If that's what you mean, then your horn will function quietly / low because another part of the system is drawing too
much amperage and your horn, therefore, can't get the energy it needs to fully function.
The fuse may have been an issue when you bought it, where the rectifier was using too
much amperage in the first place and the previous owner «fixed it» by putting a higher amperage fuse in place.
Not exact matches
This is why the starter is usually the first thing that stops working right - it takes huge
amperage and if the voltage is too low, the resistance blocks the flow too
much resulting is a weak turn, or no turn at all.
With a 220 Volt, higher
amperage charger, we would have been able to charge
much more rapidly.
And while a fee is paid for services, I sense the experience of Outskirts «attendees,» like those attending to the birth of a new - born, is very
much different than installing a new sink or upgrading
amperage.
In addition to calculating how
much battery capacity you need, there's also the matter of charging
amperage.
Charging ports on battery packs, like charging ports on wall - warts and computers, can provide electricity at two
amperage rates: 1A and 2.1 A. All USB devices can use both ports, but if a device can only handle 1A of power then it will automatically limit itself to 1A on a 2.1 A port and if a 2.1 A device is on a 1A port it will also charge (but at a
much slower rate).
Smartphones don't typically draw that
much power — manufacturers commonly stick with a lower
amperage (like 3A), but it's a boon for USB - C laptops like the MacBook Pro and Google Chromebook Pixel.
For trickle charging, such as you might do overnight or if you just had the device sitting in your briefcase hooked up to the battery pack, the
amperage doesn't matter as
much.
Much like Huawei's solution, OnePlus employs dedicated circuitry in the charger itself, and both VOOC and Dash Charge deliver higher
amperage thanks to many components of the charger, including a microcontroller that monitors charge level; voltage and current regulating circuitry; heat management and dissipation components (that contribute to a 5 - point safety check); and a thicker cable that delivers greater current, specializing in minimizing power fluctuations.