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DCDC Boost Converter Module, 1032 V Input to 3560 V Output, 5 A CC CV Adjustable, 120 W Max
- Wide Input DCDC Boost Topology Nonisolated DCDC boost converter; input voltage range from 10 V to 32 V; stepup output always higher than input; supports adjustable or fixed output between 35 V and 60 V; suitable for converting lowvoltage sources into stable highervoltage power rails; Adjustable High Voltage Output Control Continuously adjustable output voltage using onboard control; optional fixed output configuration from 35 V to 60 V; voltage regulation within ±0.5 percent; allows precise matching of output voltage to batteries, power tools, or custom electronic loads; High Power Output With Cooling Options Maximum output current up to 5 A; delivers up to 80 W with natural cooling and up to 120 W with enhanced heat dissipation; full load temperature rise about 45 °C; designed for sustained operation when proper airflow or heatsinking is applied; Efficient Conversion And Fast Response Typical conversion efficiency up to 90 percent under proper conditions; output ripple controlled within 2 percent at 20 MHz bandwidth; dynamic response around 200 µs for 5 percent load change; supports stable voltage during load transitions; Practical Wiring And Usage Notes Screw terminal connections enable toolfree wiring; no onboard shortcircuit or reverseinput protection, so external fuse or diode is recommended; noload current about 25 mA; suitable for DIY power supplies, boost charging, and solar stepup applications
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Overview
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Product Overview 120W DCDC Boost Converter Module, nonisolated stepup design with adjustable or fixed output. Designed for automotive, battery charging, and DIY power applications requiring stable highvoltage output from lowvoltage sources.
1.
Product Parameters Module Type: DCDC Boost Converter (Nonisolated)
Input Voltage Range: DC 1032 V
Output Voltage Range: DC 3560 V adjustable
Output Voltage Option: Fixed output selectable (3560 V) Max
Output Current: 5 A Max
Input Current: 16 A (enhanced cooling recommended >10 A)
Max Output Power: 80 W (natural cooling), 120 W (forced cooling)
Conversion Efficiency: Up to 90% (typical)
Output Ripple: 2% (20 MHz bandwidth)
NoLoad Current: Approx.
25 mA Operating Temperature: 40°C to +85°C
Voltage Regulation: ± 0.5 %
Load Regulation: ± 0.5 %
Cooling Method: Passive or forced air
Connection Type: Screw terminals
2. Pin / Terminal
Function Description IN+: DC input positive, connect to power supply positive
IN: DC input negative (GND)
OUT+: Boosted DC output positive
OUT: Boosted DC output negative
3. Common Questions & Answers (FAQ)
Q1: Can the output voltage be lower than the input voltage?
A1: No, this is a boost module; output voltage must be higher than input.
Q2: Is constant current supported?
A2: The module is mainly constant voltage; external current control is recommended if required.
Q3: Does it have shortcircuit protection?
A3: No, external fuse or protection circuit is required.
Q4: Can it charge a 48 V battery from 12 V?
A4: Yes, it is suitable for boosting 12 V to charge highervoltage batteries.
Q5: Is cooling required at full power?
A5: Yes, heatsink or forced air cooling is required above 80 W output.
1.
Product Parameters Module Type: DCDC Boost Converter (Nonisolated)
Input Voltage Range: DC 1032 V
Output Voltage Range: DC 3560 V adjustable
Output Voltage Option: Fixed output selectable (3560 V) Max
Output Current: 5 A Max
Input Current: 16 A (enhanced cooling recommended >10 A)
Max Output Power: 80 W (natural cooling), 120 W (forced cooling)
Conversion Efficiency: Up to 90% (typical)
Output Ripple: 2% (20 MHz bandwidth)
NoLoad Current: Approx.
25 mA Operating Temperature: 40°C to +85°C
Voltage Regulation: ± 0.5 %
Load Regulation: ± 0.5 %
Cooling Method: Passive or forced air
Connection Type: Screw terminals
2. Pin / Terminal
Function Description IN+: DC input positive, connect to power supply positive
IN: DC input negative (GND)
OUT+: Boosted DC output positive
OUT: Boosted DC output negative
3. Common Questions & Answers (FAQ)
Q1: Can the output voltage be lower than the input voltage?
A1: No, this is a boost module; output voltage must be higher than input.
Q2: Is constant current supported?
A2: The module is mainly constant voltage; external current control is recommended if required.
Q3: Does it have shortcircuit protection?
A3: No, external fuse or protection circuit is required.
Q4: Can it charge a 48 V battery from 12 V?
A4: Yes, it is suitable for boosting 12 V to charge highervoltage batteries.
Q5: Is cooling required at full power?
A5: Yes, heatsink or forced air cooling is required above 80 W output.
Warranty & Returns
Warranty, Returns, And Additional Information
Warranty
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Return Policies
- Return for refund within: 30 days
- Return for replacement within: 30 days
- This item is covered by SlotNeat Return Policy
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