iPhone Charger Manufacturing Address in Vietnam - MyMy Technology
iPhone Charger Manufacturing Address in Vietnam - MyMy Technology
In the mobile accessories industry, the iPhone charger is one of the components with the most stringent technical requirements. Not only must it ensure fast charging speed, but it must also maintain stability and absolute safety for users. In Vietnam, many iPhone charger factories now meet international standards., especially with the application high-performance converter circuit and smart protection components.
High-performance converter circuit – the heart of modern iPhone chargers
One of the important factors that determine the quality of the charger is power conversion circuit. iPhone charger manufacturing factories in Vietnam have now applied high-performance switching circuit technology, help reduce power loss during charging.
Thanks to the synchronization circuit between the IC and the inductor,optimally transformed current, limiting heat loss and keeping output power stable. This not only helps Charge 20–30% faster compared to the old generation, but also energy saving, extend the life of your iPhone battery.
Temperature sensor – protects users and equipment
The temperature sensor is small but extremely important in the iPhone charger. Vietnamese manufacturers have integrated automatic thermal sensor circuit cut off when the temperature exceeds the safety threshold.
This helps the charger:
- Prevent fire and explosion when overcharging.
- Protect the battery from heat-induced blistering.
- Maintain stable voltage during use.
Thanks to this sensor technology,"Made in Vietnam" charger products are increasingly trusted by domestic and foreign users.
Ferrite choke core – reduces electromagnetic interference, increases efficiency
In the electronic system of the charger,Ferrite Core Inductor plays a role in filtering electromagnetic interference (EMI). iPhone charger manufacturing factories in Vietnam are now self-produce or import high quality ferrite cores, help:
- Reduces signal interference affecting mobile devices.
- Keeps voltage stable even when power supply fluctuates.
- Increase the durability of the components inside the charging circuit.
Thanks to the application of ferrite coils, Vietnamese chargers are not onlyMore stable when charging multiple devices at the same time, but also quieter and cooler operation.
Self-resetting fuse – smart protection solution
One big difference betweenhigh-end chargerand the poor quality ones arecircuit protection fuse. Domestic manufacturers such asMyMy Technologyappliedresettable fuse– technology currently only available in products that meet international standards.
When the phenomenon occurs overload or short circuit, the fuse will be an automatic circuit breaker to protect the charging board and the device. After the temperature drops, the circuit will recover and work again.– no need to replace components manually.
This technology not only enhances charger durability, but also helps users absolute peace of mind during use.
Reverse polarity protection circuit – smart power protection
During use, if the user accidentally reverses polarity, the normal charging circuit may burn out or short out. However, theNew generation charging circuit in Vietnamintegratedreverse polarity protection, help:
- Prevent reverse voltage from entering the main circuit.
- Protects control chips and electronic components.
- Maintain stable operation, without affecting iPhone devices.
This is a technology that used to only appear in international manufacturers, but is now available.Vietnam has complete control in the charger manufacturing process.
Application of silver-plated conductive materials – increasing transmission efficiency
A notable improvement in iPhone charger manufacturing technology in Vietnam is the use of silver-plated conductive material. A thin layer of silver is coated on the contact points in the circuit to help:
- Increases conductivity and reduces resistance.
- Reduces heat generation when large currents run through.
- Ensures faster and more stable charging over a long period of time.
Compared with traditional copper materials,Silver plating is more durable and conducts electricity better., help Vietnamese chargers have charging efficiency equal to international products..
High frequency switching circuit – improve fast charging performance
To meet the fast charging trend of the iPhone 15 series, manyfactory in VietnamappliedHigh-frequency Switching.
This technology helpsIncrease power transmission efficiency to more than 92%, while significantly reducing the size of the charger while still ensuring high capacity (20W - 30W).
Synchronous IC – maximum power loss reduction
In the modern iPhone charger production line, synchronous ICplays a role in balancing current and voltage.
This IC sets automatic current phase synchronization, which helps reduce energy loss when converting AC to DC.
The result is:
- Output current is more than 99% stable.
- Heat is reduced by 30% compared to conventional circuit.
- iPhone battery is optimally protected against “premature battery failure”.
Automatically adjusts power when charging multiple devices
With the habit of using multiple devices (iPhone, iPad, AirPods),smart charger Vietnam has been equipped, automatic output power adjustment circuit.
This system can flexible current distribution Based on the number of connected devices, it helps:
- Make sure each device receives adequate voltage.
- Avoid overloading the main power source.
- Charge at the same time while keeping absolute safety.
This technology helps Vietnamese chargers approach advanced standards like GaN Fast Charger of major companies.
Conclude
With the strong development of domestic factories such as MyMy Technology, Vietnam is gradually becoming Asia's high-quality iPhone charger manufacturing center.
From high-performance converter circuit, temperature sensor, arrive Synchronous IC and silver-plated materialEvery detail is strictly researched, produced and tested.
iPhone Charger Manufacturing Address in Vietnam - MyMy Technology
