Lumiboost is an advanced DC to DC boost converter designed specifically for high power LED chip-on-board arrays. With a powerful microprocessor onboard, it can read multiple input signal types for dimming control. These include: DMX-521, R/C servo style PWM, analog voltage, and board-to-board communication. It can also accommodate an optional ESP-01 WiFi module for control via Art-Net. Designed with drone lighting in mind, the Lumiboost is optimized for Lithium batteries. It includes a programmable low voltage cutoff feature for battery protection. Thermal protection and active fan control can be enabled with the use of an external thermistor.
The Lumiboost is fully configurable via the PC application software. It also has a live telemetry stream for monitoring power, voltage, current, input signals, and more. Numerous Lumiboost boards can be daisy-chained together for simultaneous control and configuration.
Specifications:
Input Voltage: 12 to 32V via XT30 Connector
Max Output Voltage: 72V
Max Output Power: 120W (up to 300W with theoretical infinite heat sinking)
Max Output Current: 5.5A - Constant Current
Flicker Free - DC Output
Protection Features: output over voltage, output over current, input under voltage, thermal fold-back
Fan Output: 10/12V selectable, PWM speed control - 3-pin JST GH Connector
Aux power: +5V output for: R/C RX, DMX RX/TX, Arduino
Dimming Inputs: Digital I/O, 0-5V Analog Voltage, R/C PWM, DMX-512, Art-Net via ESP-01.
Weight: 30g
LED Compatibility:
The input voltage of the Lumiboost must be lower than the forward voltage (VF) rating of the LED emitter. For best results, use LEDs with a forward voltage of 22 to 70V. When using LEDs with a forward voltage above 36V, it’s recommended to only use input voltages above 20V.
By default, the Lumiboost is configured for LEDs with a max current rating of 3.5A and a forward voltage of 32V. Changing any settings will require use of the Lumiboost Configurator Software.
Whats included?
Lumiboost PCBA
Daisy-chaining wire
R/C PWM input wire
Potentiometer
