Powerful regulated laboratory source of 0.6-36V and up to 5A, returned to short circuit protection, just attach the input network adapter eg. 36V/6A and regulate voltage, current, power and capacity.
You can use the voltage converter as a conventional buck-Boost source with overvoltage, overcurrent, overvoltage, overheating, zooming. The product has an adjustable constant current supply function that can charge a rechargeable battery ranging from 0.6V ~ 36V. Required constant, i. Strong input source. The source also has memory cells for different types of power or charging. After switching in a given data group, the power output is turned off by default. It is also possible to set the time of the output voltage itself, that is, max time on. This is a completely powerful voltage converter XYS3580 DC-DC Buck Boost Converter 0.6-36V 5A.
The input voltage for the given converters is from 6V to 36V DC. For a stable current supply, it is recommended to use the 6A and 36V source. If you use a weaker source or less voltage, higher at the output of the converters do not get, it is not a voltage multiplicator.
The maximum voltage you can connect to the input is 38V. That's max! Depending on what max input voltage to the device you will get such max voltage you will also have at the output, or you set a lower voltage value, current, capacity. External source eg. 36V/6A is not included. But you can order it according to the lessons.
If you need to use the device to charge the battery:
(1) Determine the floating charging voltage and charging current of your rechargeable battery; (If the lithium battery parameter is 3.7V/2200mAh, the loading loading voltage is 4.2V; if it is a 12V charging battery, generally adjust the loading charging voltage to approximately 14V)
(2) Set the output voltage to the floating charging voltage in a state without load; (If charged 3.7V lithium battery, adjust the output voltage to 4.2V)
(3) Set the charging current (constant current).
(4) Connect the battery for charging, beware of each other polarity of the poles. That is, when charging the battery, the positive and negative poles of the battery must not be involved in the contrary, which could cause the product to be destroyed!
The product has a constant current function, so it is also suitable for use for regulation of LED lighting. You can directly control the voltage from 0.6 to 30V, and 0-15W so you can also use it to control different LED lamps.
How to Set the Source for the LED lamp:
(1) Determine the workout and maximum LED work voltage you need to manage;
(2) In a state -of -load state, set the voltage value and the current value so that the output voltage reaches the maximum working voltage and current of the LED
(Note: Calculate the power when adjusting the current, power the LED within the power range, you can need more energy and the product goes into protection.)
(3) Connect LEDs and test.
This product can adjust the constant current value (within 0a to 5A, ie work current), so you can make a smooth dimming of the LEDs and does not cause any stroboscopic flicker!
The next power supply of the devices is discovered. However, you can still adjust the voltage, current, or capacity at the entrance and set the time. The frequency range cannot be adjusted, it is a DC-DC converter.
Interface, settings and key functions:
Press the "On/Off" button to turn the power output and turn the power output for a long time, the "On/Off" button for 2 seconds, the screen can rotate, 360 ° four -way rotation. Turn the coding potentiometer quickly turn the page.
By briefly press the coding potentiometer button to activate the parameter to be adjusted;
Switching of the parameter name and bite selection is carried out by briefly pressing the coded potentiometer key;
After selecting the parameter name, the parameter name is displayed inversely in blue and by turning the coding potentiometer, the parameter to be adjusted is to be adjusted;
After selecting the Bit (LCD/LED display), the appropriate bit will be displayed inversely in blue and the parameters are set by turning the encoder;
After the setup is completed, press the coding potenometer button for 2 seconds or longer, and all the changed settings will be maintained and stored; So all parameters are automatically saved after completion.
Description of the data group function:
It is possible to store 10 sets of M0-M9 data groups. By default, it is possible to save the M0 data group. Press and hold the coding potentiometer button for 2 seconds on any interface to quickly induce the M1/M2 data group and the current data group's serial number will appear in the interface index;
In the power setting interface, select the data group and turn the coding potentiometer induce the appropriate data group;
After adjusting and leaving the parameters in the data group, the corresponding parameters are normally stored in the current data group.
Note: After switching the data group, the power output is turned off by default;
Set voltage U-SET: 0.6-36V;
Adjustable current I-SET: 0-5,1A;
LVP input protection default: 4.8V, custom setting;
Output prEpt protection of OVP Default: 37V, can be adjusted itself;
OCP outlet protection default: 5.2A, you can set it yourself;
OPP overvoltage default: 81W, custom setting;
Maximum OHP operation: If the parameter is not set to 0, turn on this function. When the operation reaches the set time, the power automatically turns off the output;
Maximum OAH capacity: If the parameter is not 0, turn on this function when the capacity reaches the set parameter, the power automatically turns off the output;
Maximum OWH energy: When the parameter is not 0, turn on this function when the energy reaches the set parameter, the power automatically turns off the output;
The OHP / OAH / OWH function can well implement timing / quantitative power.
Briefly press the Coding potentiometer button to select / switch the parameters to be set. After the selection, the parameters appear in the contrary and the parameters are adjusted by turning the encoder;
When the settings are finished, press the coding potenometer button for 2 seconds or longer, and no button with the button automatically leaves the settings; So all parameters are automatically saved after completion.
