answersLogoWhite

0

sure, no problem! The power supplying device is rated as to its MAXIMUM current delivering capacity, so 100ma being less than 650ma, you could run up to 6 of those devices in parallel with that adapter.

You should not try to run a 650ma device with a 100ma supply though.

User Avatar

Wiki User

14y ago

What else can I help you with?

Related Questions

Can you use 9v 100ma adaptor for powering a leap pad instead o 9v 700ma?

No, if the device needs 700mA of current, your power adapter cannot supply adequate current.


Can a 6volt 600 milliamps adopter be substituted for a 6 volts 100 milliamps adopter?

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.


Is it ok to use an adaptor with 4.5V 100mA output which works for an Omron BP measurement machine which needs 6.0 V 500mA output?

No. Both the voltage and the current are too low.


Can you use an adaptor with a different mA?

Yes, you can use an adaptor with a different mA rating, but it is important that the voltage matches the device's requirements. An adaptor with a higher mA rating can safely power the device, as the device will only draw the current it needs. However, using an adaptor with a lower mA rating can overload it, potentially causing damage or failure. Always check the manufacturer's specifications for optimal compatibility.


Can you use a 9v 300mA adapter on a 9v 200mA device?

No. The adaptor will overheat.


How can you access Android device by a Macbook Air?

Yes. You can either access that Android device via a micro USB to USB adaptor, or use an app such as AirDroid (doesn't require an adaptor) to connect/sync.


What would happen if you used a 600mA adaptor instead of a 500mA?

Using a 600mA adaptor instead of a 500mA one could potentially supply more current to the device than it is designed for. Depending on the device's circuitry, this can lead to overheating and damage, especially if the device is not designed to handle the extra current. It's generally safer to use an adaptor with the recommended current rating for the device.


Can you use a6 volt600 ma adaptor on a 6 volt 200 ma?

Yes, you can use a 6-volt 600 mA adaptor with a device that requires 6 volts and 200 mA. The adaptor's higher current rating (600 mA) means it can supply more current than the device needs, which is safe as long as the voltage matches. The device will only draw the current it requires (200 mA). Just ensure that the adaptor's voltage is stable and does not exceed 6 volts.


What is the best way to transfer data from an SD card to a CompactFlash card using an adaptor?

To transfer data from an SD card to a CompactFlash card using an adaptor, insert the SD card into the adaptor and then insert the adaptor into the CompactFlash card slot on your device. Use a computer or device with both SD and CompactFlash card slots to copy and paste the files from the SD card to the CompactFlash card.


Can you use a AC-adapter with the input of 230V 50Hz on an electronic device that originally came with an AC-adapter that had an input of 120V 60Hz or would that fry it?

Pretty certainly no; it depends slightly on the type of adaptor - if it's regulated then you'll probably destroy the adaptor and maybe the device it's plugged unto, if it's unregulated then you'll probably destroy the device and maybe the adaptor.


Can you use a 12 VDC 2A adaptor on a 12 VDC 1A device?

Yes, there will be no problem with this adapter. The 1 amp device will only be drawing half of what the adapter can produce.


Can you use an AC adaptor with 9v output and plug it into a device that has 5v input?

No the voltage gap is too wide. If the higher voltage is used there is the possibility that the connected device might be destroyed.