Shenzhen Box Optronics Technology Co., Ltd products

The 1064nm Ytterbium-doped Fiber Amplifier (YDFA) is designed to enhance laser signals within the 1030nm to 1100nm wavelength range, making it suitable for applications requiring precise signal amplification. The unit features either Hi1060 single-mode or PM980 polarization-maintaining fiber output, ensuring high output power and low noise levels. Users can fine-tune the pump current and output power via front-panel controls, facilitating ease of use in experimental setups. Furthermore, its compact design allows for seamless integration into user systems. By using semiconductor laser technology to pump the ytterbium-doped fiber, this amplifier delivers consistently adjustable gain, making it a practical choice for laser signal amplification tasks. The unit can be supplied in a desktop or smaller modular version based on user needs.

The 1030nm DFB Fiber Coupled Laser Diode is a highly coherent laser diode module designed for efficiency and precision. Encased in a hermetically sealed 14-pin butterfly package, it incorporates both a thermoelectric cooler (TEC) and a photodiode (PD) for enhanced stability and performance. This laser diode operates at a wavelength of 1030nm with an output power of 50mW, suitable for applications requiring stabilized single-mode laser outputs such as spectroscopy, telecommunications, seed lasers, and sensing technologies. This module offers flexibility with continuous wave or pulsed operation, and optional FC/APC connectors. The product is rigorously tested pre-shipment and is protected under a warranty of one to three years, with a return policy for defective items. The company also customizes optical connectors to meet specific requirements, ensuring a versatile solution for various optical applications.

The 1310nm 5mW TO-CAN DFB Laser Diode is designed for a broad range of communications and sensing applications. This device operates efficiently over wide temperature ranges with a low coefficient of temperature-dependent wavelength shift. It features a high-reliability design, tested and burned-in for endurance. The diode is housed in a 5.6 mm TO Can package, incorporating an aspheric focusing lens within the cap, which ensures optimal focusing and compatibility with SMF-28e+ fibers. The laser diode is suitable for use in CDMA/GSM transmission systems, WDM systems, and telecommunications, among other analog transmission systems. Electro-optical characteristics include a 1310nm wavelength and a minimum output power of 5mW. Additionally, it is designed for a long operational life, ensuring consistent performance in research, interferometry, and optical reflectometry applications. This product also comes with a 1-3 year warranty and options for customization to meet specific output power requirements.

The 1653nm DFB Laser Diode is engineered for high precision gas sensing, specifically targeting methane (CH4) detection. This laser diode features a stable wavelength output and high power, facilitated by a single longitudinal mode design which ensures optimal performance under various operational settings. It is equipped with an imported DFB chip, integrated TEC, and NTC, which contribute to its narrow linewidth output, enhancing application accuracy. The small package includes a collimating lens that assists in focused laser delivery ideal for gas analysis and detection systems. Additionally, the product offers robust build quality and is backed by a 1-3 year warranty. For those involved in developing or maintaining laser gas analysis systems, this diode provides critical technical advantages without compromising on equipment reliability.

The 1100nm-1650nm Coaxial Pigtail PIN Photodiode is designed with a small form factor using an InGaAs detector chip housed in a coaxial package, ideal for applications in CATV systems, analog optical receivers, and power detection. It boasts low power consumption and a minimal dark current, along with low return loss and high linearity. Available with optional FC/PC or FC/APC connector interfaces, this photodiode provides operational reliability and longevity, ensuring stable performance in various test equipment and systems. The compact, laser-welded design is engineered for durability and flexibility, complemented by low capacitance and dark current to maintain performance integrity. Extensive testing and a warranty period of 1-3 years underline the product's quality assurance.