2Pcs Power Supply Step-Down Module, DC to DC High Efficiency Voltage Regulator 5-18V to 3/3./3.7/4.2V/5V/6V Converter ND1805TA(5-18V to 3.7V)
En stock
0.36 kg
Sí
Nuevo
Amazon
USA
- Specification: Item Type: Step-Down Module Specification(optional): : Input DC 5 ~ 18V, output DC 3.: Input DC 5 ~ 18V, output DC 3. 3.7V: Input DC 5 ~ 18V, output DC 3.7V 4.2V: Input DC 5 ~ 18V, output DC 4.2V 5V: Input DC 6 ~ 18V, output DC 5V 6V: Input DC 7 ~ 18V, output DC 6V Working Frequency: 500KHZ Conversion Efficiency: 77-93% Static Working Current: 216-18mA Operating Temperature: 40? to + 85? Size: Approx. 27 x 18 x 5mm / 1.1 x 0.7 x 0.2in How to Drive A Motor : 1. Motor drive 2. Positive and negative series diodes Package List: 2 x Step-Down Module Note: This is a voltage step-down conversion module, and the following conditions must be observed when using it: 1. The input voltage cannot be higher than the nominal voltage, otherwise the module will be burned 2. The input power must be greater than the output power, otherwise the output voltage will be less than the nominal voltage. 3. The output load cannot be greater than the nominal load, otherwise the output voltage will be less than the nominal voltage. 4. This is a high power module. Be sure to use a thick enough wire and make good .
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Step-Down Module Specification(optional) -- Including 2pcs step-down module, fine processing can make sure the stability of the module. Available in six specifications for choice. High power module -- The maximum output current is 4A, and the short-term maximum output current is 5A. Working Frequency: 500KHZ. Static Working Current: 216-18mA. function -- DC-DC step-down conversion module, the conversion efficiency is 77-93%. With thermal shutdown, input undervoltage , overcurrent and output short circuit function. Size -- Approx. 27 x 18 x 5mm / 1.1 x 0.7 x 0.2in. Operating Temperature: –40℃ to + 85℃. Notice -- The input voltage cannot be higher than the nominal voltage. The input power must be greater than the output power. The output load cannot be greater than the nominal load.