HMS M21 L3.0 F5.5

Product Specification: Thermopile Sensor HMS-M21-L3.0-F5.5 HEIMANN Sensor GmbH Author(s): W. Leneke Rev.: R 03 / 08.02.2012 Page 1 of 6 Specification Thermopile Sensor HMS-M21-L3.0-F5.5 Part No. 1076 R 03 Author(s): W. Leneke Revision History Version Date Remarks R 01 28.01.2010 1. Draft of HEIMANN Sensor GmbH R 02 26.05.2010 Update §6 Drawing and Pin Assignment R 03 08.02.2012 Packing Spec_ThermopileSensor_HMS-M21-L3.0-F5.5_R03_PN1076.doc © HEIMANN Sensor GmbH Product Specification: Thermopile Sensor HMS-M21-L3.0-F5.5 HEIMANN Sensor GmbH Author(s): W. Leneke Rev.: R 03 / 08.02.2012 Page 2 of 6 TABLE OF CONTENTS 1. Purpose, Scope .................................................................................................. 2 2. Absolute Maximum Ratings .............................................................................. 2 3. General and Electrical Parameter Thermopile ................................................ 2 4. General and Electrical Parameter Thermistor ................................................. 3 5. Filter Coating Characteristics and Lens Parameters ...................................... 4 6. Drawing and Pin Assignment ........................................................................... 5 7. Packing ............................................................................................................... 6 8. General Directions for Further Processing ..................................................... 6 9. Liability ............................................................................................................... 6 1. Purpose, Scope The new thermopile infrared sensor from Heimann Sensor, comprising a new type CMOS compatible sensor chip plus a thermistor reference chip, features good sensitivity, small temperature coefficient of sensitivity as well as high reproducibility and reliability. The sensor meets the requirements of the European Union RoHS (Regulation of Hazardous Substances) Directive. The sensor will be available in standard transistor outline packages, equipped with an IR transmitting lens (transmission curve as shown below). 2. Absolute Maximum Ratings Parameter Symbol Limits Min Typ. Units Conditions Max storage temperature -40 100 °C operating temperature -20 100 °C 3. General and Electrical Parameter Thermopile Parameter Symbol Min element size Limits Typ. 1.2*1.2 resistance RTP signal voltage VS 890 τ 10 37 time constant noise voltage pin insulation resistance VRMS RIso 69 84 30 Spec_ThermopileSensor_HMS-M21-L3.0-F5.5_R03_PN1076.doc Conditions mm2 absorbing area Max 16° @ 50% 30° @ 10% 34° @ 5% field of view (FOV) Units degree 112 13 Full FOV vs indicated Sv level Diagonal cut Tested with point source kΩ -40°C to 100°C µV Tamb=25°C, T BB = 100°C, 4.5Hz, distance 15mm ms nV/√Hz GΩ r.m.s., 25°C 25°C, 50%RH, 11V, DC © HEIMANN Sensor GmbH Product Specification: Thermopile Sensor HMS-M21-L3.0-F5.5 HEIMANN Sensor GmbH Author(s): W. Leneke Rev.: R 03 / 08.02.2012 Page 3 of 6 4. General and Electrical Parameter Thermistor Type Thermistor 100kΩ Parameter resistance BETA-value Symbol Limits Units Min Typ. Max RTH 95 100 105 kΩ β 3900 3940 3980 K Conditions 25°C 25°C/50°C T / °C Rth_min / Ohm Rth_nom / Ohm Rth_max / Ohm -30 1557900 1655000 1753100 -25 1163320 1234000 1306680 -20 875826 928700 981974 -15 665010 704500 744190 -10 508730 538500 568370 -5 392108 414600 437292 0 304466 321700 338934 5 238072 251400 264728 10 187444 197800 208056 15 148568 156600 164632 20 118404 124800 131096 25 95000 100000 105000 30 76537 80630 84713 35 62032 65380 68738 40 50543 53310 56077 45 41386 43680 45984 50 34070 35980 37890 55 28174 29770 31366 60 23405 24750 26095 65 19536 20670 21804 70 16383 17340 18297 75 13788 14600 15422 80 11653 12350 13047 85 9890 10480 11080 90 8421 8930 9444 95 7197 7635 8076 100 6172 6551 6935 Spec_ThermopileSensor_HMS-M21-L3.0-F5.5_R03_PN1076.doc © HEIMANN Sensor GmbH Product Specification: Thermopile Sensor HMS-M21-L3.0-F5.5 HEIMANN Sensor GmbH Author(s): W. Leneke Rev.: R 03 / 08.02.2012 Page 4 of 6 5. Filter Coating Characteristics and Lens Parameters Filter F5.5 Limits Units Min Typ Max 75 % 1 % 5.2 5.5 5.8 µm 3.0 mm Parameter average transmission absolute transmission cut on at 5% back focal length of lens Conditions 7.5µm to 13.5µm visual to 5µm 25°C Typical Transmission 5.5µm Filter 100 90 80 Transmission [%] 70 60 50 40 30 20 10 0 2 4 6 8 10 12 14 16 18 20 Wavelength [µm] Spec_ThermopileSensor_HMS-M21-L3.0-F5.5_R03_PN1076.doc © HEIMANN Sensor GmbH 22 HEIMANN Sensor GmbH Author(s): W. Leneke Rev.: R 03 / 08.02.2012 Product Specification: Thermopile Sensor HMS-M21-L3.0-F5.5 Page 5 of 6 6. Drawing and Pin Assignment Spec_ThermopileSensor_HMS-M21-L3.0-F5.5_R03_PN1076.doc © HEIMANN Sensor GmbH Product Specification: Thermopile Sensor HMS-M21-L3.0-F5.5 HEIMANN Sensor GmbH Author(s): W. Leneke Rev.: R 03 / 08.02.2012 Page 6 of 6 7. Packing The thermopile sensors HMS M21 L3.0 F5.5 are packed in ESD save plastic packing tubes. Each packing tube contains 55 sensors and the tube ends are closed by soft rubber plugs. Two labels stick on each packing tube: HMS M21 L3.0 F5.5 w/I / 55pcs Sensor description / quantity / logo HLN 100471/45 Lot number Main dimensions of packing tube 8. General Directions for Further Processing Stresses above the absolute maximum ratings may cause damages to the device. The sensor can be damaged by electrostatic discharges. Please take appropriate precautions for the handling. Do not expose the sensors to aggressive detergents. Windows may be cleaned with alcohol and cotton swab. Soldering may be applied by a maximum temperature of 280°C for a dwell time less than 10s. The minimum distance between the housing body and the liquid solder should be at least 0.6mm. Avoid heat exposure to the top of the sensor window. Reflow soldering is not recommended. 9. Liability Important product or process changes require a customer release. Changes or modifications at the product which haven't influence to the performance and/or quality of the device haven't to be announced to the customers in advance. Customers are requested to consult with Heimann Sensor representatives before the use of Heimann Sensor products in special applications where failure or abnormal operation may directly affect human lives or cause physical injury or property damage. The company or their representatives will not be responsible for damage arising from such use without prior approval. Spec_ThermopileSensor_HMS-M21-L3.0-F5.5_R03_PN1076.doc © HEIMANN Sensor GmbH