In 8086 microprocessor the total memory addressing capability is 1 mega bytes. For representing 1 mb there are minimum 4 hex digits are required i.e, 20 bits. but 8086 has fourteen 16-bit registers. That is there are no registers for representing 20 bit address. So,the total memory is divided into 16 logical segments and each segment capacity is 64 kb(kilo bytes). That is 16*64kb=1 mb.So,for representing 64 kb only 16 bit register is sufficient.
Size of a segment of Intel 8086 is 16 bit.
If, by smaller in size, you mean physical size, then yes. You just need to keep the same capacitance and minimum voltage rating. Also, in a power supply filter application, you need to consider the maximum RMS current rating.
The minimum size wire that can be paralleled together stated in the electrical code book is a #3 copper conductor.
The minimum size wire that engineers spec for industrial and commercial installations is #12 and it usually is stranded not solid wire.
250 watts, is the maximum, according to the info you gave me.
Most often if you add up all the breaker values in a panel they will exceed the rating of the panel. The theory is that you never operate each breaker to its full capacity. The panels are sized to the maximum current that is capable of being supplied by the electric company equipment servicing your house. Correction: Panels are sized according to the outcome of a complicated process of estimating the maximum number of amps that are likely to be used at any one time. This gives you a minimum size and you install AT A MINIMUM the next larger size panel. I don't know of a maximum size by code but there are limits to what can be practically used. In the absence of this complicated process, there are some rules of thumb that are substituted on houses. These range from 100 amps to 200 amps.
Minimum size is 36
maximum size is 512 bytes without header
The 8086 was only capable of addressing 1Mbyte of memory. It was divided into segments of 65536 bytes (64 KB) each meaning about 16 segments.
pata nai
4GB, minimum size is 256mb.
In 8086 microprocessor the total memory addressing capability is 1 mega bytes. For representing 1 mb there are minimum 4 hex digits are required i.e, 20 bits. but 8086 has fourteen 16-bit registers. That is there are no registers for representing 20 bit address. So,the total memory is divided into 16 logical segments and each segment capacity is 64 kb(kilo bytes). That is 16*64kb=1 mb.So,for representing 64 kb only 16 bit register is sufficient. In 8086 microprocessor the total memory addressing capability is 1 mega bytes. For representing 1 mb there are minimum 4 hex digits are required i.e, 20 bits. but 8086 has fourteen 16-bit registers. That is there are no registers for representing 20 bit address. So,the total memory is divided into 16 logical segments and each segment size is 64 kb(kilo bytes). That is 16*64kb=1 mb.So,for representing 64 kb only 16 bit register is sufficient.
4
There is no maximum size provided it conforms to all other standards. The minimum size is not less than 1.680 inches diamiater
No. The maximum minus the minimum is the range. The mean is the sum of all elements of the list divided by the size of the list.
-- Every circle has a diameter of some size. -- All of the diameters that you can draw in the same circle are the same size. -- The smaller the circle is, the smaller its diameter is. There's no minimum size. -- The larger the circle is, the larger its diameter is. There's no maximum size.
maximum 60 octets minimum 20 octets
6.4 to 25.6 mm-By Nyzlilgee