タイトルまたは説明

LN Thin Film on Silicon
Single-Crystal Lithium Niobate Thin Film/Silicon Substrate
 
Direct bonding
Integration with silicon
Application: SAW devices

Company Information:
    Jinan Jingzheng Electronics Co., Ltd. (Nanoln), established in ***0, is specialized in producing single-crystal LN thin films. Its people are well experienced in the optical crystal and semiconductor fields. Nanoln wafers can be used for producing a variety of opto-electronic devices and components, including optical filters, modulators, pyroelectric detectors, optical switches, dynamic RAM, piezoelectric transducers, etc. Its advantages include reducing the size, improving the integration level, reducing the power consumption and stabilizing the performance of devices and components. Nanoln people are striving to offer high quality products together with the best service and technical support.
    As one of the most important opto-electronic materials, LiNbO3 crystal is widely used in the fields of integrated optics, non-linear optics and opto-electronic components.
The product we manufacture is single-crystal LN thin films which are *0 to **0nm thick and 3 inches in diameter. Our wafer could be called LNOI (lithium niobate on insulator). Below is a brief illustration of a regular Nanoln wafer.
    The single-crystal lithium niobate thin films, which will be of great interest for developing high-speed, wide-bandwidth, high-density and high-efficiency photonic circuits and electronic devices, are mainly used in the following fields:
    Integrated optics, such as photonic wires, optical filters, electro-optically tunable micro-ring resonators, and optical detectors. The size of the devices made on our products could be reduced more than one million times, the integrated level would be greatly enhanced, the consumption of the power would be lower, the performance would be more stable, meanwhile, the cost would be reduced greatly.
    High-density data storage. the capacity of a piece of lithium tantalate thin film can reach to *0 Tbit, the equivalent of **0,**0 CD.
    Electronic devices and components. surface acoustic wave devices, pyroelectric detectors, Terahertz wave generation and propagation and etc.