MEMS Variable Photonic Time Delay Line
The MEMS Series Photonic Time Delay digitally varies the delay time inside a fiber with exceptionally large range (maximum delay) and precision (bit). It selectively routes optical signals through N fiber loops whose lengths increase successively by a power of 2. Since each switching element allows the signal to either pass or bypass a fiber loop, a delay T may be inserted, which can take any value (in increments of DT) up to the maximum value T. This is achieved using a patent pending MEMS configuration and activated via an electrical control signal. Latching operation preserves the selected optical path after the drive signal has been removed. The device is designed to meet the most demanding switching requirements of ultra-high reliability, vibration insensitivity, and low power consumption. It is a completed module with built-in driver.
- High Speed
- High Reliability
- Fail-Safe Latching
- Low Insertion Loss
- Low Power Consumption
- Phase-Array Antennas
|MEMS Series Photonic Delay Line||Min||Typical||Max||Unit|
|Switching Time(fall, rise)||2||10||ms|
|Delay Time Range||n||m||s|
|Polarization Dependent Loss||0.1||0.2||dB|
|Polarization Mode Dispersion||0.1||0.2||ps|
|Optical Power Handling||400||500||mW|
|Package Dimension||35L x 20W x 8.5H||mm|
. For 4 bits.