5060 In Stock

The 5060 by Newport is a Laser Diode Driver that is designed for precise control and thorough characterization of laser diodes. This driver boasts a comprehensive feature set, including full 16-bit control, accessible through RS-232C or IEEE-488 interfaces. Compatibility with LabVIEW drivers provided alongside computer interfaces enhances its utility. The driver's capabilities are conveniently displayed on a two-line alphanumeric LCD screen. This display presents essential laser diode parameters such as Vf, lm or Po, and lo functionality. Notably, when the 5060 is programmed with the monitor photodiode's responsivity, power values are exhibited in Watts.

A key aspect of the 5060 is its built-in function generator that can be programmed across a frequency range of 200 Hz to 300 kHz, offering both squarewave and sine wave outputs. This function serves as a valuable resource for generating datacom and telecom test tones to facilitate system evaluation. To ensure the utmost protection for laser diodes, the 5060 incorporates a range of safety measures. These encompass a gradual turn-on sequence, multiple output shorting circuits, customizable independent current and power limit settings, intermittent contact protection, and sophisticated transient detection and filtering. Additionally, the utilization of shielded cables effectively mitigates radiated energy from external sources, leading to minimal noise interference for the laser diode's output.

The 5060's versatility extends to external analog modulation capabilities, enabling users to modulate the output current with various waveforms and frequencies. This modulation can operate in both constant power (APC) and constant current (ACC) modes, ensuring flexibility in application. Importantly, the device safeguards laser diodes from incorrect settings during setup mode. Facilitating ease of use, the 5060 retains programmed settings even after power is turned off, simplifying control and testing across different scenarios. For added security, the front panel inputs can be deactivated by engaging the Lockout dial button, strategically positioned beneath the control knob. This design feature prevents inadvertent adjustments to the output, thereby upholding precision and stability in operation.