Arrays and Matrices Overview

The number of array or matrix elements depends on the application and the package type being chosen. Standard TO-type packages offered by RMT Ltd. can be used. Thermoelectric modules built into these packages provide temperature stabilization of LED-chip parameters. Using these packages allows creating different variations of LED arrays and matrices arrangements. Some of them are presented below.

LED array/LED matrix Model Element Arrangement Package
LEDXX-2M(-TEC), LEDXX-4M(-TEC):
2 or 4 LED elements on ceramic substrate emitting at one wavelength mounted on a single 9 mm package with/without thermoelectric module
TO5
TO5-TEC
LEDXX-6M(-TEC), LEDXX-9M(-TEC):
6 or 9 LED elements on ceramic substrate emitting at one wavelength mounted on a single 15 mm package with/without thermoelectric module
TO8
TO8-TEC
LEDXX-12A(-TEC):
12 LED elements on ceramic substrate emitting at one wavelength mounted on a single PS28 package with/without thermoelectric module. This solution is appropriate for the spatial distribution analysis of the analyte
PS28
PS28-TEC
LEDXX&YY&ZZ-2M(-TEC), LEDXX&YY&ZZ-3M(-TEC)
2 or 3 LED elements on ceramic substrate emitting at 2 or 3 different wavelengths mounted on a single 9 mm package with/without thermoelectric module
TO5
TO5-TEC
LEDXX&YY-4M(-TEC)
4 LED elements on ceramic substrate mounted on a single 9 mm package with/without thermoelectric module, 2 elements emit at one wavelength and 2 other elements - at another
LEDXX YY-6M(-TEC)
6 LED elements on ceramic substrate emitting at 6 different wavelengths mounted on a single 9 mm package without thermoelectric module or on a single 15 mm package with thermoelectric module
TO5
TO8-TEC
LEDXX YY-9M
9 LED elements on ceramic substrate emitting at 9 different wavelengths mounted on a single 15 mm package without thermoelectric module
TO8
LEDXX YY-20M(-TEC)

20 LED elements on ceramic substrate emitting at 20 different wavelengths mounted on a single 36 mm package with/without thermoelectric module
MS32
MS32-TEC

Company contact: Nikolay Stoyanov e-mail ns@iropt6.ioffe.ru