JMGAPD-26L

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The JMGAPD-26L series is a family of optical SPDT switches designed for a wide range of applications. It utilizes a lithographically defined sub-micron optical switch technology that enables superior performance in terms of gain, insertion loss, switching speed, and small form factor.

The JMGAPD-26L is typically used for applications such as optical network switching, multiplexing, networking, routing, and transport. It can be used in systems operating at both network and device level, especially in applications that require fast and reliable switching of optical signals. In such applications, switching can be done quickly and accurately by just applying an appropriate voltage to the device.

One of the main advantages of the JMGAPD-26L series is its fast switching speed. With an activation time of less than 10 nanoseconds, the switch offers high-speed operation even in the most demanding applications. Additionally, compared to other types of optical switches, the JMGAPD-26L features a very low insertion loss of less than 0.3 dB and a wide dynamic range. These features allow for efficient signal processing, which further improves the overall performance of the system.

The JMGAPD-26L series is based on a patented nano-optic switching technology that employs a unique combination of semiconductor layers and lithographically produced optical apertures. This switching technology enables the high-speed switching of light signals with a low insertion loss. In addition, the switch can be easily integrated with a wide range of electronics and sensors to enable sophisticated optical communications.

Overall, JMGAPD-26L series optical SPDT switches are ideal for applications where fast and reliable optical signal switching is required. The device’s superior performance in terms of switching speed, as well as its low insertion loss and wide dynamic range, make it an attractive choice for many applications. Furthermore, its small form factor enables easy integration into a wide variety of systems, making it a flexible and cost-effective solution.

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