Description
Specification:
Input Voltage: DC 5V-32V(suggest 10V above )
Output Voltage: DC 1V-30V(continuously adjustable)
Output Current: 10A(max),less than 7A for long-term use
Output Power: 80W(suggested), 130W(max). Please enhance heat dissipation when power is more than 80W.
Output Ripple: 50mV (measured at 5A, 12V to 12V)
Reverse Input Protection: Not support. If needed, a schottky diode can be added in series at input.
Output Flow Back Protection: Not support. If used for storage battery charging or powered inductive load, a schottky diode can be added in series at output.
Short Circuit Protection: Yes
Weight: 45g / 1.6oz (approx.)
Adjustment Method:
1. Battery under voltage protection adjustment method:(take 12V lead-acid battery as an example, set 10V under-voltage protection, shut off output)
Input is connected to regulated power adjusted to 10V, adjust under-voltage protection potentiometer (clockwise to increase, counterclockwise to reduce), till the failure indicator (red) light is on.
Then when the battery discharge to 10V, it will automatically cut off power to protect battery from damage.
Note:
If not powered by batteries, you can skip this setting.
connect to the battery to charge normally. If use ammeter to adjust output current, refer to current meter corresponding circuit correctly connect and debug.
This power is a high efficiency regulated power module. Output voltage can keep stable when input voltage is below, above or equal to the output voltage. For example, if the output voltage is set as 12V, then even the input voltage changes from 5V to 32V, the output voltage will still be 12V.
This power is an automatic step up/down power module.
Input Voltage: DC 5V-32V(suggest 10V above )
Output Voltage: DC 1V-30V(continuously adjustable)
Output Current: 10A(max),less than 7A for long-term use
Output Power: 80W(suggested), 130W(max). Please enhance heat dissipation when power is more than 80W.
Output Ripple: 50mV (measured at 5A, 12V to 12V)
Reverse Input Protection: Not support. If needed, a schottky diode can be added in series at input.
Output Flow Back Protection: Not support. If used for storage battery charging or powered inductive load, a schottky diode can be added in series at output.
Short Circuit Protection: Yes
Weight: 45g / 1.6oz (approx.)
Adjustment Method:
1. Battery under voltage protection adjustment method:(take 12V lead-acid battery as an example, set 10V under-voltage protection, shut off output)
Input is connected to regulated power adjusted to 10V, adjust under-voltage protection potentiometer (clockwise to increase, counterclockwise to reduce), till the failure indicator (red) light is on.
Then when the battery discharge to 10V, it will automatically cut off power to protect battery from damage.
Note:
If not powered by batteries, you can skip this setting.
connect to the battery to charge normally. If use ammeter to adjust output current, refer to current meter corresponding circuit correctly connect and debug.
This power is a high efficiency regulated power module. Output voltage can keep stable when input voltage is below, above or equal to the output voltage. For example, if the output voltage is set as 12V, then even the input voltage changes from 5V to 32V, the output voltage will still be 12V.
This power is an automatic step up/down power module.
Hilitand DC-DC LTC3780 5-32V to 1V-30V Automatic Step UP/Down Converter Boost/Buck CC CV Power Module Super Book Type
Current Price
$20.99
Average
$17.32
Min Price
$14.99
Max Price
$20.99
Price dynamics
17%
Description
Specification:
Input Voltage: DC 5V-32V(suggest 10V above )
Output Voltage: DC 1V-30V(continuously adjustable)
Output Current: 10A(max),less than 7A for long-term use
Output Power: 80W(suggested), 130W(max). Please enhance heat dissipation when power is more than 80W.
Output Ripple: 50mV (measured at 5A, 12V to 12V)
Reverse Input Protection: Not support. If needed, a schottky diode can be added in series at input.
Output Flow Back Protection: Not support. If used for storage battery charging or powered inductive load, a schottky diode can be added in series at output.
Short Circuit Protection: Yes
Weight: 45g / 1.6oz (approx.)
Adjustment Method:
1. Battery under voltage protection adjustment method:(take 12V lead-acid battery as an example, set 10V under-voltage protection, shut off output)
Input is connected to regulated power adjusted to 10V, adjust under-voltage protection potentiometer (clockwise to increase, counterclockwise to reduce), till the failure indicator (red) light is on.
Then when the battery discharge to 10V, it will automatically cut off power to protect battery from damage.
Note:
If not powered by batteries, you can skip this setting.
connect to the battery to charge normally. If use ammeter to adjust output current, refer to current meter corresponding circuit correctly connect and debug.
This power is a high efficiency regulated power module. Output voltage can keep stable when input voltage is below, above or equal to the output voltage. For example, if the output voltage is set as 12V, then even the input voltage changes from 5V to 32V, the output voltage will still be 12V.
This power is an automatic step up/down power module.
Input Voltage: DC 5V-32V(suggest 10V above )
Output Voltage: DC 1V-30V(continuously adjustable)
Output Current: 10A(max),less than 7A for long-term use
Output Power: 80W(suggested), 130W(max). Please enhance heat dissipation when power is more than 80W.
Output Ripple: 50mV (measured at 5A, 12V to 12V)
Reverse Input Protection: Not support. If needed, a schottky diode can be added in series at input.
Output Flow Back Protection: Not support. If used for storage battery charging or powered inductive load, a schottky diode can be added in series at output.
Short Circuit Protection: Yes
Weight: 45g / 1.6oz (approx.)
Adjustment Method:
1. Battery under voltage protection adjustment method:(take 12V lead-acid battery as an example, set 10V under-voltage protection, shut off output)
Input is connected to regulated power adjusted to 10V, adjust under-voltage protection potentiometer (clockwise to increase, counterclockwise to reduce), till the failure indicator (red) light is on.
Then when the battery discharge to 10V, it will automatically cut off power to protect battery from damage.
Note:
If not powered by batteries, you can skip this setting.
connect to the battery to charge normally. If use ammeter to adjust output current, refer to current meter corresponding circuit correctly connect and debug.
This power is a high efficiency regulated power module. Output voltage can keep stable when input voltage is below, above or equal to the output voltage. For example, if the output voltage is set as 12V, then even the input voltage changes from 5V to 32V, the output voltage will still be 12V.
This power is an automatic step up/down power module.
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