Li Light Custom LED Flashlight These are limited run, only a handful made are full custom titanium flashlight Material: Full Titanium Manufacturer: Li Tong Ge Customs Head diameter: 22.8mm Tail diameter: 22.8mm Overall length: 101mm Battery: 14500 flat top 5A (NOT INCLUDED) Driver: Dr. Jones H17FX Emitter: SFT40 Driver information: This super-advanced driver, designed by DrJones, is extremely advanced, with triple-channel output (2x7135 channels; 1xFET channel), seamless temperature sensor function and full user programmability. The PCBs for this revision are blue instead of purple. Specifications 17mm Diameter 3V-4.35V Input Voltage Triple-Channel Output 2x 7135 Channels; Up to 3A Constant Current Regulation 1x FET/Direct Drive Channel; Non-regulated Output 22 AWG Silicone Wires Pre-Soldered (included standard, but can be removed). Spring Options: No Spring Brass Button QLITE Spring This is a custom driver board (H17F) with an enhanced version of lucidrv with some additional features. It has a diameter of 17mm with components on both sides, and provides a current of 3.0A (8*AMC7125) plus a direct drive FET for turbo modes. Low modes (up to 13%) are driven by a single AMC7135 IC (380mA), which allows very low moonlight/firefly modes and makes those modes also quite efficient (the LED is more efficient at lower currents). Medium and high modes up to 3.0A are driven by additional 7*AMC7135. The direct drive FET allows for turbo modes of 5A and more - but that depends on the battery (use a high drain cell with low internal resistance) and on internal resistaces of the flashlight (contacts, wires, springs, switch, and the forward voltage of the LED). Off-Time memory: The driver distinguishes between being off for a short tap (half-press) on the clicky to change to the next mode and being switched off for a longer time (~0.5s) so that memory kicks in (or no-memory if configured that way). Two mode groups: There are two easily switchable mode groups for different situations (e.g. one for indoors with moon and low modes, and one for outdoors with high/med). Each group is fully configurable with up to 7 modes and it's own memory type (see below). Programming: Each mode can be configured to a one of the 24 available (visually linear) levels of brightness. There are also some special functions which can be configured to any brightnes level, too: strobe, beacon or double-pulse blink. The number of modes (1-7) and the memory type can be configured for each group. Memory:No-memory, classic memory or short-cycle memory configurable for each mode group. Double-Tap mode: A quick double-tap leads to an additional (programmable) mode (e.g. high or strobe) for each group. It can also be activated fromm off by a tap immediately after clicking on (click-tap; for reverse clickies), or by a tap immediately before clicking the light on (tap-click; for forward clickies) Mode locking: Select any mode and use it for a second, then activate mode lock (see below). Then that mode is locked, it won't change to next mode any more (unless you unlock it again). Good for tactical or signaling purpose. Full thermal control: The driver monitors the temperature and reduces power to avoid overheating. The power is constantly adjusted to keep the set temperature constant (PID control): If the light gets hot, the power is reuced, but if for example a better airflow enhances cooling, the power increases again. The driver constantly adapts to the cooling conditions; the better the cooling is, the brighter it will be. The target temperature can be configured in steps of 5°C, and thermal control can also be deactivated. Note that the temperature is measured at the driver and will be somewhere between the LED's and the body's temperature. It will reach the set temperature and start regulating down the power before the body reaches it's equilibrium temperature, which will also be lower than the (driver's) set temperature. Note also that the absolute accuracy of the temperature sensor is about +- 5°C The set temperature may be exceeded for a short time after changing to a high power mode when the light is already near it's set temperature, since activating a high power mode is supposed to give high power at least for a short time. The driver will soon start regulating down to reach the set temperature again. Bump proof: If mounted on a bike, bumps may cause the battery to loose contact to the driver for a very short moment, which many drivers interpret as a button tap and change modes. This driver however ignores those bumps and keeps it's mode. Battery monitoring: Whenever the battery falls below 3V under load, brightness is reduced (about half). The reduced load usually brings up the voltage a bit. When it drops below 3V again, brightness is halved again - and so on, down to a very low level. It will not switch off and leave you in complete darkness though. Voltage indicator: The driver can show the battery status via some blinks; see below. Efficiency: The luminous efficacy of the all modes except the highest 6 brightness levels is increased by using a truly lower current (triple channel design with a low current and two high current channels). Lower levels: The triple channel design also allows for a higher dynamic range of brightness levels (12 bit), i.e. more lower levels. Turbo levels: The additional direct drive FET channel allows for quite high currents for the two turbo modes: full turbo and an intermediate half-turbo. Actual currents depend on the battery and the flashlight hardware. 16 kHz PWM frequency: Invisible and inaudible. Configuration menu (programming mode): Select a mode and use it for at least a second. That mode is then the selected mode for some of the actions below. Then enter programming mode by 8 rapid taps (half-presses; the light must be
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