Up to 40 GHz RF over Fiber Lightwave Link Modules,Type H-2, Link Gain of -6 dB 850 nm Phase Modulator The DFB laser’s operating temperature

The DFB laser’s operating temperature and drive current are precisely monitored by a micro-controller to ensure constant output power and emission wavelength stability

• Useful O/E bandwidth over 80MHz

It can be operated in either Manual Gain Control (MGC) mode or Automatic Gain Control (AGC) mode

PM-1310-5 is fabricated with Annealed Proton Exchange (APE) optical waveguides and features a chip Polarization Extinction Ratio (PER) of over 60 dB

Features:• Ultra-wide Bandwidth up to 30 GHz• High Dynamic Range• High Input Power Handling Capacity of 20 mW• Highly Linear for Analog Signals Transmission• No TIA for Intrinsic Phase Linearity• Status Monitoring: RS-232• Power and Remote Monitoring via USB PortApplications:• EW Systems• Broadband Delay-line and Signal Processing• LIDAR Receivers• Phased and Interferometric Array Antenna• Wideband RF Transmission over Fiber• RF/IF Signal Distribution• Satcom Microwave Antenna Signal Distribution

Up to 40 GHz RF over Fiber Lightwave Link Modules,Type H-2, Link Gain of -6 dB 850 nm Phase Modulator The DFB laser’s operating temperatureThe Optilab RFLL 40 H 2 RF over Fiber Lightwave Link is composed of a MD 50 RF amplifier, LTA 40 LD V lightwave transmitter module, EDFA PA MSA low drive consumption and a PD 40 receiver to form a high performance RFoF link for up to 40 GHz applications. Include: MD 50, 50 GHz Modulator Driver RF AmplifierThe Modulator Driver (MD) is a 50 GHz Bandwidth RF Amplifier in a compact and user friendly module that provides a high quality, single ended