870nm 20W 100ns Pulsed Laser Diode

These laser diodes feature high peak power under pulsed operation. Different variants offer varying peak output powers and emission widths.

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940nm Dual-Modulation Beam-Scanning DM-PCSEL Diode

Photonic Crystal Surface-Emitting Lasers (PCSELs) are a new generation of high-power semiconductor lasers. They use a two-dimensional grating structure to scatter light linearly and orthogonally, making PCSELs the only type of laser with feedback in-plane and light emission out-of-plane from the top surface of the laser. They offer advantages such as single-mode operation, extremely low divergence angle, high-power output, and high beam quality, and have important application prospects in fields such as LiDAR, space communications, sensing, and laser processing.

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940nm 10W High-Brightness PCSEL Diode

Photonic Crystal Surface-Emitting Lasers (PCSELs) are a new generation of high-power semiconductor lasers. They use a two-dimensional grating structure to scatter light linearly and orthogonally, making PCSELs the only type of laser with feedback in-plane and light emission out-of-plane from the top surface of the laser. With advantages such as single-mode operation, extremely low divergence angle, high-power output, and high beam quality, they have important application prospects in fields such as LiDAR, space communications, sensing, and laser processing.

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2000nm 1mW 150nm Bandwidth Benchtop LED Light Source

LED light sources feature a broad spectrum, high energy efficiency, long lifespan, compact design, and ease of operation, making them widely applicable in fields such as sensors, instruments, and biomedicine.

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1550nm 1mW 50nm Bandwidth Benchtop LED Light Source

LED light sources feature a broad spectrum, high energy efficiency, long lifespan, compact design, and ease of operation, making them widely applicable in fields such as sensors, instruments, and biomedicine.

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780nm 2mW 10nm Bandwidth Benchtop LED Light Source

LED light sources feature a broad spectrum, high energy efficiency, long lifespan, compact design, and ease of operation, making them widely applicable in fields such as sensors, instruments, and biomedicine.

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930nm 15mW RCLED Resonant Cavity LED Diode

Resonant Cavity Light Emitting Diode. The InGaAs/AlGaAs chip operates at wavelengths of 930nm, 960nm, 1170nm, 1240nm, and 1270nm.

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4.05-4.30um MIR LED with Glass Cap

Idealphptonics is pleased to announce new light-emitting diodes with a special glass cap, which increases the LED output optical power (up to 3-5 times). This allows for higher precision in various gas, liquid, and solid sensing and analysis applications. Along with other advantages (compact size, low power consumption, high modulation range), our LEDs become an even more impressive component basis for sensors and analyzers.

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3.70-3.94um MIR LED with Glass Cap

Idealphptonics is pleased to announce new light-emitting diodes with a special glass cap, which increases the LED output optical power (up to 3-5 times). This allows for higher precision in various gas, liquid, and solid sensing and analysis applications. Along with other advantages (compact size, low power consumption, high modulation range), our LEDs become an even more impressive component basis for sensors and analyzers.

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3.30-3.44um MIR LED with Glass Cap

Idealphptonics is pleased to announce new light-emitting diodes with a special glass cap, which increases the LED output optical power (up to 3-5 times). This allows for higher precision in various gas, liquid, and solid sensing and analysis applications. Along with other advantages (compact size, low power consumption, high modulation range), our LEDs become an even more impressive component basis for sensors and analyzers.

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2.83-2.90um MIR LED with Glass Cap

Idealphptonics is pleased to announce new light-emitting diodes with a special glass cap, which increases the LED output optical power (up to 3-5 times). This allows for higher precision in various gas, liquid, and solid sensing and analysis applications. Along with other advantages (compact size, low power consumption, high modulation range), our LEDs become an even more impressive component basis for sensors and analyzers.

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2.70-2.79um MIR LED with Glass Cap

Idealphptonics is pleased to announce new light-emitting diodes with a special glass cap, which increases the LED output optical power (up to 3-5 times). This allows for higher precision in various gas, liquid, and solid sensing and analysis applications. Along with other advantages (compact size, low power consumption, high modulation range), our LEDs become an even more impressive component basis for sensors and analyzers.

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