N4373D Optical Wave Component Analyzer

Overview and Features Absolute Frequency Response Accuracy • < 0.9 dBe (typical) at 50 GHz • < 1.3 dBe (typical) at 67 GHz Relative Frequency Response Accuracy • < 0.5 dBe (typical) at 50 GHz • < 1.3 dBe (typical) at 67 GHzNoise Floor • < -59 dB (W/A) at 67 GHz (electro-optical measurement) • < -55 dB (A/W) at 67 GHz (photoelectric measurement) The new N4373D offers the latest N5227A series network analyzers in 2-port or 4-port configurations. This LCA is an ideal solution for testing optoelectronic components up to 67 GHz. It is also an ideal instrument for testing optoelectronic components in 56 Gbaud coherent transmission systems, Radio over Fiber (RoF), and aerospace and defense (A&D) optoelectronic test applications. The accuracy of the N4373D is traceable to international standards and provides guaranteed specifications for sensitive optoelectronic S-parameter measurements in a complete solution. When combined with the N4694A electronic calibration kit, you can set up tests faster, allowing you to focus on component development. Measurement setup is quick and simple, increasing productivity, as time-consuming electronic calibration steps can now be done automatically, eliminating the need for optical calibration by operators. Other Advantages• Built-in average power meter for quick transmitter power testing• SCPI remote control• PMF optical output for reliable modulator testing• User-selectable optical transmitter output power to help adapt to target test conditions