Photoelectric sampling module

Product OverviewThis module is a plug-in module specifically designed for the 83480A digital communication analyzer and the 86100A/B/C series Infiniium DCA/DCA - J host. Its core features two independent measurement channels for both optical and electrical measurements. The optical channel is a non-amplified single-mode design, with a wavelength range of 980nm - 1625nm, a bandwidth of 30GHz, a sensitivity of -8dBm, and has been specially calibrated at the two commonly used optical communication wavelengths of 1310nm and 1550nm. The electrical channel supports bandwidth switching of 18GHz and 40GHz, uses a 2.4mm connector, and can be adapted for the measurement of signals of different rates. Product featuresDual-mode measurement with high fidelity: Integrated optical and electrical dual measurement channels, without the need for additional external receivers. The optical channel avoids the signal distortion problems caused by cables and connectors when connecting external receivers, can accurately characterize the optical waveform, and is equipped with a power meter function, which can precisely display the received optical waveform in microwatts. Both dual-channel paths support bandwidth selection settings, allowing for switching between low oscilloscope noise and high bandwidth of over 30 GHz, ensuring high fidelity for high-speed signal measurement. High adaptability and wide compatibility: Not only can it be matched with Agilent 83480A digital communication analyzer, but it can also be compatible with 86100A/B/C series hosts. It is compatible with multiple mainstream test platforms, eliminating the need to configure dedicated measurement modules for different test hosts, thereby reducing the configuration cost of test equipment and meeting the usage requirements of both new and old test systems. Scene adaptation is highly targeted: The optical channel has been calibrated for the core wavelengths of optical communication, matching the testing scenarios of mainstream optical communication equipment; the bandwidth switching function of the electrical channel can meet the measurement requirements for different rate electrical signals, capable of handling both ordinary medium and high-speed electrical signal tests, as well as adapting to the analysis of high-frequency electrical signals in the 40GHz band, without the need to frequently replace measurement components. Product OverviewThis module is a plug-in module specifically designed for the 83480A digital communication analyzer and the 86100A/B/C series Infiniium DCA/DCA - J host. Its core features two independent measurement channels for both optical and electrical measurements. The optical channel is a non-amplified single-mode design, with a wavelength range of 980nm - 1625nm, a bandwidth of 30GHz, a sensitivity of -8dBm, and has been specially calibrated at the two commonly used optical communication wavelengths of 1310nm and 1550nm. The electrical channel supports bandwidth switching of 18GHz and 40GHz, uses a 2.4mm connector, and can be adapted for the measurement of signals of different rates. Product featuresDual-mode measurement with high fidelity: Integrated optical and electrical dual measurement channels, without the need for additional external receivers. The optical channel avoids the signal distortion problems caused by cables and connectors when connecting external receivers, can accurately characterize the optical waveform, and is equipped with a power meter function, which can precisely display the received optical waveform in microwatts. Both dual-channel paths support bandwidth selection settings, allowing for switching between low oscilloscope noise and high bandwidth of over 30 GHz, ensuring high fidelity for high-speed signal measurement. High adaptability and wide compatibility: Not only can it be matched with Agilent 83480A digital communication analyzer, but it can also be compatible with 86100A/B/C series hosts. It is compatible with multiple mainstream test platforms, eliminating the need to configure dedicated measurement modules for different test hosts, thereby reducing the configuration cost of test equipment and meeting the usage requirements of both new and old test systems. Scene adaptation is highly targeted: The optical channel has been calibrated for the core wavelengths of optical communication, matching the testing scenarios of mainstream optical communication equipment; the bandwidth switching function of the electrical channel can meet the measurement requirements for different rate electrical signals. It can handle both ordinary medium and high-speed electrical signal tests and also adapt to the analysis of high-frequency electrical signals in the 40GHz band, without the need to frequently replace measurement components.