yes, you can.
The cord your after is a 6V-DC/500MA adaptor.On the York website, you can find out the part number for the adaptor you need.You can find more information at the posted link. However, it may be easier just to head in to a local electronics store and ask about a 6V/500MA DC Adaptor - they should be able to help you out.
Yes, you can substitute a 6V 600mA adapter for a 6V 100mA adapter. The important thing is to match the voltage (6V) while ensuring the new adapter can supply at least the same current (milliamps) as the original, to avoid damaging the device or causing underperformance. In this case, the 600mA adapter has a higher current capacity, which is safe to use with a device that previously used a 100mA adapter.
No, you cannot use a 12V 7Ah battery in place of a 6V 7Ah battery without modifications. The voltage difference would likely damage devices designed for 6V, as they are not built to handle the higher voltage. If the device requires a 6V supply, it is crucial to use a battery that matches the specified voltage to ensure safe and proper operation.
No, you should not jump-start a 6V battery with a 12V battery, as the higher voltage can damage the 6V battery and any connected electrical components. Instead, use a compatible 6V battery or a dedicated jump starter designed for that voltage. If necessary, you can use a 12V battery with a proper voltage regulator or a step-down converter to safely charge the 6V battery. Always follow safety precautions when working with batteries.
The peak-to-peak (P-P) value of a 6V square wave is the difference between its maximum and minimum voltage levels. For a square wave that oscillates between +3V and -3V, the peak-to-peak voltage would be 6V (3V - (-3V) = 6V). If the square wave oscillates between 0V and 6V, the peak-to-peak voltage would also be 6V (6V - 0V = 6V). Therefore, regardless of the specific levels, a 6V square wave has a peak-to-peak voltage of 6V.
It is: -10v+6v = -4v
Most probably you are using a AC (117V or 220V) to DC 6V converter adapter. If yes, then the answer is no, you cannot use a lower current rating for a device that draws more current. If you plug in a device that needs DC 6V 500 mA to an adapter that can only supply DC 6V 300mA, then the adapter could start sending higher than 6 volts current which may damage your equipment or overheat the adapter. If you are using a higher mA rating adapter, then it's okay. For more technical details, see: http://www.jaycar.com.au/images_uploaded/plugpack.pdf
Yes you can. All the 1300 mA rating means is that adaptor can supply devices up to 1300 mA. The old adaptor's limit was 800 mA. The new adapter has 500 mA more in reserve if it is ever needed.
No you should not do that. It will damage the battery and the battery will explode.
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If the machine is designed to run on 6v and you use two 6v batteries instead of one, then . . . -- If you connect the two batteries in parallel, then they will last twice as long between recharges as one battery does. -- If you connect the batteries in series, then they will definitely overheat the motor, and possibly destroy it.
Yes you can. Given the fact you're talking about milliamps - the slight increase in amps will have no detrimental effect.