1388.5nm broadband fiber Bragg grating filter

Idealphotonics introduced coherent excimer writing technology and technically recognized packaging technology to solve the reliability problem of fiber grating products. It also used its excellent holographic phase mask technology XmaskTM and grating writing technology to achieve technical breakthroughs in many products in the field of FBG technology. Products include gain flattening filters (GFF), single-channel and multi-channel dispersion compensators, dispersion slope compensators, pump laser frequency stabilization, gratings for fiber lasers, etc. At present, it is supplied in batches to many international units, and the product performance is long-term stable and reliable. The maximum power of gratings for fiber lasers can reach 1500W. Our products support wavelength range: 1310 nm (O-band), 1520 nm (S-band), 1550 nm (C-band) and 1600 nm (L-band)., bandwidth 0.1-0.5nm. Supports the writing of various passive optical fibers. The company introduced Yokogawa high-precision spectrometers and we have achieved a spectrum for each fiber, so that customers can better understand the performance of the products.

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780nm Full Bandwidth Free-Space Acousto-Optic Modulator 150MHz

The Idealphotonics’ acousto-optic modulator allows users to adjust the output light's amplitude, duration, and frequency/period. The insertion loss can be as low as 2 dB, the extinction ratio can be as high as 50 dB, the rise time can be as fast as 5 nanoseconds, and the frequency can reach up to several hundred MHz. Applications include switching, pulse picking, fast attenuation, and more. The wavelength range extends from near ultraviolet to near infrared.

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1250-1650nm ultra-broadband SLD light source 10mW

The ultra-wideband SLD light source uses multiple bands of super-radiant light sources to combine and splice the spectrum, achieving single-mode fiber output covering an ultra-wideband spectrum of 1250-1650nm wavelength, while having a high optical power spectrum density. It is suitable for passive device testing, fiber optic sensing and other applications.

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1064nm Yb-doped polarization-maintaining fiber amplifier 50W

The Laser benchtop YDFA (Yb-Doped Fiber Amplifier) internally uses high-power, high-performance multimode semiconductor pump sources, highly stable wavelength division multiplexers (combiner), and high gain coefficient Yb-doped optical fibers. The YDFA adopts an integrated all-fiber system design with a fully polarized structure, with the power supply, control section, and optical system highly integrated to provide a user-friendly turnkey laser system.

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1064nm Yb-doped polarization-maintaining fiber amplifier 20W

The Laser benchtop YDFA (Yb-Doped Fiber Amplifier) internally uses high-power, high-performance multimode semiconductor pump sources, highly stable wavelength division multiplexers (combiner), and high gain coefficient Yb-doped optical fibers. The YDFA adopts an integrated all-fiber system design with a fully polarized structure, with the power supply, control section, and optical system highly integrated to provide a user-friendly turnkey laser system.

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Chirped Fiber Bragg Grating (FBG)

Fiber Bragg Gratings (FBG) have many applications in optical communication, laser technology, and sensing systems. FBGs are widely used in fiber optical reflectors or filters with narrowband spectra. FBGs can also serve as sensitive elements for strain and temperature measurements. Chirped Fiber Bragg Gratings (CFBG) feature a linearly varying FBG period along the length of the grating. Chirped FBGs are fabricated using a non-periodic phase mask. The available chirp rate of the phase mask can range from 0.01 nm/cm to 30 nm/cm. As a result, such FBGs have a wide spectral bandwidth and unique dispersion characteristics. Chirped FBGs are helpful for gain flattening in EDFA and ASE light sources, band-stop filters, ultrafast mode-locked fiber lasers, powerful lasers, and dispersion compensation in telecom systems. The figure shows the spectrum of a high-reflection chirped fiber Bragg grating used for high-power fiber lasers.

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320-1100nm Silicon-based Bias Photodetector, Sensitive Area Φ10.0mm

IdealPhotonics' silicon-based bias photodetector has a light sensitivity range covering 200nm to 1100nm. It features extremely low noise, fast response, no gain, and low cost. It is suitable for conventional optoelectronic detection applications, offering excellent performance and high cost-effectiveness. Comprehensive orientation technical support is provided, and it is commonly used for ultraviolet and visible light measurement.

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Mid-infrared hollow core fiber cage coupling system

Lens AR coating Wavelength range: λ = 3 ‒ 12 µm; f = 50 mm; SMA connector; free space mounting; metric or imperial threads Customizable optical assemblies including lens coatings, focal lengths, and adapters

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320-1100nm Silicon-based Amplified Photodetector, Photodetector Size Φ9.8mm

IdealPhotonics' silicon-based amplified photodetector covers a wavelength range from 190nm to 1100nm. It features 8 adjustable gain levels, enabling quantitative photoconversion with a wide dynamic range. It is suitable for various optoelectronic development scenarios, delivering excellent performance at a high cost-performance ratio. The device is widely used in UV and visible light measurements, with full technical support provided.

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1178nm benchtop with software control DFB laser 10mW

Idealphotonics' benchtop software-controlled DFB light source is based on an advanced microprocessor control system, combined with high-precision ATC and ACC (APC) control circuits to achieve high and stable output of the laser, while ensuring that the light source is quick and intuitive to operate. We can also provide corresponding communication interfaces and control software according to user requirements to achieve computer control. This light source uses a one-key recovery function (Run/Stop button), which can effectively help customers return to the previous working state. This is a highly integrated modular system light source, which uses PC-side software intelligent control. Customers can set the required working temperature and current according to their needs. It is very suitable for experimental scientific research and production testing. In addition, we need to modulate the laser for some application fields. We have connected two modulation ports, one for high frequency and one for low frequency, to better meet customers' needs for multiple uses of one machine.

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1083nm benchtop with software control DFB laser 10mW

Idealphotonics' benchtop software-controlled DFB light source is based on an advanced microprocessor control system, combined with high-precision ATC and ACC (APC) control circuits to achieve high and stable output of the laser, while ensuring that the light source is quick and intuitive to operate. We can also provide corresponding communication interfaces and control software according to user requirements to achieve computer control. This light source uses a one-key recovery function (Run/Stop button), which can effectively help customers return to the previous working state. This is a highly integrated modular system light source, which uses PC-side software intelligent control. Customers can set the required working temperature and current according to their needs. It is very suitable for experimental scientific research and production testing. In addition, we need to modulate the laser for some application fields. We have connected two modulation ports, one for high frequency and one for low frequency, to better meet customers' needs for multiple uses of one machine.

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1550nm High Power Single Mode Fiber Laser 3W

With optimized optical properties, 1550nm single-mode DFB is an ideal choice for demanding sensing system applications. The innovative chip design has suppressed high-order longitudinal and transverse modes while maintaining linear polarization stability. The laser has high output power (Max. 50W output), narrow line width and good consistency, and is currently favored by domestic scientific research customers. At present, our existing inventory wavelengths cover 1000-2400nm. For certain specific areas of use of customers, we can provide customers with customized chip screening services.

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