DC DC Buck Boost Converter i.e. DC DC 0.6-36V 5A adjustable regulated laboratory variable power supply
Possibility of voltage regulation from 0.6-36V and current up to 5A. The system displays settings for voltage, current, maximum power, maximum time and capacity. Short-circuit protection, impulse current, possibility of charging a lithium battery, tested protection under voltage during charging.
Made of high quality material, strong, durable, long life.
Voltage regulator, regardless of whether the input voltage is lower or higher than the output voltage, the output voltage will be permanently stable.
It integrates analog setting and digital control and displays preset voltage / current / power, etc. And in real time.
Large, high-resolution LCD display with a wide 160 ° viewing angle for easy and comfortable reading.
Provides secure hardware and software protection.
The screen supports four-way rotation, which is convenient to use.
It also has a night rest mode, suitable for any conditions. Intelligent fan for temperature control, reinforced radiator, 2-way ventilation, great cooling effect.
It can also be used as a common Buck-Boost power supply with overvoltage / overcurrent / overcurrent / overtemperature / voltage protection.
Thanks to the constant current function, it can charge a rechargeable battery in the range of 0.6V - 36V.
Boost Step Down Converter only, other accessories demo in the picture is not included!
Material: ABS, electronic components
Size: approx. 7.9 x 4.2 x 4.1 cm
Features list XYS3580 / 1617:
Input voltage: 6.0 - 36 V DC. (Limit low voltage 5.5 V, limit high voltage 38 V)
Output voltage: DC 0.6-36V
Output current: 0.000A - 5 A
Output power: 80W
Input current limit: Max. 7A
Current resolution: 0.001 A.
Voltage accuracy: ± 0.3% + 1 byte
Current accuracy: ± 0.4% + 3 bytes
Time: 0 - 1,000 hours
Hardware protection: Output short-circuit protection, non-burning short-circuit, reverse-flow output, can directly charge rechargeable battery, without additional back-current diode.
Software protection: Overvoltage protection (OVP), overcurrent protection (OCP), overcurrent protection (OPP), overheating (OTP), input under voltage protection (LVP), own power chip protection (OEP).
Tips: Requirements for output power supply with full load: input power supply optionally 15 - 35 V, power over 100 W.