ITC4001 In Stock

The Thorlabs ITC4001 Combined Laser Diode and TEC Controller is a powerful and versatile device that combines the functionality of a LDC4000 series current controller and a TED4015 temperature controller. This allows for precise and stable control of laser diodes with a maximum operating current from 0 to 1 A. The device also has a compliance voltage of 11 V and can provide -8 to +8 A of current for even more precise control.

The ITC4001 is compatible with all laser diode and monitor diode pin configurations and features a constant current (CC) or constant power (CP) mode. This allows you to use it with a wide range of laser diodes, making it a versatile device for your laboratory or production environment. Most common temperature sensors can be used with the device, and it can be adapted to different thermal loads via a digital PID controller. This allows you to fine-tune the temperature control to suit your specific needs.

The ITC4001 is easy to operate, with front panel keys and intuitive operation menus on a large and easy-to-read graphic LCD display. Additionally, it can be controlled by a SCPI-compatible USB Interface, which allows for higher setting and measurement resolution since the front panel resolution is limited by the resolution of the display. The device also offers various outputs and a digital I/O port, providing many control and connectivity options. The built-in function generator allows for analog modulation of the laser output out of the box, making it a very versatile device.

The ITC4001 offers many advanced features such as a Quasi-Continuous Wave (QCW) operation mode, easy auto-tune PID, and diverse laser diode and TEC element protection. The controller design also provides silent and power-efficient operation, making it a great choice for safe and secure operation of medium- to high-power laser diodes and LEDs either in the lab or in production environments. With the ITC4001, you can be sure that your laser diodes and temperature sensors are operating at the highest levels of precision and stability.