Mitsu charger / power adapter 20v 3.25a (rectangular 11.0x4.5 pins - yoga) - lenovo 65W
Mitsu charger / power adapter 20v 3.25a (rectangular 11.0x4.5 pins - yoga) - lenovo 65W – 2
Mitsu charger / power adapter 20v 3.25a (rectangular 11.0x4.5 pins - yoga) - lenovo 65W – 3
Mitsu charger / power adapter 20v 3.25a (rectangular 11.0x4.5 pins - yoga) - lenovo 65W – 4
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Mitsu charger / power adapter 20v 3.25a (rectangular 11.0x4.5 pins - yoga) - lenovo 65W
Mitsu charger / power adapter 20v 3.25a (rectangular 11.0x4.5 pins - yoga) - lenovo 65W
Mitsu charger / power adapter 20v 3.25a (rectangular 11.0x4.5 pins - yoga) - lenovo 65W
Mitsu charger / power adapter 20v 3.25a (rectangular 11.0x4.5 pins - yoga) - lenovo 65W
Mitsu charger / power adapter 20v 3.25a (rectangular 11.0x4.5 pins - yoga) - lenovo 65W

Оттенок товара и его реальный цвет могут отличаться от того, что показано на фотографии, так как изображения носят иллюстративный характер. Описание товара является общим и может не включать все его характеристики.

Mitsu charger / power adapter 20v 3.25a (rectangular 11.0x4.5 pins - yoga) - lenovo 65W

22,48 €
21.79 €
2248760

ZM/LEN20325Y

5902687188598

Доставка 8-13 р.д.

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The new Mitsu power supply for IBM Lenovo laptop is equipped with a ferrite filter and excellent protection against overvoltage, overheat, overload and overcharge. IBM Lenovo laptop chargers are designed for the most demanding users who value stress-free and convenient work. The quality of the product is confirmed by the following certificates: CE, ROHS, FCC and strict quality control, eliminating possible defects. QUALITY FIRST Temperature resistance - The influence of high and low temperatures on the resistances of protection systems and the electrical parameters of the power supply is checked. Electrical test - checking the correctness of the electrical connections between the individual components of the power supply. Short-circuit and overvoltage test - the response of the power supply protection systems to short-circuit and sudden voltage surges simulated by providing a high-voltage pulse at the input of the power supply is tested. Final test - The output voltage level of the power supply is checked by running for one hour under constant load.