LPE32002-M2

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Part Status:	Active

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LPE32002-M2 application field and working principle

The LPE32002-M2 is an optical switch designed to provide a wide range of applications in optical communications, optical sensing, 3D imaging, and other fields. The device is suitable for a variety of optical link systems, including wavelength-division multiplexing (WDM), long-haul fiber runs up to 20km, and electronic-optical interconnects. It is also suitable for telecom and optical communication networks.The device employs an array of silicon substrates featuring metal-dielectric layers over top. The layers are arranged in a stack and interconnected using a mix of electrical and mechanical connections. This configuration creates a highly efficient, low-loss optical switch. When illuminated, the optical switch can reflect, filter, and direct light toward a specific port, making it an extremely efficient and versatile solution for many applications.The LPE32002-M2 has a low insertion loss of 2.0 dB which is ideal for applications where a low insertion loss is a priority. Additionally, the device features low back reflection, low divergence, and low ripple over temperature. This combination of features makes the device beneficial in applications such as optical networks.The device has a 3R function which is defined as reamplification, reshaping, and redirection. This means that it can reamplify the signal, reshape it, and then direct it, increasing its efficiency. This feature is especially advantageous for applications such as optical links, where the signal must cover a great distance or an array of paths over a shorter distance.The device operates on a programmable latching system, which allows it to switch between two positions upon receiving a signal. The system is designed so that after receiving a control signal, the optical switch will remain in the same position until the control signal is removed again. This means that the device can be used in applications which require a single automatic response or an ongoing data flow.Finally, the device is designed with a highly-efficient piezoelectric drive (PED) which can be integrated with the optical switch for precise and rapid switching. The PED borrows energy from the environment which helps to reduce power consumption.The LPE32002-M2 is an ideal solution for numerous optical communications and sensing applications, thanks to its low insertion loss, low divergence, and highly efficient operation. With its programmable latching system and piezoelectric drive, the device is a viable and reliable option for a range of applications.In conclusion, the LPE32002-M2 is a robust, reliable, and efficient optical switch designed for numerous optical communications and sensing applications. Its piezoelectric drive (PED) provides rapid, efficient switching while the latching system allows for precise, automatic responses. With its low insertion loss, low backreflection, and low divergence, the device is a reliable, viable, and flexible solution for optical networks.

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