laprak koefisien temperatur

7/17/2019 Laprak Koefisien Temperatur

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Thermistor Kenaikan Suhu

T To X( T-To) Rt Ro RT/Ro Y (Ln(Rt-Ro))

7 26 -19 21 10 2.1 0.72

! -1! 19 1.9 0.62

9 -17 1! 1.! 0."!!

10 -16 17 1.7 0."#1

11 -1" 16 1.6 0.70

12 -1 16 1.6 0.70

1# -1# 1" 1." 0.0"

1 -12 1" 1." 0.0"

1" -11 1 1. 0.##6

16 -10 1 1. 0.##6

17 -9 1# 1.# 0.262

1! -! 1# 1.# 0.262

19 -7 12 1.2 0.1!2

20 -6 12 1.2 0.1!2

21 -" 12 1.2 0.1!2

22 - 11 1.1 0.09"

2# -# 11 1.1 0.09"

2 -2 11 1.1 0.09"

2" -1 10 1 0.000

26 0 10 1 0.000

$um%ah -190 6.2!

m& -0.0#"!9

'Y2& 0.001119

& 0.0##"7

'*& 0.001297

+i%amen Kenaikan Suhu

T To X( T-To) Rt Ro RT/Ro Y (Ln(Rt-Ro))

7 29 -22 #!. "." 0.!#9"6 -0.170

! -21 #!.6 0.!!#"2 -0.16

9 -20 #9.2 0.!61"#! -0.19

10 -19 #9.! 0.!772" -0.1#

11 -1! #9.6 0.!70## -0.1#9

12 -17 0 0.!79121 -0.129

1# -16 #9." 0.!6!1#2 -0.11

1 -1" #9.7 0.!72"27 -0.1#6

1" -1 1 0.901099 -0.10

16 -1# 1. 0.909!9 -0.09

17 -12 2.1 0.92"27" -0.07!

1! -11 0.7 0.!9"0" -0.111

19 -10 1 0.901099 -0.10

20 -9 1.# 0.907692 -0.09721 -! 1.! 0.91!6!1 -0.0!"

22 -7 2.6 0.9#626 -0.066



2# -6 #.1 0.972"# -0.0"

2 -" 0.9670## -0.0#

2" - . 0.97"!2 -0.02

26 -# .7 0.9!21! -0.01!

27 -2 .7 0.9!21! -0.01!

2! -1 ".1 0.991209 -0.009

29 0 "." 1 0.000

$um%ah -2"0 -2.0#2

m& 0.00729

'Y2& 0.0002

& 0.011#

'*& 0.000"!

+i%amen ,enurunan Suhu

T To X( T-To) Rt Ro Rt/Ro Ln(Rt/Ro)

!0 29 "1 72.2 "7.6 1.2"# 0.226

79 "0 71.7 1.2" 0.219

7! 9 71." 1.21 0.216

77 ! 71 1.2## 0.209

76 7 70.7 1.227 0.20"

7" 6 70. 1.222 0.201

7 " 70.2 1.219 0.19!

7# 70 1.21" 0.19"

72 # 69.! 1.212 0.192

71 2 69." 1.207 0.1!!

70 1 69.2 1.201 0.1!#

69 0 6!.6 1.191 0.17"

6! #9 6!. 1.1!! 0.172

67 #! 6!.# 1.1!6 0.17066 #7 6!.1 1.1!2 0.167

6" #6 6! 1.1!1 0.166

6 #" 67.9 1.179 0.16"

6# # 67.6 1.17 0.160

62 ## 67.# 1.16! 0.1"6

61 #2 67 1.16# 0.1"1

60 #1 66.6 1.1"6 0.1"

"9 #0 66. 1.1"# 0.12

"! 29 66.2 1.19 0.1#9

"7 2! 66 1.16 0.1#6"6 27 6".9 1.1 0.1#"

"" 26 6".7 1.11 0.1#2



" 2" 6". 1.1#" 0.127

"# 2 6".# 1.1# 0.12"

"2 2# 6" 1.12! 0.121

"1 22 6.9 1.127 0.119

"0 21 6.7 1.12# 0.116

9 20 6." 1.120 0.11#

! 19 6. 1.11! 0.112

7 1! 6.2 1.11" 0.10!

6 17 6.1 1.11# 0.107

" 16 6#.9 1.109 0.10

1" 6#.7 1.106 0.101

# 1 6#.6 1.10 0.099

2 1# 6#." 1.102 0.09!

1 12 6#. 1.101 0.096

0 11 6#.# 1.099 0.09

#9 10 6#.2 1.097 0.09#

#! 9 62.! 1.090 0.0!6

#7 ! 62.6 1.0!7 0.0!#

#6 7 62." 1.0!" 0.0!2

#" 6 62.# 1.0!2 0.07!

# " 60.! 1.0"6 0.0"

## "!." 1.016 0.016

#2 # "!.# 1.012 0.012

#1 2 "! 1.007 0.007

#0 1 "7.6 1.000 0.000

29 0 "7.6 1.000 0.000

$um%ah 1#26 6.69

m& 0.00#902

'Y2& 0.00022

& 0.01""1

'*& 0.0001##



Thermis

X2 Y2 XY T

#61 0.""0 -1.097 !0

#2 0.12 -11.""# 79

2!9 0.#" -9.992 7!

2"6 0.2!2 -!.90 77

22" 0.221 -7.0"0 76

196 0.221 -6."!0 7"

169 0.16 -".271 7

1 0.16 -.!66 7#

121 0.11# -#.701 72

100 0.11# -#.#6" 71

!1 0.069 -2.#61 70

6 0.069 -2.099 69

9 0.0## -1.276 6!

#6 0.0## -1.09 67

2" 0.0## -0.912 66

16 0.009 -0.#!1 6"

9 0.009 -0.2!6 6

0.009 -0.191 6#

1 0.000 0.000 62

0 0.000 0.000 61

270.000 2.!"1 -!#."6" 60

"9

"!

"7

"6

""

"

"#

"2

X2 Y2 XY "1

! 0.02!7!# #.7#207 "0

1 0.02707 #."#661 9

00 0.022212 2.9!0712 !

#61 0.01791" 2."#06# 7

#2 0.0192!9 2.99!9! 6

2!9 0.016"9! 2.1901"9 "

2"6 0.019997 2.262"!6

22" 0.01!"9 2.0"17 #

196 0.010!" 1."796 2

169 0.00!917 1.227609 1

1 0.0060#2 0.9#197" 0

121 0.01229 1.226#27 #9

100 0.010!" 1.010# #!

!1 0.009#! 0.!716! #76 0.00719 0.67!"2! #6

9 0.00##7 0.61007 #"



#6 0.0029#6 0.#2"1#6 #

2" 0.00112 0.16761# ##

16 0.000"99 0.097!91 #2

9 0.000#1" 0.0"#216 #1

0.000#1" 0.0#"7! #0

1 7.!0-00" 0.00!!# 29

0 0 0 2!

#790.000 0.2" #0.2! 27

26

$um%ah

m&

'Y2&

&

'*&

X2 Y2 XY

2601 0.0"10#9 11."2179

2"00 0.0797 10.9!1

201 0.067#2 10."92"7

2#0 0.0#77 10.0#9""

2209 0.0199# 9.6#1#!1

2116 0.00269 9.2#0!"2

202" 0.0#91#" !.9021"!

19#6 0.0#!01 !."7!79!

1!9 0.0#6907 !.260792

176 0.0#"27 7.!!7776

16!1 0.0##66 7."2261

1600 0.0#0"" 6.990799

1"21 0.029"## 6.70216

1 0.0290#2 6.7711#69 0.02!01 6.19"!22

1296 0.027""1 ".97"6"

122" 0.02706" ".7"7971

11"6 0.02"627 ".290

10!9 0.0222# ".1#60#

102 0.022!"2 .!#72

961 0.02107! ."0062

900 0.02021 .26"2#"

!1 0.019#6" .0#""79

7! 0.01!"#2 #.!11701729 0.01!121 #.6#629

676 0.017#12 #.209!"



62" 0.016129 #.17992

"76 0.01"7# #.011267

"29 0.0160! 2.779!!!

! 0.012#! 2.62"1"1

1 0.01#"11 2.1011

00 0.012!01 2.262!"#

#61 0.012"# 2.1202#

#2 0.01176! 1.9"26"2

2!9 0.011#2 1.!17671

2"6 0.01077 1.66079

22" 0.0101## 1."099#

196 0.009!19 1.#!727#

169 0.009"1 1.26772"

1 0.00920" 1.1"1296

121 0.00!90 1.0#799

100 0.00!60! 0.927!17

!1 0.00771 0.777!9#

6 0.006929 0.66"92

9 0.006666 0."71"0!

#6 0.0061"# 0.706##

2" 0.00292# 0.270##6

16 0.0002 0.062017

9 0.00016 0.0#62#9

.79-00" 0.01#!1

1 0 0

0 0 0

""26.000 1.0# 21.296



tor ,enurunan Suhu

To X( T-To) Rt Ro Rt/Ro Ln(Rt/Ro) X2

26 " 1. 9.6 0.16 -1.92" 2916

"# 1. 0.16 -1.92" 2!09

"2 1." 0.1"6 -1.!"6 270

"1 1.6 0.167 -1.792 2601

"0 1.6 0.167 -1.792 2"00

9 1.6 0.167 -1.792 201

! 1.7 0.177 -1.7#1 2#0

7 1.! 0.1!! -1.67 2209

6 1.! 0.1!! -1.67 2116

" 1.9 0.19! -1.620 202"

2 0.20! -1."69 19#6

# 2 0.20! -1."69 1!9

2 2.1 0.219 -1."20 176

1 2.2 0.229 -1.7# 16!1

0 2.# 0.20 -1.29 1600

#9 2. 0.2"0 -1.#!6 1"21

#! 2." 0.260 -1.#" 1

#7 2.6 0.271 -1.#06 1#69

#6 2.7 0.2!1 -1.269 1296

#" 2.! 0.292 -1.2#2 122"

# 2.9 0.#02 -1.197 11"6

## # 0.#1# -1.16# 10!9

#2 #.1 0.#2# -1.1#0 102

#1 #.2 0.### -1.099 961

#0 #.# 0.# -1.06! 900

29 #." 0.#6" -1.009 !1

2! #.6 0.#7" -0.9!1 7!

27 #.7 0.#!" -0.9"# 729

26 #.9 0.06 -0.901 676

2" 0.17 -0.!7" 62"

2 .2 0.#! -0.!27 "76

2# .# 0.! -0.!0# "29

22 ." 0.69 -0.7"! !

21 .7 0.90 -0.71 1

20 .9 0."10 -0.67# 00

19 ".1 0."#1 -0.6## #61

1! ".2 0."2 -0.61# #2

17 ". 0."6# -0."7" 2!9

16 ".6 0."!# -0."#9 2"6

1" ".! 0.60 -0."0 22"

1 6 0.62" -0.70 196

1# 6.2 0.66 -0.#7 169

12 6. 0.667 -0.0" 1

11 6.6 0.6!! -0.#7" 12110 6.! 0.70! -0.#" 100

9 7.1 0.70 -0.#02 !1



! 7.# 0.760 -0.27 6

7 7.6 0.792 -0.2# 9

6 7.! 0.!1# -0.20! #6

" !.1 0.! -0.170 2"

!. 0.!7" -0.1# 16

# !.7 0.906 -0.09! 9

2 9 0.9#! -0.06"

1 9.# 0.969 -0.0#2 1

0 9.6 1.000 0.000 0

1!" -"2.1 "#9"".000

-0.0#6#01

0.00027

0.016""9

0.00011



Y2 XY

#.707 -10#.966

#.707 -102.00

#.6 -96."27

#.210 -91.#!0

#.210 -!9."!!

#.210 -!7.796

2.997 -!#.09

2.!02 -7!.677

2.!02 -77.00#

2.62 -72.!96

2.61 -69.019

2.61 -67."0

2.#10 -6#.!##

2.171 -60.06

2.02 -"7.1"

1.922 -".06"

1.!10 -"1.12!

1.706 -!.##1

1.609 -".666

1."1! -#.12"

1.## -0.700

1.#"# -#!.#!

1.27! -#6.172

1.207 -#.0"7

1.10 -#2.0#"

1.01! -29.261

0.962 -27.6#

0.909 -2".7#

0.!11 -2#.20

0.766 -21.!!7

0.6!# -19.!0

0.6" -1!.72

0."7 -16.669

0."10 -1.99!

0."2 -1#."1

0.00 -12.01!

0.#76 -11.0#6

0.##1 -9.7!1

0.291 -!.62

0.2" -7.""9

0.221 -6."!0

0.191 -".6!

0.16 -.!66

0.10 -.1220.119 -#.!

0.091 -2.71"



0.07" -2.191

0.0"" -1.6#"

0.0# -1.26

0.029 -0.!9

0.01! -0."#

0.010 -0.29"

0.00 -0.129

0.001 -0.0#2

0.000 0.000

6!.2!0 -1919.02

laprak koefisien temperatur

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