For your benefit and to ensure that you keep up with this fast-paced environment, manufacturers are also developing new fast charging technologies.

iPhone fast charging first appeared

Apple used to recommend that iPhone customers charge their devices using a 5V/1A power adapter, but this reduced the maximum output to 5W and lengthened the time it took to recharge the device.

At the 2017 Apple Event, Tim Cook said that the iPhone 8 and subsequent models are now capable of fast charging.

The term “fast charge” reveals the ability to top off your iPhone’s battery very or to deliver power more. The USB Power Delivery fast charging protocol, which permits charging three times faster than the old 5W standard, has adopted by the iPhone in place of the outdated charging standard (5W) and the Apple 2.4A charging protocol (12W).

Apple’s PD and PDO fast charging technologies

The first fast charging standard was Qualcomm Quick Charge, which utilized in Android phones, including the Samsung Galaxy line. Google and Apple have also accepted the USB Power Delivery standard, which is more recent. Apple originally made the iPad and iPhone compatible with the USB Power Delivery fast charging standard in 2015 and 2017.

With a maximum power output of 100 W, the USB Power Delivery standard offers a marginally higher power output. It’s used in tablets and laptops as well, unlike the Qualcomm QC. Therefore, it is anticipated that more devices will embrace the USB Power Delivery fast charging standard in the future.

A USB power delivery charger or power adapter can deliver a variety of voltages, with each voltage designated as PDO1, PDO2, PDO3, and so on, ranging from 5V, 9V, 12V, 15V, and 19V all the way up to 20V. The PDOs vary depending on the charger.

As an example, consider the Apple 29W PD charger. This charger’s PDO1 and PDO2 are 5V and 14.5V, respectively, as it can only give those two voltages. They negotiate and determine the voltage that both devices can support before the charger supplies power to the device.

Normally, PDO1 and PDO2 from the power adapter are used for iPhone PD rapid charging. PDO2 utilized at first to offer an initial burst of power for a brief amount of time because it has a greater voltage than PDO1. The charger changes to PDO1 and slows down the charging rate when the battery reaches a particular point. Once the iPhone’s battery is at about 80%, trickle charging will begin to take place automatically.

Fast charging iPhone accessories that are currently available

The iPhone 8, iPhone 8 plus, iPhone X, iPhone XR, iPhone XS, iPhone XS Max, iPhone 11 series, iPhone 12 series, iPhone 13 series and the most recent iPhone 14 series are the iPhones that now offer USB power delivery rapid charging. You require a USB Power Delivery quick charger to benefit from a quicker and more convenient method of charging.

Apple currently offers USB-C power adapters with outputs of 18W, 20W, 29W, 30W, 61W, 87W, or 96W. You should choose the Apple power adapter with a 10 to 20 W output, as that is the most power an iPhone can handle. The iPad or MacBook requires higher-power adapters.

A USB-C to Lightning cable also required. The newest generation of USB cables, Type-C (or USB-C), features new chip technology that allows for higher current transmission.

How to know if your iPhone is fast charging?

The term “fast charging” won’t appear on the iPhone’s screen as it does on some Android devices.

To begin with, check that “fast cable charging” turned on under App Menu > Settings > Battery.

You might experience a double vibration or hear a double “ding” when your iPhone plugged into a fast charger. If not, see if the device can be charged 50% or more in that time. When we talk about quick charging, we mean quick charging during the initial phase before it slows to trickle charging.

You can use a USB power meter to read charging watts at any moment to check the charging progress.

Does the iPhone battery get harmed by fast charging?

It is true that fast charging for an iPhone produces more heat than standard charging; however, this does not necessarily mean that the battery will be harmed.

In fact, the iPhone’s temperature monitoring module will regulate the input power based on the battery’s current temperature. When the temperature rises beyond 50 degrees Celsius, the iPhone will reduce the power delivery rate to keep the ideal temperature. In order to prolong the battery’s life, the iPhone will also gradually limit input power when the battery hits 50%. Charger speed dramatically slows down when it reaches about 80%.

Is it acceptable to use a third-party power adapter?

The answer is yes. Even though their iPhones could handle greater power, Apple has long offered the 5W charger and, as of the iPhone 12 series, no longer includes power adapters in every box. Users of iPhones must turn to alternate techniques, which is not unusual. They either buy a fast charger for the original iPhone or use third-party chargers.

Make sure any third-party iPhone fast charger you buy supports USB Power Delivery and has a high wattage before making a purchase. Alternatively, think about the QROV fast wireless charger.

Conclusion 

You will need an iPhone that supports fast charging, an Apple-certified USB-C to Lightning cable, and an iPhone fast charger in order to use iPhone fast charging. Both the cable and the charger are pricey. However, purchasing additional cables or chargers results in unneeded clutter and costs more money. So, if it’s possible, choose fast wireless charges. There are quick wireless chargers for one or more devices, including the QROV Max.

The post Everything You Need to Know About Fast Charging Your iPhone appeared first on getqrov.com.

Smartphone battery manufacturers claim that the lifespan of the products is only 300–500 cycles. After this, mobile phone batteries find it difficult to maintain their previous levels of power and end up only being able to power your device for progressively shorter amounts of time.

It is not possible to interfere with this process but we can surely slow down this process by understanding the factors that affect mobile phone charging. In this blog, we have compiled a list of genuine suggestions for extending the lifespan of your phone battery.

Factors Affecting Mobile Phone Batteries’ Durability

Phone batteries’ life was already determined at the time of manufacturing. However, your charging habits can sustain and maintain the battery life of your phone.

Charge/discharge cycles

Phone batteries have their specific number of discharge and charge cycles intended to range between 300 and 500 cycles. A complete charging cycle means charging the battery fully from the empty and then back again.

It’s challenging to determine how many cycles you burned up because a battery typically needs many charges to finish a full cycle. The most you can do is slow down the degradation of battery life as a result of usage by being careful about how often you charge the phone battery.

Temperature

Phone manufacturers advised that you only use your phone in environments with an ambient temperature of 0° to 35° C (32° to 95° F). It can be very inconvenient if you truly need to use your phone for navigation, essential calls, or even crises because phones built to turn off when the temperature is not suitable for use. However, this will protect your phone from damage.

After several exposures, extreme temperatures might permanently harm the battery in your phone. Additionally, extreme temperature changes should be avoided because they might cause moisture to become trapped within your phone, harming components.

Charger

Chargers play an essential role when it comes to the durability of the batteries. A chip that integrated into modern batteries helps regulate the input from the charger. Therefore, even if, for example, you use a fast charger with a phone that cannot handle that much power, your phone will still charge at the rate for which its battery intended. In this situation, the quick charging option might be useless.

Are batteries harmed by wireless charging? High-quality certified wireless phone mount made to maintain your phone at the proper temperature while charging and frequently contain built-in cooling. Additionally, they lessen mechanical harm to the charging port on your phone.

Additionally, current smartphones come with a variety of charging protocols and rates; in order for fast charging to work, a suitable charger required. A fast charger will only function as a regular charger if it is compatible.

How to extend your cell phone battery charges lifespan 

Battery memory effect

Confused regarding whether you should let your phone battery drain completely before charging to 100 %? This debate best describes the ‘memory effect’, which means memories remember how much charging left. For instance, if you routinely charge a phone between 20% and 80%, your battery can ‘forget’ about the remaining 40% of the energy that left.

But this is the case with nickel-based cell phone batteries, not the modern used Li-ion battery that are most common. The battery’s capacity to remember its typical usage pattern known as the memory effect. For Li-ion batteries, the battery frequently operating at a partial state of charge is a typical situation. 

Fully Charging Mobile Phone Batteries

The usual rule for lithium-ion batteries is to maintain them charged for as much of the time as possible, ideally to 50% or more. If the percentage falls below 50%, it’s crucial to make every effort to restore as much of it as one can. Don’t charge your phone all the way to 100%, though, as a word of caution. A complete recharge won’t harm your battery permanently, but doing so frequently might reduce its longevity.

Mobile Phone Charging Recommendations

Manufacturers advise consumers to keep their lithium-ion batteries charged between 20-40% to 80% and avoid letting them drain below 20%. Try to limit how often you fully recharge your device from 0% to 100%.

Leaving your phone overnight isn’t a big deal because the majority of contemporary smartphones and chargers also detect when your gadget is fully charged and no longer requires a socket. But you should be aware of overheating, especially if you keep your phone in a case.  The ideal practice is to remove the case if you want to charge for long hours.

Conclusion:

Phones’ battery and their durability is a major factors when using any smartphone. In this blog, we have incorporated all the factors that affect the battery and ways that extend the lifespan of the chargers. Additionally, If you also want to know the right way of charging then  “How to Charge Your Phone Battery the Right Way”  is a recommended blog post.

The post Factors That Affect the Durability of Phone Batteries appeared first on getqrov.com.