Upload File

infrared cut-off filters for ccd and cmos imagers · cmos & ccd imagers used in colour hd...

  • Home
  • Documents
  • INFRARED CUT-OFF FILTERS FOR CCD AND CMOS IMAGERS · CMOS & CCD imagers used in colour HD cameras. Our IR cut-off filters pass visible wavelengths at over 90% whilst blocking near
2
INFRARED CUT-OFF FILTERS FOR CCD AND CMOS IMAGERS Knight Optical (UK) Limited © and Knight Optical (USA) LLC © Whilst every effort has been made to verify the information and data, Knight Optical can take no responsibility for its accuracy All content on this page is protected under the Copyright, Designs and Patents Act 1988 and the Copyright © is owned by Knight Optical (UK) Limited 2011-2015. All rights are reserved. Reproduction of any content, by any means, without the express permission of the owner is prohibited by law. The KNIGHT OPTICAL name and/or mark and KO KNIGHT OPTICAL LOGO are the trademarks of Knight Optical (UK) Limited. Knight Optical (UK) Ltd is an ISO registered company. Knight Optical offers a range of custom and stock precision optical solutions for IR cut-off filters, enabling accurate colour replication of CMOS & CCD imagers used in colour HD cameras. Our IR cut-off filters pass visible wavelengths at over 90% whilst blocking near infrared radiation though means of reflection, therefore protecting the CMOS/ CCD imagers from unwanted light. Modern camera systems are highly sensitive to infrared light up to around 1000nm which can cause inaccurate colouration. By fitting an IR-cut filter, unwanted infrared light is reflected away from the detector and true to life colour is maintained. Our IR-cut filters are hot mirror coated on a quality borosilicate substrate and offer sharp transitions between the transmitting and reflecting bands to improve accuracy and control over the system. Borosilicate is chemically resistant to acidic and saline solutions and will not degrade under normal conditions. The substrate has a low thermal expansion meaning the optic can survive rapid changes in temperature while maintaining its structural integrity where other materials might crack or shatter. Our colour CCD and CMOS IR filters are used in: ALPR (Automatic Licence Plate Recognition cameras) USB 3.0 cameras Motion control cameras Day/night cameras HD and imagine cameras Infrared cut filters are available in Schott D263T material in a range of thicknesses from 0.55, 0.70 and 1.00mm. Other materials available are Quartz or N-BK7 glass.

Upload: others

Post on 24-Mar-2020

25 views

Category:

Documents


0 download

Report

TRANSCRIPT

Page 1: INFRARED CUT-OFF FILTERS FOR CCD AND CMOS IMAGERS · CMOS & CCD imagers used in colour HD cameras. Our IR cut-off filters pass visible wavelengths at over 90% whilst blocking near

INFRARED CUT-OFF FILTERS FOR CCD AND CMOS IMAGERS

Knight Optical (UK) Limited © and Knight Optical (USA) LLC © Whilst every effort has been made to verify the information and data, Knight Optical can take no responsibility for its accuracy

All content on this page is protected under the Copyright, Designs and Patents Act 1988 and the Copyright © is owned by Knight Optical (UK) Limited 2011-2015. All rights are reserved. Reproduction of any content, by any means, without the express permission of the owner is prohibited by law. The KNIGHT OPTICAL name and/or mark and KO KNIGHT OPTICAL LOGO are the trademarks of Knight Optical (UK) Limited. Knight Optical (UK) Ltd is an ISO registered company.

Knight Optical offers a range of custom and stock precision optical solutions for IR cut-off filters, enabling accurate colour replication of CMOS & CCD imagers used in colour HD cameras.

Our IR cut-off filters pass visible wavelengths at over 90% whilst blocking near infrared radiation though means of reflection, therefore protecting the CMOS/ CCD imagers from unwanted light.

Modern camera systems are highly sensitive to infrared light up to around 1000nm which can cause inaccurate colouration. By fitting an IR-cut filter, unwanted infrared light is reflected away from the detector and true to life colour is maintained. Our IR-cut filters are hot mirror coated on a quality borosilicate substrate and offer sharp transitions between the transmitting and reflecting bands to improve accuracy and control over the system.

Borosilicate is chemically resistant to acidic and saline solutions and will not degrade under normal conditions. The substrate has a low thermal expansion meaning the optic can survive rapid changes in temperature while maintaining its structural integrity where other materials might crack or shatter.

Our colour CCD and CMOS IR filters are used in:

ALPR (Automatic Licence Plate Recognition cameras)

USB 3.0 cameras

Motion control cameras

Day/night cameras

HD and imagine cameras

Infrared cut filters are available in Schott D263T material in a range of thicknesses from 0.55, 0.70 and 1.00mm. Other materials available are Quartz or N-BK7 glass.

http://www.knightoptical.com/stock/optical-components/uvvisnir-optics/diffusers/plastic-screen-diffusers/
http://www.knightoptical.com/
Page 2: INFRARED CUT-OFF FILTERS FOR CCD AND CMOS IMAGERS · CMOS & CCD imagers used in colour HD cameras. Our IR cut-off filters pass visible wavelengths at over 90% whilst blocking near

EU: [email protected]: [email protected]

Knight Optical (UK) Limited © and Knight Optical (USA) LLC © Whilst every effort has been made to verify the information and data, Knight Optical can take no responsibility for its accuracy

All content on this page is protected under the Copyright, Designs and Patents Act 1988 and the Copyright © is owned by Knight Optical (UK) Limited 2011-2015. All rights are reserved. Reproduction of any content, by any means, without the express permission of the owner is prohibited by law. The KNIGHT OPTICAL name and/or mark and KO KNIGHT OPTICAL LOGO are the trademarks of Knight Optical (UK) Limited. Knight Optical (UK) Ltd is an ISO registered company.

For more information or to place an order contact our multilingual technical sales team and discover how Knight Optical’s high quality IR-cut off filters and service can improve your instrumentation and supply chain experience.

Our state of the art Metrology and Quality Assurance department ensure that each component is individually inspected and tested to ensure it meets your exact specification.

Material: Borosilicate/D263T or equivalent

Diameter: +0.0 / -0.20 mm

Length / width: ± 0.20 mm

Thickness: ± 0.20 mm

Surface quality: <60:40 as standard or <20:10 for HD cameras

Transmission: Tmin>90% 420-620nm

Blocking: Tmax<2% 700-1000nm

Surface quality for general purpose filters is 60-40 scratch/dig however for HD cameras for high quality imaging we also offer 20-10 scratch/dig version from stock.

Typical IR-cut off filter specifications are shown below:

http://www.knightoptical.com/

CCD and CMOS Imaging Devices for Large Telescopes · CCD Hybrid PIN-CMOS Sense node(s) •In a CCD, the signal charge is transferred serially by a noiseless process (very high CTE)

CCD & CMOS Image Sensors - unipr.itgigi/dida/Lab_Fis_Mod_I/tutorial_imaging.pdf · CMOS •The imaging logic is integrated on a CMOS chip, where a CCD is a modular imager that can

Spherically Curved CCD Imagers for Passive Sensors

이미지센서 (CCD, CMOS)´미지센서.pdf · 2012-06-14 · - 2 - 제2장 기술동향 및 전망 1. 기술의 개요 가. 역사적 배경 CCD, CMOS Active Pixel Sensor가 개발되기

website ： http ： // Image Sensor Pipeline CCD & CMOS Module

STANDARD CMOS AND CCD - Aimil Ltd_Charged_Coupled... · CMOS image sensors Custom products also available CCD image sensors Custom products also available Non-exhaustive list, limited

CCD & CMOS Image Sensors

CCD TECHNOLOGY - UNAMbufadora.astrosen.unam.mx/.../inst_ccd_technology... · CCD channel below. 2.3. CCD VS CMOS: PROCESS COMPARISONS As CMOS sensors begin to attract more attention,

Lecture - Semantic ScholarUnlike CCD image sensors, CMOS imagers use digital memory style readout, using row decoders and column amplifiers. This readout overcomes many of the problems

Analog to Digital Converters for CMOS Imagers

CCD/CMOS - Digi-Key Sheets/Sharp PDFs/CCDs_CMOS...CCD Camera Module CCD CMOS Camera Module Cellular phone Digital camera Camcorder In-vehicle ... camera system controller …

CCD or CMOS: can CMOS sensors replace CCDs in all cases?

CCD Neural Network Processors for Pattern Recognition€¦ · CCD/CMOS CCD CMOS CMOS CMOS REPORTED AT: NIPS 91 IJCNN 90 IJCNN89 ISSCC91 ISSCC 91 IJCNN90 NOTE: a - DIGITAL . 1991

e2V STANDARD CMOS AND CCD IMAGE SENSORS - advante.ruadvante.ru/components/e2v ccd cmos.pdf · CMOS AND CCD IMAGE SENSORS e2V STANDARD. CMOS image sensors Custom products also available

Technical challenges and recent progress in CCD imagersinfo.teledynedalsa.com/acton/attachment/14932/f-041e/1... · CMOS imagers for the different applications is shown ... the largest

HDR - FX1 - Sony eSupport - Manuals & Specs · PDF fileHDR-FX1 Step-up Feature ... HAD™ CCD Imagers 1,120K Pixels Gross Advanced HAD™ (Hole Accumulation Diode) CCD imagers with

Ccd and Cmos Sensors

CCDs and CMOS Imagers - University of Arizonaircamera.as.arizona.edu/Astr_518/Astr518_Lesser_14sep10.pdfCCDs and CMOS Imagers Michael Lesser [email protected]

CCD or CMOS image sensors for consumer digital still ... · -overview CCD vs. CMOS-summary and conclusions-CCD-CMOS 2001 Albert J.P. Theuwissen, Philips Semiconductors Image Sensors

CSEM CCD vs CMOS image sensors - KU Leuvenu0004696/visie/CCDvsCMOS.pdf · • Charge-Coupled Devices, CCD • CMOS image sensors • Similarities and differences / strengths and weaknesses

The Future is Bright for CCD Sensors - Teledyne Imaging · CMOS and CCD technology highlights that one will not satisfy all requirements over the other. CCD AND CMOS BASICS CCD and

Dis 2008 Ccd Cmos

Magnan CCD-CMOS Comparison

e2v CCD and CMOS technology developments for astronomical ... · PDF filee2v CCD and CMOS technology developments for astronomical sensors Paul Jorden ... associated with projects

CCD versus CMOS – has CCD imaging come to an end? · achieved with back illuminated CCD as well as with CMOS imagers. The fill factor, defined as the ratio of light-sensitive area

Senzori de Imagine CCD Si CMOS PDF

ccd imagers V1 - epfl.ch · Autumn semester 2007 EPFL CCD Imagers Bibliography: « Solid-State Imaging with Charge-Coupled Devices », Albert J.P. Theuwissen, Kluwer academic publishers

Test Report - CCD vs CMOS for Video Astronomykarmalimbo.com/aro/reports/Test Report - CCD vs CMOS for Video Astronomy.pdf · Page 1 of 14 CCD vs CMOS for Video Astronomy by Jim Thompson,

Surveillance sensor systems using CMOS imagers

2015 ccd-versus-cmos-update

CMOS Imagers Thesis(Linkoping)

CMOS, EMCCD AND CCD CAMERAS FOR LIFE ......CMOS, EMCCD AND CCD CAMERAS FOR LIFE SCIENCESScientific CMOS, EMCCD and CCD Cameras Technical Note: Control of Scientific CMOS Noise and

CCD versus CMOS – has CCD imaging come to an end? versus CMOS – has CCD imaging come to an end? ... column decoder row column buffer external ... thermal noise and reset noise).Authors:

LDX Series Cameras with Xensium-FT Imagers A Superior ... · advantages for CMOS imaging technology over today’s CCDs. CMOS & CCD Comparisons There is a fundamental difference between

CCD-IN-CMOS TDI & MULTISPECTRAL TDI IMAGING multispectral...CCD-IN-CMOS TDI & MULTISPECTRAL TDI IMAGING Imec integrates the advantages of CCD and CMOS in a single sensor and this combined