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TS305-11C55 Datasheet Thermopile Sensor

Manufacturer: TE Connectivity

General Description

TS -20 +20 +85 °C permanent TS -20 +20 +100 °C non permanent PERFORMANCE SPECS Parameter Operating Ambient Temperature Operating Ambient Temperature Package Absorber Area Thermopile Resistance Temperature Coefficient of Thermopile Resistance Voltage Response Temperature Coefficient of Voltage Response Noise Equivalent Voltage Rise Time Ambient Temperature Sensor Ambient Temperature Sensor Resistance Beta Value of NTC Symbol TAmb TAmb A RTP TCRTP VTP TCVTP NEV 63 RNTC -Value Value Unit -20 to +85 -20 to +100 TO-5 0.8  0.8 70 ± 30 °C °C mm2 k -0.06 ± 0.04 %/K 7.0 ± 2.1 mV -0.45 ± 0.08 45 12 ± 5 NTC 100 ± 5 3955 ±0.3% %/K nV/Hz½ ms k K Condition permanent non permanent TAmb = +25°C TAmb = +25°C to +75°C TAmb = +25°C, TObj = +100°C, DC, totally filled field of view TAmb = +25°C to +75°C TAmb = +25°C TAmb = +25°C TAmb = 0°C to +50°C SENSOR SOLUTIONS /// TS305-11C55 10/2015 Page 2 TS305-11C55 Thermopile Sensor Thermopile Signal [mV] TYPICAL PERFORMANCE CURVES 8 7 Ambient Temperature = 25°C 6 5 4 3 2 1 0 0 10 20 30 40 50 60 70 80 90 -1 -2 Object Temperature [°C] Figure 1: Thermopile signal versus object temperature at 25°C ambient temperature 100 Optical Characteristics Parameter Field of View Symbol FOV Viewing Angle [deg] 100% 90% 80% 70%

Overview

TS305-11C55 Thermopile Sensor SPECIFICATIONS  Thermopile IR-Sensor  For Contactless Temperature Measurement  Single Element  High Signal  Flat Filter  Accurate Reference Sensor Thermopiles are mainly used for contactless temperature measurement in many applications.

Their function is to transfer the heat radiation emitted from the objects into a voltage output.

Key Features

  • High Signal Accurate NTC Reference Sensor 5.5 µm Long Wave Pass Filter.