This DC 3.7-6V to 1000KV boost step-up high-voltage generator module efficiently converts low-voltage DC power into a powerful, continuous high-voltage pulse. With an input range of 3.7-6V and a high-frequency output capable of generating up to 1000KV, it provides a reliable ignition source for demanding applications where compact size and high performance are critical. Features and Benefits
- Wide 3.7-6V DC Input Range - Offers versatile powering options from a single lithium cell or standard battery packs for flexible project integration.
- High-Frequency Pulse Output up to 1000KV - Delivers a consistent, powerful spark ideal for ignition and high-voltage experimentation requiring substantial energy.
- Compact and Robust Module Design - Features a durable PCB construction with a high-voltage ignition coil, ensuring reliable operation in various project environments.
- Simple Two-Wire Connection - Easy to implement with just positive and negative input terminals, simplifying installation and reducing setup time.
- Efficient Boost Conversion Circuitry - Maximizes energy transfer from the low-voltage source to create a potent high-voltage output with minimal power waste. Applications
- Electronic Ignition Systems - Perfect for creating spark ignition in custom gas burners, model engines, or small furnace projects.
- High-Voltage Science and Education - An excellent tool for demonstrating electrical arcs, Jacob's ladders, or other high-voltage physics experiments safely.
- DIY and Prototyping Projects - Ideal for makers and engineers developing products that require a compact, controllable high-voltage pulse source.
Input Voltage Range: 3.7 V DC to 6 V DC. Output Voltage: 1000 kV (nominal). Circuit Type: Boost converter (step-up). Module Type: High-voltage generator / ignition coil driver. Output Type: High-voltage pulse. Primary Application: Ignition, electrostatic experiments, high-voltage demonstrations. Condition: New. Certification: CE. Housing Material: Flame-retardant PCB or plastic (inferred). Input Voltage Range (DC): 3.7V to 6V. Output Voltage: Up to 1000 kilovolts (kV). Output Connector Type: High-voltage terminal or wire (inferred). Output Polarity: Likely negative for arc generation (inferred). Output Type: High-voltage pulse. Arc Gap Capability: Approximately 10-20mm (inferred from 1000kV output). Circuit Type: Boost converter / step-up transformer. Core Component: High-frequency ignition coil transformer. Input Connector Type: DC terminal block or wire leads (inferred). Module Mounting: Through-hole or bracket (inferred). Module Quantity: 1 to 10 pieces (configurable lot). Primary Application: Ignition coil / arc generation. Primary Use Case: Science experiments, educational demonstrations, ignition systems. Safety Feature: Open-air design discouraging enclosed high-pressure operation (inferred). Typical Input Current: High (inferred, due to low voltage step-up to 1000kV). Typical Oscillation Frequency: 20-50kHz range (inferred for compact boost design). Q: What are the exact input and output specifications for this DC high-voltage generator module? A: This module accepts a low DC input voltage between 3.7V and 6V and boosts it to produce a high-voltage pulse output rated up to 1000 kilovolts (KV). It is designed as a step-up transformer and ignition coil for generating high-voltage arcs.. Q: Is this high-voltage pulse power module durable for regular DIY projects? A: Yes, this module is built with a robust ignition coil and solid-state components designed to handle the stress of repeated high-voltage pulsing. It offers reliable performance for hobbyist and educational projects involving electrical arcs or ignition simulations.. Q: Can I use this boost module with a standard 5V USB power bank or a 3.7V lithium battery? A: Absolutely. The input range of 3.7V to 6V makes it perfectly compatible with common power sources like a single 3.7V Li-ion cell, a 4xAA battery pack (6V), or a regulated 5V output from a USB port or power bank.. Q: Does this high-voltage generator come with any warranty or guarantee? A: Product warranties are typically handled by the individual seller. We recommend checking the specific seller's policy for details on any guarantee or return period offered for this electronic module.. Q: Is this a good value compared to other high-voltage ignition coil modules? A: Yes, this offers excellent value for DIY enthusiasts and professionals seeking quality without premium brand pricing. It delivers reliable performance for regular use in projects requiring a compact, high-voltage pulse from a low-voltage source..