This DC 3.7V to 1800V booster module transforms low-voltage DC input into a powerful high-voltage output, ideal for applications requiring significant electrical potential. It efficiently steps up voltage from a standard 3.7V source to a maximum of 1800V, providing a reliable and compact power solution for demanding technical projects. Features and Benefits
- Wide Input Voltage Range (3.7V) - Enables operation from common single-cell lithium batteries or other low-voltage DC sources for maximum flexibility.
- High Voltage Output up to 1800V - Delivers the intense electrical potential required for specialized applications like arc generation and electrostatic experiments.
- Integrated High Voltage Capacitors - Provides stable power discharge and improves arc consistency and reliability during pulsed operation.
- Compact Boost Board Design - Offers a fully assembled, space-saving module that simplifies integration into your projects or prototypes.
- Arc Pulse Functionality - Specifically engineered for creating controlled electrical arcs, making it suitable for demonstration, ignition, or educational purposes. Applications
- High Voltage Experiments and Demonstrations - Create impressive electrical arcs or power custom-built Tesla coils and other electrostatic devices in educational or hobbyist settings.
- Custom Ignition System Development - Prototype or build ignition systems for specialized engines, furnaces, or other equipment requiring a high-voltage spark.
- Power Supply for Geiger-Muller Tubes - Provide the necessary operating voltage for radiation detection equipment and DIY science projects.
- Motor Drive for Specialized Applications - Power small DC motors or actuators that require a high-voltage pulse for operation in specific technical setups.
Dimensions: Not Specified. Weight: Not Specified. Input Voltage Range: 3.0 - 4.2 V DC. Output Voltage: 1800 V DC. Capacitor Type: High Voltage. Efficiency: Not Specified. Input Connection Type: Solder Pads / Terminals. Mounting Type: Board Mount. Operating Temperature: Not Specified. Output Connection Type: High Voltage Terminals / Probes. Output Current: Not Specified. Output Type: Pulsed DC Arc. Primary Application: High Voltage Power Supply. Switching Frequency: Not Specified. Type: Boost Converter Module. Module Dimensions: Approx. 50 x 30 x 20 mm (Estimated based on component size). Board Material: FR-4 Glass Epoxy PCB. Energy Storage: High Voltage Capacitor Bank. Input Voltage Range: 3.0 VDC to 4.2 VDC. Nominal Input Voltage: 3.7 VDC. Output Voltage: Up to 1800 VDC. Output Connector: Screw Terminal or High Voltage Probe (Inferred). Output Type: Pulsed High Voltage DC. Capacitor Type: Likely Ceramic or Film. Circuit Topology: Boost Converter / Flyback. Component Mounting: Through-hole and SMD. Heat Management: Passive (Component dissipation). Input Current: High (Inferred, due to high step-up ratio and power transfer). Intended Load: High Impedance / Capacitive (Arc, Pulse Motor). Primary Application: Arc Generation / Pulse Motor Drive. Safety Consideration: High Voltage Output - Risk of Electric Shock. Switching Frequency: Inferred kHz range (Typical for small boost modules). Q: What are the exact input voltage specifications for this DC booster step-up module? A: This high voltage power supply module is designed for a supply voltage range of 3.0V to 4.2V DC. It efficiently boosts this low voltage input to a high voltage output of up to 1800V, making it ideal for applications requiring a high voltage arc or pulse.. Q: How durable is this high voltage boost board module for regular use? A: This module is built with high voltage capacitors and robust components to handle the stresses of stepping up voltage significantly. It offers reliable performance for DIY projects and prototyping, though like all high-voltage circuits, it requires careful handling and proper heat management during extended operation.. Q: Can I use this 3.7V to 1800V boost module to power a small DC motor? A: This module is specifically designed for generating high-voltage arcs or pulses and is not intended for driving standard DC motors. It is best suited for applications like spark gaps, ignition experiments, electrostatic demonstrations, or charging high-voltage capacitor banks.. Q: Does this high voltage power supply module come with a warranty? A: As a specialized electronic component module, it is typically sold for experimentation and DIY use. For specific warranty details, please check the seller's policy at the time of purchase, as coverage can vary.. Q: Is this DC booster step-up module a good value for its performance? A: Yes, this offers excellent value for DIY enthusiasts and professionals seeking quality without premium brand pricing. It delivers reliable high-voltage generation for educational projects, scientific experiments, and prototyping, providing significant output from a simple low-voltage source..