89
LAMPIRAN 4 DATA HASIL PENGOLAHAN SPSS
1. Analisis Statistik Deskriptif
a. Deskriptive
Descriptive Statistics
N Minimum
Maximum Mean
Std. Deviation
LN_DPK 145
21,43 33,95 29,2406
3,37674 LDR
145 8,11
889,26 84,0866 69,08342
CAR 145
3,29 48,00 17,4652
7,33237 NPL
145 ,14
27,90 3,1210
4,02934 ROA
145 -12,90
5,15 1,7486
2,13934 SBI
145 5,80
7,50 6,4600
,59060 LN_KREDIT
145 21,19
33,79 28,9960 3,42658
Valid N listwise
145
b. Frequence
Statistics
LN_DPK LDR
CAR NPL
ROA SBI
LN_KREDIT N
Valid 145
145 145
145 145
145 145
Missing
2. Pengolahan Data
a. Normalitas
● Histrogram dan grefik Normal P-
90 •
Hasil Uji Normalitas K-S
Tabel 4.6 Hasil Uji Normalitas K-S
One-Sample Kolmogorov-Smirnov Test
Unstandardize d Residual
N 78
Normal Parameters
a,b
Mean ,0000000
Std. Deviation 1,12498977
Most Extreme Differences Absolute
,128 Positive
,090 Negative
-,128 Kolmogorov-Smirnov Z
1,132 Asymp. Sig. 2-tailed
,154 a. Test distribution is Normal.
b. Calculated from data.
91
b. Multikolineritas
Model Collinearity
Statistics Tolerance
VIF
1
Constant DPK
,609 1,641
LDR ,934
1,071 CAR
,491 2,036
NPL ,495
2,019 ROA
,732 1,366
SBI ,753
1,328
Correlations Correlations
Control Variables DPK
LDR CAR NPL ROA SBI KRED
IT
LN_K REDIT
DPK Correlation
1,000 -,055
,024 -,087 ,415
,385 ,996
Significance 2- tailed
. ,637
,838 ,449
,000 ,001
,000 Df
75 75
75 75
75 75
LDR Correlation
-,055 1,000
,136 ,143
,057 ,037
-,026 Significance 2-
tailed ,637
. ,237
,215 ,622
,751 ,821
Df 75
75 75
75 75
75
CAR Correlation
,024 ,136 1,000
,698 -,147 ,026
,065 Significance 2-
tailed ,838
,237 .
,000 ,202
,820 ,573
Df 75
75 75
75 75
75
NPL Correlation
-,087 ,143
,698 1,000 -,120 ,055
-,041 Significance 2-
tailed ,449
,215 ,000
. ,298
,635 ,724
Df 75
75 75
75 75
75
ROA Correlation
,415 ,057 -,147 -,120 1,000 -,064
,428 Significance 2-
tailed ,000
,622 ,202
,298 .
,580 ,000
Df 75
75 75
75 75
75
92 SBI
Correlation ,385
,037 ,026
,055 -,064 1,000 ,415
Significance 2- tailed
,001 ,751
,820 ,635
,580 .
,000 Df
75 75
75 75
75 75
KRE DIT
Correlation ,996
-,026 ,065 -,041
,428 ,415
1,000 Significance 2-
tailed ,000
,821 ,573
,724 ,000
,000 .
Df 75
75 75
75 75
75 a.
Dependent Variable : LN_KR
c. Heterokedastisitas
93
d. Autokorelasi
Tabel 4.10 Uji Autokorelasi DW Test
Model Summary
b
Model R
R Square Adjusted R Square
Std. Error of the Estimate
Durbin- Watson
1 ,983
a
,966 ,964 1790015574
0083,24000 1,827
a. Predictors: Constant, SBI, CAR, ROA, LDR, DPK, NPL b. Dependent Variable: KREDIT
• Uji Lagrange Multiplier LM Test
• Uji Run Test
Coefficients
a
Model Unstandardized
Coefficients Standardized
Coefficients t
Sig. Std. Error
Beta
1 Constant
28,262 1,882
15,020 ,000
DPK 1,069E-013
,000 ,577
4,849 ,000
LDR ,028
,009 ,303
3,156 ,002
CAR -,032
,026 -,163
-1,227 ,224
NPL ,087
,056 ,207
1,566 ,122
ROA -,084
,064 -,144
-1,326 ,189
SBI -,269
,280 -,103
-,959 ,341
a. Dependent Variable:
Unstandardized Residual
Coefficients
a
Model Unstandardized
Coefficients Standardized
Coefficients T
Sig. Std. Error
Beta 1
Constant 28,262
1,882 15,020
,000 DPK
1,069E-013 ,000
,577 4,849
,000 LDR
,028 ,009
,303 3,156
,002
94
3. Analisis Regresi