Compatibility in TTL means that the output of one TTL device can be used to drive the Input of the other TTL device , This because the low and high output window fit inside the low and high input window/profile TTL stand for Transistor Transistor Logic, so any voltage between 0 and 5 volt is compatible where any voltage between 3V and 5V is logic 1 and zero volt is logic 0
Generally, there will be a 12+ volt rail, a 5+ volt rail and often a 3+ volt rail.
Unless it's an old vw bug, cars usually run on a 12 volt dc system nowadays. Motorcycles often run on a 6 volt dc system. Different systems require different charging voltages so you won't ever be able to charge a 12 volt car battery from a 6 volt motorcycle battery charger as the output voltage would be way too low. However, if you can set the battery charger's output to give either a 6 or a 12 volt output, then you must always remember to set it to 12 volts if you want to use it to charge a 12 volt car battery.
An inverter changes a d.c. input to an a.c. output. Inverter is a device to change low volt DC to high volt AC 12 Dc to 220 Ac volt So many type of inverter of watts 500 watt 1000 watt 5000 watt
Shouldn't be a problem. For example the unloaded voltage on a car battery is often around 14 Volts. Under load the voltage reduces.
A: TTL gates operates on the premise of having +5 dc on the rail therefore the output will be in the range +5 volts. A cmos gate while similar to a TTL function is not really compatible since the output volts can be 12 volts or more. Besides that TTL gates require some input current for it to operate
Compatibility in TTL means that the output of one TTL device can be used to drive the Input of the other TTL device , This because the low and high output window fit inside the low and high input window/profile TTL stand for Transistor Transistor Logic, so any voltage between 0 and 5 volt is compatible where any voltage between 3V and 5V is logic 1 and zero volt is logic 0
You will have a 12 Volt source with double the charge capacity.
connect + to + and - to - and connect the load between the two + and the two -
The input to the max232 ic will be of Transistor Transistor Logic (TTL) and its voltage range will be of 5 volt. The output of the max 232 ic will be of Recomended Standard 232 Logic (RS232 logic) and its voltage range will be of 12 volt. The max 232 ic which is operating on 5 volt supply has to step up the 5 volt input to 12 volt. Hence a capacitor is used for pumping the voltage and called as pumping capacitor.
12 Volt BatteriesThe 12 Volt designation of a battery indicates that the nominal output voltage is 12 Volts.
It means the voltage output of the battery is 12 volts DC.
If you have 12 volt output on the engine it can be done. Hook the engine 12 volt output to the positive side of your meter and ground the other side back to the engine block. When you start the engine the meter will run and when you shut it down the meter stops. Many newer snow blowers that a 12 volt output for lighting whether lighting was put on the blower or not.
Generally, there will be a 12+ volt rail, a 5+ volt rail and often a 3+ volt rail.
A fully charged 12 volt battery will output 12.6 volts are read with a digital volt meter.
No, a 12-volt DC adapter and a 12-volt transformer are typically used with different types of devices. A 12-volt transformer is used to convert AC power to a low-voltage AC output, while a 12-volt DC adapter is used to step down AC power to a low-voltage DC output. If the equipment requires a 12-volt DC input, you should use a 12-volt DC adapter, not a transformer.
No, if they are wired in series you have 36 volts assuming each battery is a 12 volt battery. They will have to be wired in parallel to output 12 volts. In that case you can charge them with a 12 volt charger but it will take 3 times as long as charging just one 12 volt battery.