Name: China 1300nm NIR LED 3535 Ceramic Infrared LED For Spectral Detection Systems Manufacturers, Suppliers - Factory Direct Price - Guangmai Technology
Brand: GMKJ
SKU: 302280351

1300nm NIR LED 3535 Ceramic Infrared LED For Spectral Detection Systems

Different infrared wavelengths produce different spectral responses when interacting with materials. In some industrial inspection environments, 1300nm is selected because it provides a useful balance between penetration capability and material response sensitivity. Instead of relying on visible contrast, systems operating at this wavelength analyze subtle spectral differences to support classification and detection processes. The 3535 ceramic LED package also allows stable infrared emission under continuous operating conditions.

Key Specifications for 1300nm 3535 Infrared LED

The following specifications are provided to support optical system integration and infrared application development.

Peak Wavelength	1300nm
Package Type	3535 Ceramic
Viewing Angle	30° / 60° / 90° / 120°
Forward Current	700mA
Operating Temperature	-40°C to +85°C

1300nm LED Test Report

1300NM 350Ma

1300nm 700mA test

Key Specifications for 1300nm 3535 Infrared LED

1300nm module

Optimized 1300nm Spectral Output for Material Identification

1300nm module

3535 LED Array Mounted on Aluminum / Copper PCB

1300nm 3535 LED Package Dimensions

1300nm dimen

Electrical Performance of 1300nm 3535 NIR LED

Electrical values listed below reflect standard operating conditions for stable infrared emission performance.

Parameter	Symbol	Conditions	Min	Avg.	Max	Units
Forward Voltage (Vf)	V_F	I_F=700mA	0.90	--	1.50	V
Thermal Resistance Junction To Board (热阻)	RΘ_J-B	I_F=700mA	--	6.5	--	°C/W
Radiant Output (光功率)	Φe	I_F=700mA	100	--	120	mW
Peak wavelength (峰值波长)	λp	I_F=700mA	1300	--	1350	nm
Temperature Coefficient of Forward Voltage (正向压降之温度系数)	∆V_F/∆T	I_F=700mA	−−	--	−−	mV/°C
Reverse Current (反向漏电流)	I_R	V_R=5V	−−	−−	10	μ A
Viewing Angle^[1] (发光角度)	2Θ_1/2	I_F=700mA	−−	120	−−	Deg
These electrical characteristics support consistent output required for material differentiation and spectral response analysis.

How 1300nm Infrared Light Supports Material Analysis

In spectral inspection systems, wavelength selection affects how different materials are identified and separated.

At around 1300nm, some substances exhibit more distinguishable response behavior compared with shorter infrared wavelengths, which can improve analysis efficiency in certain industrial environments.

Typical integration scenarios include:

Spectral inspection equipment

Material analysis systems

Industrial sorting setups

NIR-assisted machine vision platforms

1300nm

Engineering data and wavelength information for the 1300nm 3535 LED can be reviewed directly from the datasheet on this page.

If your project involves infrared inspection or spectral-response evaluation, GMKJ can provide support based on different optical and structural requirements.

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