high-volume, cost-effective manufacturing of thermal imaging … · 2016-10-12 · ulis micro80...

Short focal lenses dedicated to IR imaging detection

AMS Technologies introduces the fi rst se-ries of short focal lenses dedicated to IR imaging and IR detection.

LightPath Technologies, leading manufac-turer of InfraRed and aspherical optics, has designed and released lenses that com-ply with ULIS uncooled Micro80PTM and Micro80 Gen2TM thermal sensor arrays.

The molded lenses integrate LightPath‘s high-quality chalcogenide glass. They are compatible with wavelengths ranging from 8µm to 14µm and offer a passive ather-malization1 for -40°C to +85°C.

Applications:

• Visual IR thermometers

• Short-range surveillance

• Personal vision systems

• HVAC and lighting management

• Access control

• People counting

• Home appliances

• UAV’s

ULIS Micro80 Gen2TM compact thermal sensor arrays (6,400 pixels)

Micro80 Gen2TM thermal sensors combine a full range of features, offering virtually-unlimi-ted potential for thermal imaging and advanced detection applications:

• Thermography

• Surveillance

• Smart Buildings

Performances:• Frame Rate: from 1 to 50 Hz

• NETD: <100 mK (F/1, 27°C, 50 Hz)

• Scene dynamic: > 200°C

• Array operability: > 99,5%

• Low power consumption: </= 55mW

• Operating temperature range:� -40°C to +85°C

• Standards: MIL�STD�810 and �883

• MTTF: > 15 years

• Over exposure / Sun safe

Features:• Detection technology: microbolometer

• 80x80 2D array, 34µm pixel�pitch

• Spectral response: 8-14µm

• Friendly electrical interface driven by I2C serial link

• Overall dimension (mm): 14 x 14 x 9

• Weight: < 5 g

Focal Length2 f# Objective mountHorizontal Field

Of View Detector Format

(Resolution / Pixel Size)3 Part number

1.5 mm 1.3 M10 or M12 120° 80x80 / 34 µm AMS205

1.9 mm 1.3 M10 or M12 90° 80x80 / 34 µm AMS200

2.2 mm 1.4 M10 or M12 73° 80x80 / 34 µm AMS192

High-volume, cost-effective Manufacturing of Thermal Imaging Assemblies (LWIR)

www.amstechnologies.com

1Athermalization is the process of achieving optothermal stability and ensuring that optical properties do not change with variations in temperature. 2 Other focal lengths available up to 19mm3 Performance data for other detectors available upon request

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M10 Mount with 120° FOVImage: LightPath Technologies

6,400 pixels Thermal sensor array Micro80 Gen2TM

Image: ULIS

Performances:• Frame Rate: from 1 to 50 Hz

• NETD: <100 mK (F/1, 27°C, 50 Hz)

• Scene dynamic: > 200°C

• Array operability: > 99,5%

• Low power consumption: </= 55mW

6,400 pixels Thermal sensor array Micro80 Gen2TM

About AMS Technologies

AMS Technologies is a leading solution provider and distributor of high-tech, leading-edge components, systems and equipment in the fi elds of optical technologies, thermal management and power technologies in Europe. With many years of design and consultancy experience, AMS Technologies takes active involvement in the design cycle of the customers, defi ning and re-defi ning specifi cations, which often leads to the development of new and highly customized solutions.

About LightPath Technologies

LightPath Technologies designs and manufactures optical and infrared components including molded glass aspheric lenses and assemblies, infrared lenses and thermal imaging assemblies, fused fi ber collimators and gradient index GRADIUM® lenses. LightPath also offers custom optical assemblies, including full engineering design support for both optics and mechanics.

Applications

2.2mm EFL, f/1.4 1.9mm EFL, f/1.3 1.5mm EFL, f/1.3

LWIR Imaging lens assembly

2.2mm EFL, f/1.4 LWIR Imaging Lens Assembly Part #7100192

2603 Challenger Tech Ct. Suite 100, Orlando, FL 32826 | 1-800-472-3486 | www.lightpath.com LPTHCORP-7000, RevA Page 1/2

KEY FEATURES

Optical: 2.2mm EFL, f/1.4 Optimized for 80x80/34µm pixel detector1 73deg HFOV (on optimum detector) Singlet lens for low cost All-refractive design for high transmission High efficiency AR coating for LWIR (8-12µm) DLC hard coating optional on front surface Athermal2 from -40 to +85°C

Mechanical: Precision molded chalcogenide lens Small size and weight Black anodized aluminum housing Sealed to IP67 standard3

1Performance data for specific detectors available upon request 2See performance table on page 2 for MTF change over temperature 3Assumes threads are sealed at installation

Horizontal FOV for Compatible Detector Sizes1 Pixel Size 80x80 160x120 200x150 320x240

34µm 73

25µm 52

17µm 35 73

12µm 25 50 63

10µm 21 42 52 87 Units: mm

1.9mm EFL, f/1.3 LWIR Imaging Lens Assembly Part #7100200

2603 Challenger Tech Ct. Suite 100, Orlando, FL 32826 | 1-800-472-3486 | www.lightpath.com LPTHCORP-7002, RevA Page 1/2

KEY FEATURES

Optical: 1.9mm EFL, f/1.3 Optimized for 80x80/34µm pixel detector1 90deg HFOV (on optimum detector) Singlet lens for low cost All-refractive design for high transmission High efficiency AR coating for LWIR (8-12µm) DLC hard coating optional on front surface Athermal2 from -40 to +85°C

Mechanical: Precision molded chalcogenide lens Small size and weight Black anodized aluminum housing Sealed to IP67 standard3

1Performance data for specific detectors available upon request 2See performance table on page 2 for MTF change over temperature 3Assumes threads are sealed at installation

Horizontal FOV for Compatible Detector Sizes1 Pixel Size 80x80 160x120 200x150 320x240

34µm 90

25µm 64

17µm 42 90

12µm 30 61 78

10µm 25 50 64

Units: mm

1.5mm EFL, f/1.3 LWIR Imaging Lens Assembly Part #7100205

2603 Challenger Tech Ct. Suite 100, Orlando, FL 32826 | 1-800-472-3486 | www.lightpath.com LPTHCORP-7003, RevA Page 1/2

KEY FEATURES

Optical: 1.5mm EFL, f/1.3 Optimized for 80x80/34µm pixel detector1 120deg HFOV (on optimum detector) Singlet lens for low cost All-refractive design for high transmission High efficiency AR coating for LWIR (8-12µm) DLC hard coating optional on front surface Athermal2 from -40 to +85°C

Mechanical: Precision molded chalcogenide lens Small size and weight Black anodized aluminum housing Sealed to IP67 standard3

1Performance data for specific detectors available upon request 2See performance table on page 2 for MTF change over temperature 3Assumes threads are sealed at installation

Horizontal FOV for Compatible Detector Sizes1 Pixel Size 80x80 160x120 200x150 320x240

34µm 120

25µm 81

17µm 53 120

12µm 37 78 101

10µm 31 64 81 Units: mm

Thermal cameraC.A 1950 DiaCAm 2

Image: Chauvin Arnoux

Copyright 2016 by AMS Technologies Rev. 27-16-01 IR imaging Micro80P

info@amstechnologies.com www.amstechnologies.com

FRANCE+33 (0)1 64 86 46 00

GERMANY+49 (0)89 895 77 0

ITALY+39 0331 596 693

POLAND+48 (0)12 346 24 16

SPAIN+34 (0)93 380 84 20

SWEDEN+46 (0)8 55 44 24 80

UNITED KINGDOM+44 (0)1455 556360

Images were taken with the electro-optical assembly SmartIR80 by www.device-alab.com

Thermal cameraC.A 1950 DiaCAm 2

Image: Chauvin Arnoux

Thermal cameraC.A 1950 DiaCAm 2

Image: Chauvin Arnoux