DC-DC Boost/buck Module 3.6-32V To 5V 9V 12V 5A Low Ripple Step-up/down Module Power Adapter Over Temperature Protection

Features:
1.Support 3.6V to 32V input, applicable to a variety of power supply environment, high flexibility
2.Stable output 5V, 9V, 12V maximum output current up to 5A, to meet the needs of different equipment
3. Small size and light weight, easy to embedded in various equipment or DIY projects.
4. Built-in multiple protection mechanisms to ensure the safe operation of the module and the connected equipment.
5. Adapt to various harsh environments, long-term stable work, reliable performance

Parameter:
Input voltage: DC3.6V-32V
Output voltage: 5V/9V/12V (optional)
Maximum working current: 5A
Temperature range: -40ﾰC+125ﾰC
Output short circuit protection
Built-in over-temperature protection
Input with TVS fuse

Product Description:
Adopt original chip, Samsung paste capacitor, input and output maximum 5A (output not more than 5A when buck, input not more than 5A when boost). External MOS, so that the module can be in a very small volume to achieve a larger power lift voltage output, the first power-up operation in DCM mode power consumption below 1mA, after the load into the CCM mode, the quiescent current will reach more than 20ma, suitable for the static power requirements of the application is not high!

Wiring instructions:
IN+: DC input positive 3.6V-32
VIN-: DC input negative terminal, connected to the output negative terminal.
OUT+: DC output positive
OUT-: DC output positive, connected to the input negative terminal.

Attention:
1. Input and output maximum 5A (buck output does not exceed 5A, boost input does not exceed 5A) need to pay attention to the full current will be very hot. It is recommended to use some margin
2. The wiring should not be too thin to ensure that the wire can withstand the corresponding current.
3. Inductive loads do a good job of protection, to avoid excessive reverse electromotive force beyond the chip to withstand the range
4. The higher the power of the module, the closer the current is to the maximum current. The more heat will be generated, pay attention to the use of heat dissipation.
5. In the absence of external heat dissipation, the continuous use of current is recommended below 3A, more than 3A requires additional heat dissipation, otherwise it will overheat to protect the output.
6. The use of voltage is recommended below 30V, because if the supply voltage is not very stable, the peak voltage exceeds 32V will trigger the chip internal over-voltage protection, in order to stabilize the operation, please leave some margin appropriate

Package include:
module *1