Small O-band MEMS tunable optical filter 1290-1320nm

MEMS tunable filters are based on the principles of MEMS (micro-electromechanical systems) technology and grating technology. They have the characteristics of small size, fast speed, long life, high stability and reliability, and can cover the O-band, C-band or L-band wavelength range. Device scanning range reaches 80nm

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Small L-band MEMS tunable optical filter 1575-1610nm

MEMS tunable filters are based on the principles of MEMS (micro-electromechanical systems) technology and grating technology. They have the characteristics of small size, fast speed, long life, high stability and reliability, and can cover the O-band, C-band or L-band wavelength range. Device scanning range reaches 80nm

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Small C-band MEMS tunable optical filter 1528-1565nm

MEMS tunable filters are based on the principles of MEMS (micro-electromechanical systems) technology and grating technology. They have the characteristics of small size, fast speed, long life, high stability and reliability, and can cover the O-band, C-band or L-band wavelength range. Device scanning range reaches 80nm

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Mark-Type Thermally Stable Standard 1525-1565nm

The Mark-ID Thermally Stable Photonic Filter from idealphotonics is based on advanced ETALON technology , incorporating unique optical and mechanical designs , along with advanced packaging technology. This ensures the stability of the filter's wavelength under extreme environmental conditions , including temperature and humidity . With our unique patented technology , the filter guarantees the wavelength's target accuracy within ITU +/- 1.25 GHz , and is available in selectable options . This ITU-aligned filter can be used for channel monitoring and wavelength locking in Wavelength Division Multiplexing (WDM) systems . We also offer special technology options for customers to choose specific wavelength accuracy . This thermally stable filter module can lock one or more consecutive adjacent wavelength peaks , forming a fixed wavelength marker . This wavelength marker helps client scanning systems determine their specific position within a wavelength range . The unique design of this filter ensures the precision of the standard , channel spacing , and operational wavelength , with a wide selection range . The thermally stable filter, designed for customer use , is highly compatible with various spectral applications , including telecom , wavelength reference and calibration , fiber optic sensing systems , testing and measurement , and laser wavelength stability control .

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3.39um Low-Power Benchtop ICL-DFB Tunable Continuous-Wave Laser (Benchtop Light Source)

This is a tunable continuous-wave laser developed by Idealphotonics. It features a narrow linewidth, high power, and low power consumption, making it ideal for gas sensing applications, particularly for testing hydrocarbons and other related gases. The benchtop ICL-DFB laser module integrates a driver and temperature control module, and it allows software control of the laser's temperature and operating current, ensuring stable operation and maintaining measurement accuracy. Additionally, the laser module includes an FPGA, facilitating the processing of gas concentration measurements.

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3.45um Low Power Benchtop ICL-DFB Tunable Continuous Wave Laser (Benchtop Light Source) 5mW

This is a tunable continuous wave laser developed by Idealphotonics . It features a narrow linewidth, high power, and low power consumption, making it ideal for gas sensing applications, especially for testing hydrocarbons and other related gases. The benchtop ICL-DFB laser module integrates a driver and temperature control module. It also supports software control for tuning the temperature and operating current of the laser, ensuring stable operation and maintaining measurement accuracy. Additionally, the laser module incorporates an FPGA, which facilitates the processing of gas concentration measurements.

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10.8×8.7mm MWIR and FIR Beam Profiling (without M2 test)

IdealPhotonics' infrared beam quality analyzer can detect light spots and analyze parameters in the 1.2-15μm range. It offers spatial analysis accuracy down to the 10μm level, featuring an ultra-wide sensitivity range, a large target area, ultra-high resolution, and multi-functional software capabilities

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4.257um low power Benchtop ICL-DFB tunable continuous light laser (TDLAS integrated control module) 5mW）

This is a tunable continuous light laser developed by Idealphotonics. It has narrow line width, high power, and low power consumption. It can meet the gas sensing test, especially for the test of hydrocarbons and other related gases. In addition, the desktop ICL-DFB laser module integrates the driver and temperature control module. The temperature and working current of the tuned laser can also be controlled by software, which can make the laser work stably and maintain the accuracy of the measured value. FPGA is also added inside the laser module to facilitate the processing of the concentration of the measured gas.

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Ultraminiature piezoelectric PZT drive module (0 to +150V ±5m）

This is an ultra-compact and lightweight piezoelectric voltage driver, capable of outputting up to +150V. Applications include PZT voltage driving (PZT lasers, PZT modulators), MEMS voltage driving (MEMS lasers, MEMS filters), and control systems for piezoelectric motors. It features protection against short circuits, current overloads, and high temperatures.

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4.257μm Low Power Benchtop ICL-DFB Tunable Continuous Wave Laser (Benchtop Light Source）

This is a tunable continuous-wave laser developed by IdealPhotonics. It features a narrow linewidth, high power, and low power consumption, making it ideal for gas sensing applications, particularly for testing hydrocarbons and other related gases. Additionally, the benchtop ICL-DFB laser module integrates a driver and temperature control module, and it can be tuned via software to control the laser's temperature and operating current. This ensures stable operation of the laser and maintains the accuracy of the measurement values. The module also includes an FPGA, which facilitates the processing of gas concentration measurements

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4.240um low-power benchtop ICL-DFB tunable continuous-wave laser (Pure Benchtop light source)

The MP-ICL-4240-DFB-5-B laser is a tunable continuous-wave laser developed by Idealphotonics . It features a narrow linewidth, high power, and low power consumption, making it suitable for gas sensing tests, especially for testing hydrocarbons and other related gases. Additionally, the desktop ICL-DFB laser module integrates a driver and temperature control module, and allows for software-controlled tuning of the laser's temperature and operating current. This ensures stable laser operation and maintains measurement accuracy. The module also includes an optional FPGA (available for an additional fee), which facilitates the processing of gas concentration measurements.

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3.348μm low-power ICL-DFB tunable continuous wave laser (pure drive Benchtop light source) 5mW

The MP-ICL-3348-DFB-5-B laser is a tunable continuous-wave laser developed by Idealphotonics . It features a narrow linewidth, high power, and low power consumption, making it ideal for gas sensing tests, especially for detecting hydrocarbons and other related gases. Additionally, the desktop ICL-DFB laser module integrates a driver and temperature control module. It can be controlled via software to adjust the laser’s temperature and operating current, ensuring stable operation and maintaining measurement accuracy. The laser module also includes an optional FPGA (available for an additional fee) to facilitate the processing of gas concentration measurements.

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