You can it will be safe and no damage will result. However it will blow sooner than the intended fuse would, so the amplifier will no longer have its full normal operating range.
slew rate is the ability of an amplifier to reproduce amplified version of the input signal in terms of frequency and phase. The input signal amplitude change is fast. But the amplifier will take some time to give response to the changes in input signal. i.e. how fast the amplifier tracks the input signal is the slew rate. For an amplifier the slew rate should be high in order to avoid signal distortion. The rate of change of the output voltage of an amplifier for the given input signal change is called the slew rate.
office location
30cc is equilent to 20 mph
Power Spikes
Fast RF is a type of radio frequency transmission for sending data from a wireless input device (e.g. a cordless mouse) to a computer via attached receiver. Theoretically, Fast RF can be done at different transmission frequencies (i.e. the size of the radio wave, e.g. 2.4 gHz, etc.) but its main aspect is that it transmits data 125 times per second, much faster than wireless technologies prior to the creation of Fast RF standards. A standard USB port cannot read/understand more than 125 transmissions, so fast RF is as fast as it can handle (I presume USB 2.0 can go faster, as it's higher bandwidth, but don't know for sure). Short and sweet, if you want a wireless mouse and are using a USB 1 port or hub, Fast RF is as good as you'll see so far as speed is concerned, because it matches the maximum data rate of the USB port.
yes it can but it may not protect as well the f5L is a fast blow fuse made to react quickly to the overcurent
Typically the "F" stands for "Fast Blow" or "Fast Acting". A "T", as in T6A, would mean "Time Delay" or Slow-Blow. So, an F6A 250 is a Fast Acting (Fast Blow) 6 Amp 250 Volt Fuse.
Any piece of machinery that is designed to use a fast blow fuse should only use a fast blow fuse. For safety reasons this could save your life instead of taking it.
T means Slow blow , 6.3A is the maximum current this fuse will conduct , any more and the fuse will heat up and melt the conductor . Maximum voltage capacity is 250V , this means the maximum voltage that the fuse can block from "jumping" . It means you can use it in a system from 0 - 250V with a maximum current handle of 6.3A .
If the fuse is labelled F it is fast-blow or T OR S it is slow-blow, the letter should be on the metal cap on the ends of the fuse.
no A FRN fuse is a slow blow fuse where an non is a fast blow fuse. In a pinch a slow blow fuse can be use in a fast blow circuit but not the other way around.
The fast blow fuse will generally only have a straight wire between the terminals, while the slow blow version will have part of that wire coiled up as a spring.
The time it takes for a fuse to blow, either "fast blow" or "slow blow" is determined by the design of the fuse and is described in a table or graph provided by the manufacturer. In general, the higher the applied overload current, the faster the fuse will blow. Fast blow fuses can open in milliseconds, slow blow fuses can open in several seconds. The fuse used depends entirely on the application and what kind of circuit it is protecting.
It is a normal amplifier, fast enough to amplify high frequency video signals. The word "video" means wideband. That's why a video amplifier is used for, for instance, for t.v. signals and in wideband measuring equipment.
2100km
Depends on how you blow it up...... Wow yeah you would ask that..
Capabilities vary by different brands and models of dryer.