Driver DC2200 LED DRIVER - Excellent

DC2200 LED Driver: High performance power supply for Thorlabs LEDs

The DC2200 LED Driver represents the pinnacle of LED power innovation from Thorlabs. Precisely engineered to deliver exceptional performance, this versatile LED driver meets the most demanding lighting requirements with finesse. Whether for microscopy, mounted lighting or fiber coupled LED applications, the DC2200 ensures reliable and efficient power, elevating your lighting experience to unprecedented levels.

At the heart of its design is a commitment to precision and reliability. Every aspect of the DC2200 is designed to perfection, ensuring seamless integration and optimal functionality in various lighting scenarios. From its sleek exterior to its cutting-edge internal components, every detail reflects Thorlabs' commitment to excellence.

In the field of microscopy, where precision is paramount, the DC2200 shines as a beacon of reliability. Its stable power output ensures consistent illumination, allowing researchers to capture the smallest details with clarity and precision. Likewise, in mounted lighting applications, the DC2200's robust performance ensures consistent light output, improving visibility and productivity in various environments.

Additionally, for applications involving fiber coupled LEDs, the DC2200 presents itself as a real asset, offering unrivaled versatility and control. Its advanced features allow users to adjust lighting to their exact specifications, unlocking creative possibilities and pushing the boundaries of what is possible with LED lighting.

With an impressive capacity, the DC2200 LED Driver positions itself as a leading power solution for a wide range of LEDs. Capable of delivering a maximum LED current of up to 10A and a maximum forward voltage of 50V, this driver ensures optimal operation for a variety of lighting needs.

The two LED connection terminals located on the rear of the driver provide maximum compatibility with Thorlabs' high-power, mounted LEDs, ensuring seamless integration into various lighting setups. The LED1 terminal is equipped with a 12-pin Neutrik MiniCON female connector, specifically designed for high-power LEDs requiring drive currents of up to 10 A. This robust interface ensures a secure and reliable connection, even in the harshest conditions. more demanding.

On the other hand, the LED2 terminal features a 4-pin M8x1 female connector, ideal for low-power LEDs requiring currents of ≤2 A. This design allows precise and stable power supply of low-power LEDs, while providing maximum flexibility for a variety of lighting applications.

The versatility of the DC2200 LED Driver is a real strength that sets it apart in the LED lighting market. Featuring two selectable operating modes - continuous or dimming - this driver offers unrivaled flexibility to meet a multitude of lighting applications.

Thanks to its intuitive touch screen, the user can easily switch between these operating modes according to the specific needs of each project. Whether to maintain constant lighting or to adjust the brightness according to ambient conditions, the DC2200 responds to all scenarios with disconcerting ease.

But that's not all. With an extensive range of customizable settings accessible through its user-friendly interface, the DC2200 offers complete control over lighting. From LED current settings, to modulation modes, to time delay options, every aspect of lighting can be finely tuned to suit the specific requirements of each application.

In addition to its standalone operation via its front panel, the DC2200 can also be controlled remotely via the USB 2.0 port located on the rear of the device. The inclusiveness of the software allows precise control of the LEDs from a PC, providing total flexibility to the user.

The DC2200 also offers increased security with its advanced features. An interlock circuit can be connected to a user-supplied emergency switch for additional protection. Additionally, an SMA connector is provided for external modulation signals, while a ground socket can be used with electrostatic discharge (ESD) protection equipment.

With an LED current resolution of 0.1 mA and an accuracy of ±(0.1% + 1 mA), the DC2200 ensures exceptional stability and reliability under all operating conditions. Additionally, its low signal bandwidth of up to 250 kHz ensures precise response to even the fastest signals.

The DC2200 LED Driver from Thorlabs represents the ideal option for researchers, engineers and lighting professionals looking for a reliable, precise and versatile power supply for their most demanding LED applications. Whether for laboratory research, medical imaging, microscopy or other fields, the DC2200 offers exceptional performance and unparalleled ease of use.

• Maximum LED current: The DC2200 can provide a maximum LED current of up to 10 A, efficiently powering a wide range of high-power LEDs.
• Maximum forward voltage: It offers a maximum forward voltage of 50 V, ensuring stable and reliable power supply for LEDs in different applications.
• LED current resolution: Its LED current resolution of 0.1 mA ensures exceptional precision in controlling LED power supply.
• LED current accuracy: With an accuracy of ±(0.1% + 1 mA), the DC2200 ensures remarkable current stability, essential for precise and reproducible results.
• Small signal bandwidth: Its small signal bandwidth of up to 250 kHz allows for precise response even to the fastest signals, ensuring optimal performance in various conditions.
• Connectivity: The DC2200 is equipped with LED connection terminals compatible with a wide range of Thorlabs high-power and mounted LEDs, offering maximum compatibility and flexibility.
• Control: It can be controlled locally via its intuitive front panel or remotely via the USB 2.0 port and included software, offering maximum ease of use and flexibility.
• Safety: Featuring an interlock circuit for additional protection and a grounding jack for use with electrostatic discharge (ESD) protection equipment, the DC2200 ensures safe and reliable operation in all environments.