EAGTAC - T25C2 - Efficiency

T25C2 without boundary

Whether you're professionals that uses ultraviolet (UV) 365nm/395nm output for inspection/verification/curing, or specialists that uses infrared (IR) 850nm/940nm output for night vision purposes, or artists/perfectionists that uses high CRI, or hobbyists that uses multi-color LED for outdoor sport, the T25C2 offers a wide selections of optional LED drop-ins that comes in different wavelength and output to suit your special needs.

With improved LED efficiency and circuit performance introduced from LED or IC manufacturers almost every few years, always enjoy the latest technology and new functions by upgrading to the latest LED module at a very reasonable cost.

C3300 Extreme3

This highly efficient synchronous buck current regulated circuit controls the precious amount of current that goes through the LED at all output levels. This results in constant brightness output regardless of LED variation, battery voltage, and temperature change. The Low EMI management and quick soft-start design provide clean electricity for the circuit and LED to enhance their service life.

Our synchronous buck converter is more technologically advanced and compact than regular buck converter. It also allows more board space for our exceptionally low DCR mosfets, rugged & shielded power inductor, and low ESR tantalum capacitors. This together leads to very high efficiency and low dropout voltage which allows single 18650 to regulate at turbo for most of the runtime.

Excellent runtime and flat regulation

T25C2 runs for 150+ hours on its lowest brightness level with EAGTAC 3400mAh 18650 li-ion. The current regulated circuit design allows constant output throughout its runtime for all output levels without flicking.

At highest brightness level, T25C2 current regulates for 1 hour using two EAGTAC CR123A batteries. With two 3400mAh 18650 batteries (using 4 cells body extender) you get about 3.3 hours of runtime on high (2.5 hours with energy saving feature turned off).

The current regulation control method allows the just right of amount of current going through the LED. This results in constant brightness output regardless of battery type, LED variation, and temperature change.