please make sure that your product been evaluated confirmed against your specifications when product mounted your product. sure provide appropriate fail-safe function your product prevent second damage that caused abnormal function failure product. case outdoor use, suitable optical filter water humidity proof structure should applied. prevent failure malfunction, please stabilized power supply. Please avoid using sensor following conditions because cause failure malfunction. such fluid water, alcohol etc. corrosive (SO2, Cl2, etc.) breeze high humidity place exposed directly light headlight automobile place exposed rapid ambient temperature change place exposed directly air-conditioner heat vent strong vibrations place exposed strong electromagnetic field such place where infrared shaded other place similar above through
Caution mounting
Soldering Hand soldering should applied. Soldering should done quickly following.
Temperature soldering iron 350°C Distance from case 1Y3mm Over Period time Within 3seconds point Within 10seconds point
Soldering flux should rosin flux contain more than 0.2wt% chlorine. Soldering flux should removed after soldering. Cleaning Soldering flux should removed after soldering. Soldering flux cause malfunction degradation character unless sufficiently cleaned.
Caution handling storage
optical filter sensor should scratched soiled. Strong shock should avoided. Electrostatics strong electromagnetic field should avoided. sensor should kept conductive sponge. High temperature, high humidity, fluid such water alcohol etc., corrosive (SO2, Cl2, etc.) breeze should avoided.
S21E3.pdf 03.2.17
Note:
Export Control customers outside Japan Murata products should used sold development, production, stockpiling utilization conventional weapons mass-destructive weapons (nuclear weapons, chemical biological weapons, missiles), other weapons. customers Japan products which controlled items subject "Foreign Exchange Foreign Trade Law" Japan, export license specified required export.
Please contact sales representatives product engineers before using products this catalog applications listed below, which require especially high reliability prevention defects which might directly damage third party's life, body property, when products intended applications other than those specified this catalog. Aircraft equipment Aerospace equipment Undersea equipment Power plant equipment Medical equipment Transportation equipment (vehicles, trains, ships, etc.) Traffic signal equipment Disaster prevention crime prevention equipment Data-processing equipment Application similar complexity and/or reliability requirements applications listed above Product specifications this catalog January 2003. They subject change products discontinued without advance notice. Please check with sales representatives product engineers before ordering. there questions, please contact sales representatives product engineers. Please read rating CAUTION (for storage, operating, rating, soldering, mounting handling) this catalog prevent smoking and/or burning, etc. This catalog only typical specifications because there space detailed specifications. Therefore, please approve product specifications transact approval sheet product specifications before ordering. Please note that unless otherwise specified, shall assume responsibility whatsoever conflict dispute that occur connection with effect and/or third party's intellectual property rights other related rights consideration your products and/or information described contained catalogs. this connection, representation shall made effect that third parties authorized rights mentioned above under licenses without consent. ozone depleting substances (ODS) under Montreal Protocol used manufacturing process.
http://www.murata.com/
Head Office 2-26-10, Tenjin Nagaokakyo-shi, Kyoto 617-8555, Japan Phone: 81-75-951-9111 International Division 3-29-12, Shibuya, Shibuya-ku, Tokyo 150-0002, Japan Phone: 81-3-5469-6123 Fax: 81-3-5469-6155 E-mail: intl@murata.co.jp
Other recent searches
TZ9403 - TZ9403 TZ9403 Datasheet
SN74ACT244 - SN74ACT244 SN74ACT244 Datasheet
SN54ACT244 - SN54ACT244 SN54ACT244 Datasheet
SC605 - SC605 SC605 Datasheet
NTE876 - NTE876 NTE876 Datasheet
MBR130LSFT1 - MBR130LSFT1 MBR130LSFT1 Datasheet
IRS218 - IRS218 IRS218 Datasheet
Privacy Policy | Disclaimer
© 2012 Datasheet Archive
