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Nanowatt to Femtowatt Conversion Table

Quick Find Conversion Table

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1 - 33
nanowatts to femtowatts
1= 1000000
2= 2000000
3= 3000000
4= 4000000
5= 5000000
6= 6000000
7= 7000000
8= 8000000
9= 9000000
10= 10000000
11= 11000000
12= 12000000
13= 13000000
14= 14000000
15= 15000000
16= 16000000
17= 17000000
18= 18000000
19= 19000000
20= 20000000
21= 21000000
22= 22000000
23= 23000000
24= 24000000
25= 25000000
26= 26000000
27= 27000000
28= 28000000
29= 29000000
30= 30000000
31= 31000000
32= 32000000
33= 33000000
34 - 66
nanowatts to femtowatts
34= 34000000
35= 35000000
36= 36000000
37= 37000000
38= 38000000
39= 39000000
40= 40000000
41= 41000000
42= 42000000
43= 43000000
44= 44000000
45= 45000000
46= 46000000
47= 47000000
48= 48000000
49= 49000000
50= 50000000
51= 51000000
52= 52000000
53= 53000000
54= 54000000
55= 55000000
56= 56000000
57= 57000000
58= 58000000
59= 59000000
60= 60000000
61= 61000000
62= 62000000
63= 63000000
64= 64000000
65= 65000000
66= 66000000
67 - 99
nanowatts to femtowatts
67= 67000000
68= 68000000
69= 69000000
70= 70000000
71= 71000000
72= 72000000
73= 73000000
74= 74000000
75= 75000000
76= 76000000
77= 77000000
78= 78000000
79= 79000000
80= 80000000
81= 81000000
82= 82000000
83= 83000000
84= 84000000
85= 85000000
86= 86000000
87= 87000000
88= 88000000
89= 89000000
90= 90000000
91= 91000000
92= 92000000
93= 93000000
94= 94000000
95= 95000000
96= 96000000
97= 97000000
98= 98000000
99= 99000000

Legend

SymbolDefinition
exactly equal
approximately equal to
=equal to
digitsindicates that digits repeat infinitely (e.g. 8.294 369 corresponds to 8.294 369 369 369 369 …)

nanowatts

The nanowatt (nW) is equal to one billionth (10−9) of a watt. Important powers that are measured in nanowatts are also typically used in reference to radio and radar receivers.

femtowatts

The femtowatt (fW) is equal to one quadrillionth (10−15) of a watt. Technologically important powers that are measured in femtowatts are typically found in reference(s) to radio and radar receivers. For example, meaningful FM tuner performance figures for sensitivity, quieting and signal-to-noise require that the RF energy applied to the antenna input be specified. These input levels are often stated in dBf (decibels referenced to 1 femtowatt). This is 0.2739 microvolt across a 75-ohm load or 0.5477 microvolt across a 300-ohm load; the specification takes into account the RF input impedance of the tuner.