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Choice 3.3V 5V 12V DC 5-60V 5V DC-DC Buck Module 60V/48V/36V/24V to 12V/5V/3.3V Output Car Power Converter
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choice2 3.3V 5V 12V DC 5-60V 5V DC-DC Buck Module 60V/48V/36V/24V to 12V/5V/3.3V Output Car Power Converter features
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choice2 3.3V 5V 12V DC 5-60V 5V DC-DC Buck Module 60V/48V/36V/24V to 12V/5V/3.3V Output Car Power Converter reviews
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- A maximum of 10 units of this product can be ordered. Trendyol reserves the right to cancel orders over 10 units.
- Barcode No: 3639174782291
choice2 3.3V 5V 12V DC 5-60V 5V DC-DC Buck Module 60V/48V/36V/24V to 12V/5V/3.3V Output Car Power Converter features
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Product description
Output Voltage:3.3V 5V 12V
Input Voltage:DC 5-60V
Color:5V
Features:
1. Supports 60V, 48V, 36V, and 24V inputs, adapting to diverse power supply environments
2. Incorporates high-performance circuit design to minimise energy loss and ensure stable, reliable output
3. Compact dimensions facilitate installation in confined spaces, suitable for automotive, industrial control, and other applications
4. Incorporates multiple protection mechanisms to safeguard module and connected equipment
5. Constructed from premium materials ensuring assured product quality and enhanced stability
Specifications:
Input Voltage: DC 5-60V (output voltage must exceed input by at least 1V)
Output Voltage: 3.3V/5V/12V (selectable)
Peak Current: 3A
Continuous Current: Within 2A
Product Description:
Utilises original chips. The module delivers a peak current of 3A and a continuous output current within 2A. Heat generation increases proportionally with higher input voltages. At 50V input, it can sustain 2A output for 3.3V and 5V; 12V output is recommended within 1.5A. When selecting models, allow for thermal headroom to account for heat dissipation.
Precautions:
1. Input voltage must exceed output voltage; maintaining a voltage differential of at least 1V is optimal. Reverse polarity connection will damage the board.
2. Disconnect power before wiring to prevent sparking at high voltages, which risks damaging or shorting the chip.
3. Use sufficiently thick wiring to handle the rated current.
4. Protect inductive loads to prevent excessive back EMF exceeding the chip's tolerance.
5. Higher power usage approaches the maximum current, increasing heat generation. Ensure adequate heat dissipation during operation.
6. Without external cooling, continuous operating current should remain below 2A. Exceeding 2A necessitates supplementary cooling to prevent thermal shutdown.
7. Recommended operating voltage is below 56V. If supply voltage is unstable, spikes exceeding 60V may trigger the chip's internal overvoltage protection. Maintain a margin for stable operation.
Package list:
Step-down module ×1




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