If a device has that as their input current, it most likely means that it requires 1000 milliamp hours of power at 5 volts. A device with this would require a 5V 1000mAh charger/power cable. This type of power output is generally given by newer smartphone chargers (e.g. Galaxy S3)
5V
500 ma at 5v http://www.auspcmarket.com.au/index.php?redir=http://www.auspcmarket.com.au/show_product_info.php?input[product_code]=PS-SKUSBPC&input[category_id]=
It takes 10-12 hours to charge a 10000 mAh battery with a 5v 2.1 amp input voltage.
An ADC has a measurable input voltage range that it can produce valid samples for. For example, an ADC may be able to produce 16 bit samples on the range [-.5V,+.5V]. A 16 bit range will give codes from [-32,768,32,767], which are equal to the [-.5V,+.5V] input range. If an input goes outside of the valid voltage range (but still within allowable electrical ratings), the ADC will 'saturate', in which it will continue to feed out the maximum or minimum 16 bit values. This will continue until the input comes back into the measurable range.
may be its around [5v;800ma]...
Input Low Current, IIL, is the current that must be sinked (pulled from) an input in order to guarantee that the input is seen as low.
To modify the input voltage to match the desired output voltage. Say you need 5V to operate TTL technology and you only have a 9V battery. You build an SCC change it from 9V to 5V.
To modify the input voltage to match the desired output voltage. Say you need 5V to operate TTL technology and you only have a 9V battery. You build an SCC change it from 9V to 5V.
The color code of the wires in the power supply is: Red = +5V Black = Ground (0V) White = -5V Yellow = +12V Blue = -12V Orange = +3.3V Purple = +5V Standby Gray = power is on (output) Green = Turn DC on (input)
Absolutely. The first rule: Source voltage should be equal to the device voltage. The second rule: Source current sould be higher than the cumulative of the device's current.
Why input current of USis less than Output current?
5 volts Direct Current 600 milliampers