FPL-1 femtosecond laser phase stability controller is a sophisticated servo circuit system with broad feedback,
for stabilizing the carrier envelope phase drift in femtosecond lasers.. If the external stable microwave signal is selected as a reference, the carrier envelope phase offset frequency shift will keep consistent with the reference signal frequency stability for a long time,, without change over outside interference.
Specification：
● Reference signal: 20 MHz (according to customer requirements), -10~0dBm, 50Ω
● Input signal: 18MHz~23MHz (according to customer requirements), -40~-10dBm,50Ω
● Bandwidth: >1MHz
● Phase range: -64π~64π
● Control voltage: -1V~1V (according to customer requirements)
● Control port impedance: 10kΩ
● Power supply: 220V AC, 50Hz
● Extension interface: 1x serial port, 1x network interface, 4x USB2.0
● Display: 7"
● Operating temperature: 0~50℃
● Size: 360mm(long)×450 mm(wide)×193 mm
● Weight: 10kg
Application：Typical application：
● Femtosecond laser frequency comb
● Generation of attosecond
● Quantum optics
● Precision spectroscopy
● Precise distance measurement
Product features
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Bandwidth greater than 1MHz
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Linear phase detector with extended range
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PID controller parameters can be flexibly configured
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Network remote operation
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Different driver can be controlled
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Status indication function
Product pictures
