Description

• Features: *Made of superb materials, *High electromagnetic frequency: The electromagnetic frequency of the generator is 150MHz, and high-efficiency gentle bulbs would be lit without strength supply * ABS housing: The ABS shell of the pulse generator has best flame retardant and insulation, so that you don&;t have to fear about security *Easy charging: 3 holes are charged separately, and every gap takes about half-hour to fee When the indicator of the charger is grew to become off, it means it is completely charged *Easy to operate: When the software is close to the light-emitting tube a part of the lamp, the sunshine will turn on, indicating that the tool is sweet and relevant exams would be applied *Wide differ of uses: High-frequency solid magnetic turbines can be used in digital factories, laboratories, electronic study and development and other factories to test the anti-interference check of electronic motherboard experiments Specifications: Project Type: Electromagnetic Pulse Generator (single frequency) Material: ABS Frequency: 150MHz Operating voltage: DC37 Operating current: 6A Operating power: 120W Antenna mode: Built-in bolstered antenna and external high-frequency antenna Power adapter output voltage: DC37 Power adapter input voltage: 110-240VAC Battery: 306090 1 x 3 2250mAh lithium battery (built-in) Size: 85X50X21mm Package Included: 1*Pulse generator 1*Power adapter 1*black coil 1*copper shade coil 1*spare transistor Precautions： 1 The device needs to be charged with a committed charger 2 Do no longer touch the metal transmitter during You might burn your palms 3 The charging time of the device is about quarter-hour whenever four Continue for approximately 5 seconds It is usually recommended to pause for 1-2 seconds to permit the chip to chill down and maintain common use Note: 1 The genuine colour of the article could also be barely different from the images shown on website caused by many factors corresponding to brightness of your monitor and light brightness 2 Please enable slight guide measurement deviation for the data

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