MIR360-A21-G1

MIR360-A21-G1

MEMS-Based IR-Sources
  • Summary
  • Technical Parameters
  • Product -related
MIR360-A21-G1

New

MIR360-A21-G1

MEMS-Based IR-Sources

#All products

#Optical component

#Infrared light source

MIR360-A21-G1

MEMS-Based IR-Sources

MFrontier MEMS infrared light source developed has excellent electrical modulation characteristics, infrared emitter and blackbody radiation characteristics, wide spectrum, low power consumption. hioh response. hioh emissivity and long service life. it can be widely used in medical devices, industrial manufacturing, smart home appliances, automotive electronics and other fields. 

Meanwhile, MFrontier can provide a range of standard and customized MEMS infrared light sources to meet the diverse needs of a wide range of users.

MEMS infrared light source chip

MEMS infrared light source chip

Blackbody radiation characteristics

Blackbody radiation characteristics

Low power consumption

Low power consumption

High emissivity

High emissivity

Long lifetime

Long lifetime

Technical Parameters

Chip size

3.6*3.6*0.3 mm

Effective radiation zone

2.2*2.3 mm

Packaging form

TO39,with a spotlight cup,Si-ARC

Parameters

Radiation rate

>0.85

temperature coefficient

Typ. 3035 ppm/℃

time constant

50 ms

Thermal resistance

22±5Ω

Working voltage

Typ. 3.1V

Light source power consumption

450mW

Effective radiation zone temperature

450℃

Service life

> 100,000hr

Fast delivery and comprehensive support

Through our mature production process chain and comprehensive service system support, MFrontier provides customers with a series of full support from product selection to production and after-sales.

MFrontier

Telephone

86-075521386871

MFrontier

Emai

info@memsf.com

Service Hotline:

0755-21386871

Consultation mailbox:

info@memsf.com

Product consultation

We follow your project from concept to mass production, feel free to send requirement to us.

MFrontier promises to collect this information from you only to better understand our cooperation plan. By sending, you agree to our《Privacy Policy》and《Disclaimers》