DC 3.7V to 5000V High Voltage Boost Converter Module Arc Pulse Mosquito Swatter Boost Board DC Motor

Product Features1. It only needs DC 3.7V to work, recommended lithium battery power supply, safe and reliable2. Built in arc pulse circuit, with stronger effect and faster response3. Modular design, compact size, lightweight and easy to embed into various handheld devices4. Output 5000V voltage, stable performance, suitable for various industrial scenarios5. Low heat generation technology ensures long-term safe operation and improves overall service lifeProduct OverviewThis product is a high-voltage and high current generator specially developed for modern green insecticidal needs. After multiple technical upgrades and on-site verification, it was finally determined that 5000V is the optimal kill voltage level. This device utilizes high-voltage non-contact air discharge technology, combined with instantaneous high current impact, to instantly kill various pests, and is widely used in households, agriculture, industry, and animal husbandry.Product SpecificationsSupply voltage: DC 3.7VOutput voltage: around 5000V. Two CBB81 3KV 223 capacitors are used in seriesDischarge current: 1.1A instantaneous effectWorking time: Can work continuously for a long time, standby without temperature riseStandby current: approximately 230mAPacking ListBoosting module * 1Application Scenarios1. Self made rechargeable electric mosquito swatters and household mosquito and fly killing equipment2. Supporting equipment for pest control in agricultural greenhouses and orchards3. deworming and eliminating flying insects in breeding farms and poultry farms4. Experimental teaching aids for high voltage electricity in primary and secondary school physics5. Electronic Maker DIY High Voltage Creative Production Project6. Desktop UV mosquito killer lamp and indoor commercial insecticide equipment modification7. Outdoor camping and portable mobile pest control devices for courtyards8. High voltage drive for small negative ion air purification module