400kv 1000KV 1000000V Boost Step up High-voltage Generator Ignition Coil Pulse Power Module Igniter DC 3.7-7.4V DC 3V-6V 3.7-6V

50KV square

20000V

Description:

Input voltage: DC3.7-7V

Output voltage: 20000V

Working current: 10ma

Discharge distance: within 14mm

Module input: red positive white negative,

When using, adjust the output spacing first and then turn on the power.

Intermittent work is recommended for short periods of time.

Dimensions: 79.5mmx22mmx20mm

List:

1*High Voltage Generator

800KV

Product selling point:

1: Wide range of applications

2: Small size

3: High efficiency

4: Output high voltage pulse

5: cost-effective

This module is a high-voltage module/high-voltage generator made by a high-voltage package/transformer through a circuit composed of components. It can be used as a high-voltage source for students' popular science experiments/electronic instruments/negative ion generator/science mini-production. The module is made using the principle of Tesla coil. It can output high voltage pulse, small size, high efficiency and violent discharge intensity.

Product Name: High Voltage Generator

Volume: length 88mm diameter 26mm cut surface diameter 24mm

Voltage: Input DC6-12V,

Output DC800KV

Current: input 4A, output 0.5A

Line length: input about 10 cm,

output about 10 cm

Structure: shell integrated

Two-pole discharge distance: about 0.5-1.5 cm (more easily damaged)

Uses: commonly used in high-voltage production, electronic DIY, product development, high-voltage electronic anti-theft, etc.

How to use: The two poles of the high-voltage output end (single-color thick line) are fixed within the specified discharge distance, and the red line of the low-voltage input end (two-color thin line) is connected to the battery.

Input requirements: This product does not need auxiliary circuits, and can be used directly when connected to a battery. The input terminal is connected to a single 3.7V lithium battery (such as 18650 battery) or a nickel-cadmium/nickel-metal hydride battery pack, 4V or 6V battery, etc. (6V battery can reach the maximum best effect)

Notes on using the module:

1. The high-voltage module should be avoided to be powered on when the high-voltage is no-load. Before power-on, the appropriate distance from the high-voltage line must be adjusted. The arcing distance of the high-voltage line is proportional to the voltage and capacity of the battery used.

2. When testing the arc distance, the experiment should be from short to long. It is strictly forbidden to exceed the longest arcing distance when power is on. Because the high-voltage energy cannot be released, it is very easy to damage the module.

3. The power of the module is large, and it is not suitable for heat dissipation inside, so it cannot work for a long time.

4. The way to judge whether the battery capacity can drive the maximum output power is to measure the battery voltage when the arc is drawn. If it is around 6V, it can output the maximum power.

5. Two small-capacity lithium batteries are connected in series to 7.2V, and the measured voltage has dropped to about 4V in the arcing state. The smaller the capacity, the lower the voltage. Therefore, it is recommended to use a lithium battery above 2000MA, and it is best to use a battery above 4000MA if possible.

List:

1*High voltage generator high voltage module

400KV 65mm

Description:

Input voltage: DC 3 V to 6 V

Input current: 2 A – 5 A

High Voltage Type: Type of Pulse Current

Output voltage: 400000 V (please pay attention to safety)

The distance between high voltage discharges is 10mm – 20mm

Output high voltage wire length: 100mm

Input power cord length: 100mm (red wire is positive)

wiring:

Red and green power connections red wire: "+" green wire "-"

Output: the other side, the same color line

caution:

High-voltage modules should avoid using high-voltage no-load power. (The power supply must be adjusted to an appropriate distance from the high-voltage output line, the battery capacity is proportional to the distance and the use of high-voltage arcs (without applying the voltage as high as possible, it must provide sufficient current). Experiment from short to long arc distance tests, do not exceed the maximum Arc distance power, energy, can not be released due to high voltage, it is easy to damage the module).

Work: Intermittent, continuous work is not allowed for more than 1 minute and short circuit is not allowed on the output side. Incorrect voltage and long working time can easily damage the module

Package Included:

1 DC 3V-6V to 400kV Boost 400000V Boost Power Module High Voltage Generator

20KV square

Features:

Dual high-voltage cables can be lit by cigarette paper, and one high-voltage cable can be supported in Metallkoerper current and without sound.

This module can be used as high school science experiment equipment, electronic equipment, negative ion generator, and high voltage source for doing science hours.

About performance:

Single 18650 or idle mobile phone battery (remove the protective plate, the position is more than 2000mAh, and the capacity is planned).

Notice:

1. The high-voltage module should avoid using no-load high-voltage current. The power must be set at the appropriate distance from the high voltage output line to the Batteriekapazitaet proportional to the distance and to utilize the high voltage arc (the voltage is not supplied as high as possible to have power).

2. Experimental test from short to long arc distance. Without the maximum arc distance used by the stride power, the energy cannot be released and the module can be easily damaged due to the high voltage.

3. Due to the power, the internal heat is not easy, each working time should be set within 5 seconds.

Specification:

Material: Metal, Plastic

Color: black

Dimensions: 19×20×18mm (LxWxH)

Weight: 19 grams

Input voltage: DC3.6V-6V

Input current: 1.5A

Output voltage: (please pay attention to safety when using) DC20KV

Output current: 0.05A

Input line length: about 1.1mm (red is positive)

Ausgangsleitungslaenge: about 110 mm

High voltage bipolar discharge distance: 5mm

High Art: Impulse Current

Structure: high integration, low voltage

Package Included:

1×20kV boost boost power supply module

1000KV

Product Specifications:

Module Type: MC-901

Input voltage: 3.7V-7.4V

Input current: 0.5A-1A

Input lead length: 9 cm

High voltage type: pulse DC type

Output voltage: 800KV-1000KV (please pay attention to safety when using)

Output current: 0.5A-1A

Output length: approximately16cm

High voltage bipolar discharge distance 1.5cm-2cm

Dimensions: 88x26mm (LXD)

Notes on using the module:

1. High-voltage modules should avoid using high-voltage no-load, and the power supply must be

The proper distance is adjusted before the end of the high-voltage wire, and the high-voltage wire is drawn

The distance is proportional to the voltage and capacity of the battery used.

2. From short to long experiments, test the arc distance when the power supply is disabled

Beyond the longest arc distance, since the high voltage energy cannot be released,

Modules can be easily damaged.

3. When the module is powered, the internal heat is not hot, so it does not take a long time to work.

Package Included:

1X1000KV high voltage inverter

50KV

Product description:

1. Model: MC-105

2.Length: 64mm

3.Diameter: 24mm

Plane diameter: 21mm

5. Input voltage: DC 3.7-6V

Input current: 2A-3A

Input wire length: 10cm

8. High voltage form: pulse DC type

9. Output voltage: 50kV

10.Output current: 0.05A

11. Output line length: 8cm

12. High voltage polarization discharge distance: 1-2cm

13. How to use: The red and green lines are input ports, the red line is positive, the green line is negative, and the other two high-voltage lines are output ports; fix the appropriate distance between the high-voltage line ports; the input port is connected to the battery to achieve high-level voltage arc

14. Input power supply: you can use a single 3.7V lithium battery or 2S in parallel, such as 18650 battery, etc.

Package Included:

1 x 50kV High Voltage Pulse Generator Super Arc Pulse Ignition Coil Module

400KV 56mm

Product introduction: This module is a high-voltage module/high-voltage generator made by a high-voltage package/transformer through a circuit composed of components. It can be used as a high-voltage source for students' popular science experiments/electronic instruments/negative ion generator/science small production. The module uses Tesla Made of coil principle, output high-voltage pulse, small size, high efficiency, violent discharge intensity.

describe:

Product Name: High Voltage Generator

Model: HX-901

Volume: length 88mm diameter 26mm cut surface diameter 24mm

Voltage: Input DC3.7-6V,

Output DC400KV

Current: input 4A, output 0.5A

Line length: input about 10 cm,

output about 10 cm

Structure: shell integrated

Two-pole discharge distance: about 0.5-1.5 cm (more easily damaged)

Uses: commonly used in high-voltage production, electronic DIY, product development, high-voltage electronic anti-theft, etc.

How to use: The two poles of the high-voltage output end (single-color thick line) are fixed within the specified discharge distance, and the red line of the low-voltage input end (two-color thin line) is connected to the battery.

Input requirements: This product does not need auxiliary circuits, and can be used directly when connected to a battery. The input terminal is connected to a single 3.7V lithium battery (such as 18650 battery) or a nickel-cadmium/nickel-metal hydride battery pack, 4V or 6V lead-acid battery, etc. (6V battery can be for best results)

Notes on using the module:

1. The high-voltage module should be avoided to be powered on when the high-voltage is no-load. Before power-on, the appropriate distance from the high-voltage line must be adjusted. The arcing distance of the high-voltage line is proportional to the voltage and capacity of the battery used.

2. When testing the arc distance, the experiment should be from short to long. It is strictly forbidden to exceed the longest arcing distance when the power is turned on. Because the high-voltage energy cannot be released, the module is easily damaged.

3. The power of the module is large, and it is not suitable for heat dissipation inside, so it cannot work for a long time.

4. The way to judge whether the battery capacity can drive the maximum output power is to measure the battery voltage when the arc is drawn. If it is around 6V, it can output the maximum power.

5. Two small-capacity lithium batteries are connected in series to 7.2V, and the measured voltage has dropped to about 4V in the arcing state. The smaller the capacity, the lower the voltage. Therefore, it is recommended to use a lithium battery above 2000MA, and it is best to use a battery above 4000MA if possible.