DC 3-6V High Voltage Step up/Booster Module
1. Input Voltage: 3V ~ 6V DC
2. Input Current: 2A ~ 5A
3. High Voltage Output: Up to 400kV (Pulse DC)
4. Discharge Distance: 10mm ~ 20mm
5. Dimensions: 27.3mm x 19.6mm x 20.75mm
This DC 3–6V High Voltage Step-Up/Booster Module is a pulse generator that converts a low 3V–6V DC input into a high-voltage pulsed DC output, drawing 2A to 5A of input current to generate discharge arcs of up to 400kV.
Input wiring uses a thin red wire for positive and a thin green wire for negative, while the high-voltage output is carried on thick translucent wires designed for arc discharge. At full output, the discharge distance is typically 10mm to 20mm.
The compact module measures 27.3mm x 19.6mm x 20.75mm and is fully epoxy resin potted, which provides insulation and shock resistance around the internal high-voltage components.
Because this module generates a genuine high-voltage arc, test the discharge distance starting from short to long, and avoid running it continuously for more than a few seconds at a time to prevent damaging the internal coils.
Features:
Pulsed high-voltage output up to 400kV
Input: 3V–6V DC at 2A–5A
Discharge distance: 10mm–20mm
Compact size: 27.3mm x 19.6mm x 20.75mm
Epoxy resin potted for insulation and shock resistance
Suited for DIY electronic lighters and spark gap experiments
DC 3-6V High Voltage Step up/Booster Module - Arduino Uno
DC 3-6V High Voltage Step up/Booster Module - Arduino Nano
DC 3-6V High Voltage Step up/Booster Module - Arduino Mega
DC 3-6V High Voltage Step up/Booster Module - ESP32
DC 3-6V High Voltage Step up/Booster Module - ESP8266
DC 3-6V High Voltage Step up/Booster Module - STM32
DC 3-6V High Voltage Step up/Booster Module - Raspberry Pi Pico
📄 File: dc_3-6v_high_voltage_step_up/booster_module_-_arduino_uno.inoArduino Uno
498 characters
1//ekostra.com
2//electronics store in egypt
3//+201008896258
4
5// DC 3-6V High Voltage Step up/Booster Module is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
5// DC 3-6V High Voltage Step up/Booster Module is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
6voidsetup() {}
7voidloop() {}
📄 File: dc_3-6v_high_voltage_step_up/booster_module_-_arduino_mega.inoArduino Mega
498 characters
1//ekostra.com
2//electronics store in egypt
3//+201008896258
4
5// DC 3-6V High Voltage Step up/Booster Module is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
5// DC 3-6V High Voltage Step up/Booster Module is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
5// DC 3-6V High Voltage Step up/Booster Module is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
5// DC 3-6V High Voltage Step up/Booster Module is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
6voidsetup() {}
7voidloop() {}
📄 File: dc_3-6v_high_voltage_step_up/booster_module_-_raspberry_pi_pico.inoRaspberry Pi Pico
498 characters
1//ekostra.com
2//electronics store in egypt
3//+201008896258
4
5// DC 3-6V High Voltage Step up/Booster Module is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
6voidsetup() {}
7voidloop() {}
Adjustable DC-DC converter, tuned via its own onboard trimmer pot (or has its own digital display built in) - no microcontroller interface.
نظرة عامة ومواصفات المنتج — بالعربية
DC 3–6V High Voltage Step up/Booster Module متوفر الآن في متجر إكوسترا للإلكترونيات، ضمن قسم Buck Boost Voltage Regulators، بسعر 250,00 EGP. كود المنتج لدينا: EK2028. المنتج متوفر في المخزون وجاهز للشحن الفوري لكل محافظات مصر مع إمكانية الدفع عند الاستلام.
أهم المواصفات الفنية:
Module Type: High Voltage Pulse Generator / Step-Up Booster
Input Voltage: 3V ~ 6V DC
Input Current: 2A ~ 5A
High Voltage Output: Up to 400kV (Pulse DC)
High Voltage Discharge Distance: 10mm ~ 20mm
Wiring Configuration (Input): Thin Red Wire (+) / Thin Green Wire (-)
Specification
