LDC340 In Stock

The LDC340 by ThorLabs is a versatile and reliable benchtop dual current range laser diode controller. The LDC340 has been created to offer a reliable and efficient laser diode current control when coupled with an IEEE488.2 interface, giving it the capability of driving up to 4A laser current and thus making it suitable for a broad spectrum of laser applications.

An advantageous feature of LDC340 is its low noise operation, which ensures that the laser output is stable and accurate. The LDC340 is a great asset due to its two current ranges, which makes it suitable for many different laser diodes. Moreover, it offers universal compatibility and allows the user ease in connecting the controller to other compatible devices. Another standout feature of the LDC340 is its compact design, providing a comfortable user experience as well as occupying minimal space on the benchtop of the user. Additionally, the LDC340 has extensive protection features that ensure that the laser diode is safe from potential damage. The ability to drive two lasers simultaneously can be another great advantage for a range of applications.

Other impressive features of the LDC340 include two independent monitor diode inputs, a CW mode with modulation input of up to 50 kHz, and an interlock system that automatically switches off the laser in response to an external control signal. The device also comes with compatible instrument drivers for added convenience. The LDC340 has dual capabilities of constant current and constant power mode. Each one provides unique features relevant to various applications, making it an invaluable asset. Remote operation (LDC340-IEEE only) is possible, allowing for easy control of settings from a PC. The rear panel of the laser diode controller features a range of connectors, including a mains connector with fuse, an output jack (9 pin D-SUB), and inputs for external monitor diode and temperature window protection.

The LDC340 is compatible with the IEEE488.2 interface, with an additional DIP switch bank for setting the IEEE 488 device address, and a 24 pin IEEE488 jack for easy connectivity. The device is designed with safety in mind, with an LED indicator that alerts the user if the laser output is switched on, and conditions that prevent the laser current from being activated if not met. For even greater control, the LDC340 features a potentiometer at the back panel that allows for adjustment of the speed of the regulation loop in constant power mode. This feature ensures that the settling time is optimized for the specific application at hand.