CNT2412-5-5A DC24V To DC12V Converter
Product Features: 1. 100% New components used 2. Real power 3. Cooling fan control 4. Dual color LED indi...


Product Features: 1. 100% New components used 2. Real power 3. Cooling fan control 4. Dual color LED indi...
Product Features: 1. 100% New components used 2. Real power 3. Cooling fan control 4. Dual color LED ind...
CNT2412-15voltage negative booster transformers DC24V to DC12V; suitable for bus, truck, and other 24V vo...
Product Features: 1. 100% New components used 2. Real power 3. Cooling fan control 4. Dual color LED indi...
This product can convert 24V DC of automobile to 12V DC, and its output rated current is 10A, appliance i...
CNT2412-30 negative booster can convert 24V DC of automobile to 12V DC, and its output rated current is 3...
Product Feature: 12V to 24V booster. Widely used in automobile industry, new energy industry and other fi...
This product can convert 24V DC of automobile to 12V DC, and its output rated current is 10A, appliance i...
This product can convert 24V DC of automobile to 12V DC, and its output rated current is 10A, appliance i...
Features: 100% new components used. Real power , highest efficiency. Cooling fan control. Dual color LED ...
The DCDC converter is to repeatedly switch on and off, convert the DC voltage or current into a high-frequency square wave voltage or current, and then rectify and smooth it into a DC voltage output. The DCDC converter is generally composed of a control chip, an inductor coil, a diode, a triode, and a capacitor. DCDC converters are divided into three categories: boost DCDC converters, step-down DCDC converters, and buck-boost DCDC converters. Three types of control can be used according to requirements. The PWM control type is highly efficient and has good output voltage ripple and noise.
The fundamental difference between booster and converter is how they work. A booster increases the dc power supply voltage while a converter reduces the do power regulator voltage.
Converter steps down the input voltage applied to the primary winding.
Booster increases the input voltage applied in the primary winding.
The input voltage of the secondary side of the converter is high, the output voltage is low, and the current is large.
The secondary side of the booster has low input voltage, high output voltage and low current.
The secondary winding of the converter consists of thick insulated copper wire.
The primary winding of the booster consists of thick insulated copper wire.
Check the voltage of the power supply and load
Check the load rated power
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