How to Use a 12V Heated Jacket Adapter Charger Type C Voltage Step-Up Cable
If you are looking for a way to keep warm in the cold weather, you might be interested in a heated jacket. A heated jacket is a clothing item that has a built-in heating system powered by a battery. Heated jackets can provide comfort and warmth for outdoor activities such as hiking, skiing, camping, or working.
However, one of the drawbacks of heated jackets is that they require a specific type of battery that is compatible with the jacket’s brand and model. These batteries are often bulky, expensive, and have a limited run time. Moreover, different brands of heated jackets have different connectors and voltages, which means you cannot use the same battery for different jackets.
Fortunately, there is a solution to this problem: a 12V heated jacket adapter charger Type C voltage step-up cable. This is a special cable that can convert the output of a standard power bank into a 12V output that can power most heated jackets. With this cable, you can use your own power bank to power your heated jacket, and enjoy the benefits of a longer run time, a lighter weight, and a lower cost.
How does it work?
A 12V heated jacket adapter charger Type C voltage step-up cable is a cable that has a Type C male connector on one end and a DC female connector on the other end. The Type C connector can plug into a power bank that supports QC 3.0 or PD fast charging protocols, and the DC connector can plug into a heated jacket that requires a 12V input.
The cable has a built-in circuit that can boost the voltage of the power bank from 5V to 12V, and regulate the current to match the heated jacket’s specifications. The cable can also protect the power bank and the heated jacket from overvoltage, overcurrent, short circuit, and reverse polarity.
What are the advantages?
Using a 12V heated jacket adapter charger Type C voltage step-up cable has several advantages over using the original battery of the heated jacket. Some of the advantages are:
- Longer run time: A power bank usually has a higher capacity than the original battery, which means it can provide more power and last longer. For example, a 10000mAh power bank can power a heated jacket for about 6 hours, while a 2000mAh original battery can only last for about 2 hours.
- Lighter weight: A power bank is usually lighter than the original battery, which means it is more comfortable to carry and wear. For example, a 10000mAh power bank weighs about 200g, while a 2000mAh original battery weighs about 400g.
- Lower cost: A power bank is usually cheaper than the original battery, which means it is more economical to use. For example, a 10000mAh power bank costs about $20, while a 2000mAh original battery costs about $40.
- More compatibility: A 12V heated jacket adapter charger Type C voltage step-up cable can work with most heated jackets that require a 12V input, regardless of the brand and model. This means you can use the same cable and power bank for different heated jackets, and save money and space.
What are the limitations?
Using a 12V heated jacket adapter charger Type C voltage step-up cable also has some limitations that you need to be aware of. Some of the limitations are:
- Not suitable for 7.4V or 8.4V heated jackets: The cable can only work with heated jackets that require a 12V input, and not with heated jackets that require a lower voltage. Using the cable with a lower voltage heated jacket can damage the jacket or the cable. For example, the cable cannot work with Bosch heated jackets, which require a 7.4V input.
- Not compatible with old version power banks: The cable can only work with power banks that support QC 3.0 or PD fast charging protocols, and not with power banks that have a standard USB output. Using the cable with a standard USB power bank can result in insufficient power or no power at all. For example, the cable cannot work with power banks that have a USB output of 1.0A, 2.0A, 2.1A, or 3A.
- Need to check the connector size: The cable has a DC female connector that can fit most heated jackets, but not all. You need to check the size and shape of the connector of your heated jacket before buying the cable, and make sure they are compatible. For example, the cable has a DC5.5x2.1mm female connector, which can fit Milwaukee, Dewalt, Makita, Snap-on, Metabo, Craftsman, AEG, and Revean heated jackets, but not other brands.
How to use it?
Using a 12V heated jacket adapter charger Type C voltage step-up cable is very easy and simple. Here are the steps to follow:
- Step 1: Charge your power bank with a QC 3.0 or PD fast charging charger, and make sure it has enough power.
- Step 2: Connect the Type C male connector of the cable to the Type C port of the power bank, and make sure it is firmly inserted.
- Step 3: Connect the DC female connector of the cable to the DC male connector of the heated jacket, and make sure they are securely connected.
- Step 4: Turn on the power bank and the heated jacket, and adjust the temperature settings according to your preference.
- Step 5: Enjoy the warmth and comfort of your heated jacket.
Where to buy it?
If you are interested in buying a 12V heated jacket adapter charger Type C voltage step-up cable, you can find it online on various platforms, such as Amazon, eBay, AliExpress, etc. You can also find it in some local stores that sell heated jackets and accessories. The price of the cable varies depending on the brand, quality, and features, but it is usually around $10 to $20.
Here are some examples of the cable that you can buy online:
Conclusion
A 12V heated jacket adapter charger Type C voltage step-up cable is a useful and convenient accessory that can enhance your heated jacket experience. It can allow you to use your own power bank to power your heated jacket, and enjoy the benefits of a longer run time, a lighter weight, and a lower cost. It can also work with most heated jackets that require a 12V input, and offer more compatibility and flexibility. However, you need to be careful about the voltage, the power bank, and the connector size of your heated jacket, and make sure they are compatible with the cable. If you are looking for a way to keep warm in the cold weather, you might want to give this cable a try.