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赠品
Brand Name: DIY LED U-Home
Origin: CN(Origin)
Certification: CE/ROHS
Model Number: XL6019 DC-DC Converter Module
Length: 14mm
Features: Adjustable Voltage Step-up Module
Voltage: 12V
Item Type: LED Modules
Height: 43mm
Width: 21mm
Input Voltage: 3V~32V
Output Voltage: 5V~35V
Input Current: 4A(Max),No-load:18mA (5V input, 8Voutput, no-load need to be less 18mA
Transfer Efficiency: <94%(The greater the pressure difference, the lower the efficiency.)
Switching Frequency: 400KHz
1. XTW6009 is a high-performance 400KHz 4A switch currency step-up (BOOST) module. This module XL6009 is coming with the 3rd generation high-frequency switch technology as the core chip, The performance is much higher than LM2577.
2. Wide input voltage: 3V~32V;Optimum operating voltage range: 5~32V; Wide output voltage: 5V~35V;
3. There is one 4A high efficiency MOSFET switches inside, so the efficiency can be up to 94%, (LM2577current is 3A only);
4. With ultra high switch frequency 400KHz , even if small capacity filtering capacitors can achieve very good results, ripple is smaller (Compare to LM2577 frequency 50KHz);
Package Includes: Some DC-DC Step Up Boost Module(it's up to your choice)
Technical Parameters:
|
Model Specifications |
DSN6009 Step-up Module |
|
Character of module |
The non-isolation booster |
|
Rectification way |
The non-synchronous rectifier |
|
Input Voltage |
3V~32V |
|
Output Voltage |
5V~35V |
|
Input Current |
4A(Max),No-load:18mA (5V input, 8V output, no-load need to be less than 18mA. The higher the voltage, the bigger the no-load current) |
|
Transfer Efficiency |
<94%(The greater the pressure difference, the lower the efficiency.) |
|
Switching Frequency |
400KHz |
|
Output Ripple |
50mV(The higher the voltage and current, the greater the ripple) |
|
Load Regulation |
±0.5% |
|
Voltage Regulation |
±0.5% |
|
Operating Temperature |
-40℃~ +85℃ |
|
Diameter |
43mm * 21mm * 14mm(Length*Width*High) |
N+: Input Positive; IN-: Input Negative.
OUT+: Output Positive; OUT-: Output Negative.
Contrast test sample reference：
Input: 3V, Output: 12V, Current: 0.4A, Power:4.8W
Input: 5V, Output: 12V, Current: 0.8A, Power:9.6W
Input: 7.4V Output:12V, Current: 1.5A, Power:18W
Input: 12V Output:15V, Current: 2A, Power:30W
Input: 12V Output:16V, Current: 2A, Power: 32W
Input: 12V Output:18V, Current:1.6A, Power: 28.8W
Input: 12V Output:19V, Current:1.5A, Power: 28.5W
Input: 12V Output:24V, Current: 1 A, Power: 24W
Vin*Iin*effeciency = Vout*Iout
Vin: input voltage
Iin: input current
Vout: Output Voltage
Iout: Output Current
