DC-DC Step Up Down Module XL6009 Adjustable Module QS-0524CBDE-15W
SKU: 1941714
Brand: QSKJ
Model: QS-0524CBDE-15W
Features:
The new original XLSEMI chip, eliminate fake, disassemble chip.
Imported SMD electrolytic capacitors, not accompanied by homemade capacitance.
Up to 400Khz operating frequency, and LC filter circuit, output ripple is very low.
Import TDK inductors, the heat and noise to a minimum.
Input and output three MLCC Multilayer ceramic capacitors, interference enhance stability.
PCB use kb of A grade sheet material, to prevent cardboard, garbage plate.
Built-in MOSFET, the LM2577 built-triode say goodbye, can reach 94% efficiency.
Increased enable the port, you can control whether the boost circuit.
Dimensions: 49 (L) * 23.4 (W) * 11.4 (H) mm (excluding potentiometer)
Parameters:
Module Properties: non-isolated step-up module (BOOST)
Input voltage: 5-32V
Output voltage: (1) continuously adjustable (5-50V)
Output Current: 2.5A (MAX)
Input Current: 4A (MAX)
Output power: natural cooling 15W, plus heat sink 25W (MAX) real power
Maximum output power = input voltage conversion efficiency * 4A *conversion efficiency
Full load temperature rise: 45 C
Operating frequency: 400khz
Load current: 5V turn 12V 15mA, 8.4V turn 12V 7mA, 12V switch 24V 9mA, 12V switch 36V 18mA, 24V switch 48V 9mA, 24V switch 36V 6mA.
Load regulation: ± 0.5%
Voltage regulation: ± 0.5%
Dynamic response speed: 5% 200uS
Enable Control Port: Yes, high 1.4V-VIN (ON), low 0-0.8V (OFF), the default high
Short circuit protection: None (Please install fuse or protection circuit input)
Input reverse polarity protection: None, please with our reverse protection diode board or in the input series.
Installation: You can screw (Fixing holes 3 mm), 2 fixing holes
Operating temperature: Industrial grade (-40 C to + 85 C) (ambient temperature exceeds 40 degrees, lower power use, or to enhance heat dissipation)
Conversion efficiency: the efficiency of the measured voltage and current commonly used (hereinafter, for reference only)
A=Input voltage. B=Input Current. C=Output voltage. D=Output Current. E=conversion efficiency