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Explore the comprehensive electrical specifications for the RF to Fiber Optic Transmitter System designed by Jean-Marie Bussat and John Joseph. This system includes a Trans-Impedance Amplifier and Laser Diode for a low noise front end, along with pre-selectors, attenuators, and RF amplifiers with low noise and high TOIP. The detailed block diagrams illustrate the setup, including Loop or Dipole Antennas, Matching Networks, Filters, and various RF components. The system comprises an RF Front-End with BNC connectors, ST-type BNC interfaces for the Fiber Optic Transmitter, and a PIN Diode Trans-Impedance Amplifier for improved signal reception. Enhance your understanding of the RF to Fiber Optic conversion with these detailed specifications.
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RF-FO Electrical Specification Jean-Marie Bussat John Joseph
RF to Fiber Optic Transmitter Trans-impedance Amplifier, Laser Diode RF Low Noise Front End LNA, Pre-selector and Attenuator RF-FO Simplified Block Diagram Loop or Dipole Antenna
RF Amplifier Low Noise, High TOIP, 0.1 to 100MHz Attenuator 20 dB Max10 Steps Matching Network Filter 100MHz LPF or Bank of 4 Single Octave BPFs RF-FO Detailed Block Diagram: RF Front-End BNC BNC
Laser Diode Trans-Impedance Amplifier RF-FO Detailed Block Diagram: FO Transmitter ST type BNC
ST type BNC PIN Diode Trans-Impedance Amplifier RF-FO Detailed Block Diagram: FO Receiver