DC1336A

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The DC1336A is a high performance heterostructure laser diode control evaluation board from Agilent Technologies. This evaluation board is designed to control and measure the performance of laser diode devices operating over the wavelength range of 370 nm to 2300 nm. The DC1336A evaluation board features a full set of hardware and software tools to allow engineers to perform their tasks with ease. The board is ideal for use in the laboratory for research and development, or for high-speed prototyping.

The DC1336A evaluation board has a built-in laser control interface, a wide range of detection and gain control modes, adjustable drive current, and an integrated laser safety system. In addition, the evaluation board is designed with a user-friendly graphical user interface (GUI), which makes it easier to control and monitor the laser diode operating parameters. The evaluation board also provides on-board diagnostics and can test a wide range of laser diode types in varying applications.

The DC1336A evaluation board also offers two different operation modes. In the static mode, the evaluation board can be used to accurately measure the differential variation of the laser diode current or its optical power. In the dynamic mode, the board can be used to measure the modulation response of the device with respect to a predetermined amplitude and waveform. The variable laser diode drive current can also be adjusted while in the dynamic mode.

The DC1336A evaluation board also includes a wide range of protection features and limits to ensure the best performance of the laser diode under test. For example, it features protection against transverse and longitudinal mode selection, ensuring only the lowest loss lasing operation mode is selected. It also includes a safety switch to disconnect the laser diode from the power at the source. The board also has a range of choices for setting limits on both the minimum and maximum diode current.

The DC1336A evaluation board can also be used to test optical communication systems. It provides an interface between a laser diode and a coaxial cable through a single-ended laser drive voltage connection. This connection allows for the control of multiple laser diode channels, which can be used to characterize the performance of optical communication systems. In addition, the evaluation board includes a built-in oscilloscope for making fast measurements and monitoring of the signals present in the system.

In conclusion, the DC1336A evaluation board is designed to simplify the design and characterization of laser diodes and other devices operating over a wide wavelength range. This evaluation board includes a wide range of tools to accurately measure parameters and allows for the rapid testing of laser diode performance over time. The board is also easy to use, with a user-friendly GUI and is ideal for use in the laboratory or for prototype evaluation. With its wide range of features and abilities, the DC1336A evaluation board is an excellent choice for designers and engineers who need a reliable, high-performance instrument for laser diode control and characterization.

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