25 ITEMS
Modules > Power
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Price
$9.95
Total
$9.95
The MP1584EN DC-DC Adjustable 3A Step Down Power Supply Module is based on the LM2596 IC which guarantees up to 3A load current and an adjustable voltage between 1.23 V ~ 37 V.
The DC-DC 5A Adjustable Stepdown Power Supply Module is based on the XL4005 IC which gives it the capability to drive a 5A load with minimal ripple and excellent load regulation.
Price
$24.95
Total
$24.95
Price
$9.95
Total
$9.95
The LM7805 is a 5V Voltage Regulator Power Supply that can deliver a maximum of 1.2A output current.
Price
$11.95
Total
$11.95
The AC-DC Isolated Switching 5V 700mA 3.5W Power Supply Module accepts AC 85~265V, 50/60Hz (or DC 100~370V) and converts it to DC5V, 700mA.
Price
$9.95
Total
$9.95
The USB 5V Lithium Battery Charge Discharge Board has an internal charging and discharging power MOS, preset 4.2V charging voltage, integrated charging management and discharging management, output over-voltage protection,short circuit protection,overload protection, overcharging and over-discharging protection, intelligent temperature control and over-temperature protection, and supports trickle mode and zero-voltage charging.
The XL4015 is an adjustable DC-DC Step-Down power supply module.
Price
$12.95
Total
$12.95
The HX-3S-FL25A is a 25A 3-cell rechargeable battery charger designed for use with 18650 3-cell rechargeable batteries.
Price
$10.95
Total
$10.95
The 4S 30A 18650 Lithium Li-ion Battery Charger Protection Board is an integrated circuit board designed for the recharging and protection of rechargeable lithium 18650 batteries, supporting voltages of: 16.8V, 14.8V & 14.4V.
The XL6009 is an adjustable step-down power supply converter module which is manually adjusted via the in-build trim pot.
The Heat Bed Power Expansion Board Module is a general add-on heated bed power supply for 3D printers.
Price
$10.95
Total
$10.95
The INA219 High Side DC Current and Voltage Sensor Breakout is a highly accurate current and power monitor. Utilising the INA219, it’s able to read DC current and power over I2C with up to 1% precision.
