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AIB2 Components - 32-Bit Extractor
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Category: |
Logic
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Description: |
The 32-Bit Extractor component takes a single integer input value and breaks it down into its bit composition. A general way of looking at bit composition is by simply adding up the values for the bits that are set according to the outputs listings below. Essentially each bit (starting at 0) represents a value of 2 raised to the power of n+1. This component will provide meaningful results for integers up to 2^32 in value. |
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Inputs: 1 |
Number
The input value that is to be computed into its bit components. All values will be converted into the absolute value of its integer form.
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Outputs: 32 |
Bit: 0
If this bit is 1 (set) then acheive the original number by adding 1
Bit: 1
If this bit is 1 (set) then acheive the original number by adding 2
Bit: 2
If this bit is 1 (set) then acheive the original number by adding 4
Bit: 3
If this bit is 1 (set) then acheive the original number by adding 8
Bit: 4
If this bit is 1 (set) then acheive the original number by adding 16
Bit: 5
If this bit is 1 (set) then acheive the original number by adding 32
Bit: 6
If this bit is 1 (set) then acheive the original number by adding 64
Bit: 7
If this bit is 1 (set) then acheive the original number by adding 128
Bit: 8
If this bit is 1 (set) then acheive the original number by adding 256
Bit: 9
If this bit is 1 (set) then acheive the original number by adding 512
Bit: 10
If this bit is 1 (set) then acheive the original number by adding 1024
Bit: 11
If this bit is 1 (set) then acheive the original number by adding 2048
Bit: 12
If this bit is 1 (set) then acheive the original number by adding 4096
Bit: 13
If this bit is 1 (set) then acheive the original number by adding 8192
Bit: 14
If this bit is 1 (set) then acheive the original number by adding 16384
Bit: 15
If this bit is 1 (set) then acheive the original number by adding 32768
Bit: 16
If this bit is 1 (set) then acheive the original number by adding 65536
Bit: 17
If this bit is 1 (set) then acheive the original number by adding 131072
Bit: 18
If this bit is 1 (set) then acheive the original number by adding 262144
Bit: 19
If this bit is 1 (set) then acheive the original number by adding 524288
Bit: 20
If this bit is 1 (set) then acheive the original number by adding 1048576
Bit: 21
If this bit is 1 (set) then acheive the original number by adding 2097152
Bit: 22
If this bit is 1 (set) then acheive the original number by adding 4194304
Bit: 23
If this bit is 1 (set) then acheive the original number by adding 8388608
Bit: 24
If this bit is 1 (set) then acheive the original number by adding 16777216
Bit: 25
If this bit is 1 (set) then acheive the original number by adding 33554432
Bit: 26
If this bit is 1 (set) then acheive the original number by adding 67108864
Bit: 27
If this bit is 1 (set) then acheive the original number by adding 134217728
Bit: 28
If this bit is 1 (set) then acheive the original number by adding 268435456
Bit: 29
If this bit is 1 (set) then acheive the original number by adding 536870912
Bit: 30
If this bit is 1 (set) then acheive the original number by adding 1073741824
Bit: 31
If this bit is 1 (set) then acheive the original number by adding 2147483648
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Components in Same Category: |
All True [AND]
Any False [NAND]
Any True [OR]
All False [NOR]
Exclusive OR [EXOR]
Invert
Valve
Toggle - Single Pole
Toggle - Dual Pole
8-Bit Extractor
16-Bit Extractor
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Sample Files with this Component: |
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