Use advanced synchronous rectifier controller and 3.7m ohms low impedance NMOS swith tube to high current and high efficiency DC-DC buck converter; Input voltage: 16~40V (rated 24V); Output voltage: 1.0~12V; Output current: 6A (Natural heat dissipation); Load starting current: rated 6A Max. 7A; Undervoltage overcurrent short circuit protection
Introduction The power supply is isolated industrial power supply built-in modules with temperature protection overcurrent and short circuit full protection AC 85~265V wide voltage input high voltage isolation 431 precisely regulated DC 24V output. Working temperature: -20 ~ 60 ° Relative humidity: 40 ~ 90% RH Input voltage range: 85 ~ 265VAC Input Current: 0.0273A (AC110V) 0.014 (AC220V) A Input inrush current: 20A Output Voltage: +24 V Maximum current: 200mA Peak current: 250mA Output voltage range: 23.80 ~ 24.2V Ripple: 150mV Output overvoltage: 23.8 ~ 24.3 Output Over Power Protection: Short circuit protection: Temperature protection: Overcurrent protection: Yes Installation 1. It can be installed at the input and output pins soldered directly on the PCB; 2. A plastic fixed.
The protection board uses lithium iron phosphate rechargeable battery protection IC; 1. High-accuracy voltage detection circuit; 2. The terminal is connected charger with high withstand voltage devices; 3. Built-in three-stage overcurrent detection circuit (overcurrent 1 overcurrent 2 load short circuit); 4. Through the MOS transistor can control the battery charging and discharging; 5. Low standby current consumption. Welding Point: B + pick battery cathode; B-connected to the battery negative; P + connection charge / discharge upright pole (charging terminal / discharge side shared) P-connection charge / discharge end of the negative (charging terminal / discharge side shared) Note: 1. Note that the input and output voltage and load current conditions the protection board power consumption does not exceed the allowable Power dissipation electrical parameters; 2. Pay particular attention to the load current cannot work long hours between maximum continuous operating current and over-current protection current; 3. The situation is not likely to occur when you connect the battery discharge. In this case connect the charger can be restored to normal operation; 4. The built-in electrostatic protection board protection circuit but please do not hand protection when working in electrical panels to touch the plate so as to avoid damage from static electricity protection board.