Datasheet4U Logo Datasheet4U.com

OTC-236 - THERMOPILE INFRARED SENSOR

Description

1 3 thermopile output pin (+) thermopile output pin (-) Thermopile 2(R) 3(V-) 1(V+) 4(GND) BACKSIDE VIEW SIDE VIEW www.DataSheet4U.com ▓ Order information : OTC-236-AB A : 1 2 : : standard filter (5-14 µm) silicon filter with flat band transmission B : 1 2 : : window size = 2.57mm (diam

Features

  • The thermopile sensor consists of a series of 44 thermoelements, forming a sensitive area of 0.5.
  • 0.5 mm2. The sensor is hermetically sealed into a TO-5 metal housing, with an optical filter. This standard filter allows measurements to be made in the spectral range above 5 µm wavelength. The thermosensor exhibits an almost white noise, comparable to an ohmic resistance. It has a constant signal versus frequency up to its frequency limit, and is directly proportional to incident radiation. ▓.

📥 Download Datasheet

Datasheet preview – OTC-236

Datasheet Details

Part number OTC-236
Manufacturer Unknown Manufacturer
File Size 246.75 KB
Description THERMOPILE INFRARED SENSOR
Datasheet download datasheet OTC-236 Datasheet
Additional preview pages of the OTC-236 datasheet.

📁 Similar Datasheet

  • OTC1015 - (OTCxxxx) NPN Power Darlington Die (Optek Technology)
  • OTC6030 - (OTCxxxx) NPN Power Darlington Die (Optek Technology)
  • OTC6050 - (OTCxxxx) NPN Power Darlington Die (Optek Technology)
Other Datasheets by ETC
  • OTC-238 - THERMOPILE INFRARED SENSOR
  • OTC-239 - THERMOPILE INFRARED SENSOR

Full PDF Text Transcription

Click to expand full text
www.DataSheet4U.com OTC-236 THERMOPILE INFRARED SENSOR ▓ Features The thermopile sensor consists of a series of 44 thermoelements, forming a sensitive area of 0.5*0.5 mm2. The sensor is hermetically sealed into a TO-5 metal housing, with an optical filter. This standard filter allows measurements to be made in the spectral range above 5 µm wavelength. The thermosensor exhibits an almost white noise, comparable to an ohmic resistance. It has a constant signal versus frequency up to its frequency limit, and is directly proportional to incident radiation.
Published: |