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KRG0300090 datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
KRG0300090 KRG0300090 ECAD Model Thinking Electronic Industrial PPTC Thermistor Original PDF

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KRG0300250

Abstract: KRG0300300 KRG0300135 KRG0300090 KRG0300110 KRG0300400 KRG0300160 KRG030 KRG0300500 KRG0300185
Text: W W1 L1 P0 C D0 D0 C D0 t Note: 1. KRG0300090-KRG0300400 ,pls see Fig , Leaded Type 30V (Unit: mm) A Part no. KRG0300090 KRG0300110 KRG0300135 KRG0300160 KRG0300185 , 7.30 8.00 8.70 10.30 10.80 12.70 14.50 16.00 17.50 18.80 20.00 Part no. KRG0300090 , Time to trip (sec.) 1 2 3 4 5 6 7 8 9 10 11 1213 1= KRG0300090 2= KRG0300110 3= KRG0300135 4 , Ordinate to adjacent component lead KRG0300090 ~KRG0300300 P1 3.6 ±1.0 Ordinate to adjacent


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PDF KRG030 KRG030 KRG0300250 KRG0300300 KRG0300135 KRG0300090 KRG0300110 KRG0300400 KRG0300160 KRG0300500 KRG0300185
2013 - KRG0300110

Abstract: No abstract text available
Text: P1 H H H1 H0 P0 D0 C D0 C D0 t Note: 1. 2. For KRG0300090-KRG0300400 , Polymer PTC Resettable FuseKRG Series 30V Lead Type (Unit: mm) Part No. KRG0300090 KRG0300110 , ) Max Safety approvals UL/cUL TUV Vmax. Imax. (A) Part No. (Vdc) KRG0300090 KRG0300110 , (sec.) 1= KRG0300090 2= KRG0300110 3= KRG0300135 4= KRG0300160 5= KRG0300185 6= KRG0300250 7 , to adjacent component lead KRG0300090 ~KRG0300300 Ordinate to adjacent component lead KRG0300400


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PDF KRG030 KRG0300110
2011 - Not Available

Abstract: No abstract text available
Text: Note: 1. 2. KRG0300090-KRG0300400 ,please refer to Fig. 1. KRG0300500-KRG0300900, please refer to Fig 2 , . KRG0300090 KRG0300110 KRG0300135 KRG0300160 KRG0300185 KRG0300250 KRG0300300 KRG0300400 KRG0300500 KRG0300600 , ) Max. Post trip (R1) Max Safety approvals UL/cUL TUV Vmax. Part no. (Vdc) Imax. (A) KRG0300090 , 1213 Time to trip (sec.) 1= KRG0300090 2= KRG0300110 3= KRG0300135 4= KRG0300160 5= KRG0300185 6 , Sprocket hole pitch Ordinate to adjacent component lead KRG0300090 ~KRG0300300 Ordinate to adjacent


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PDF KRG030 KRG030
2014 - KRG030

Abstract: AP 4750
Text: . Straight Lead Inner Kink KRG0300090 7.4 12.2 12.2 5.0±0.8 7.6 3.0 0.5±0.02 , (A) (Sec) Min. (Ω) Max. (Ω) Max.(Ω) UL/ cUL TUV KRG0300090 30 40 , „ƒ 85℃ KRG0300090 1.38 1.22 1.08 0.90 0.78 0.70 0.56 0.55 0.45 , ±1.0 25.40 ±1.0 Sprocket hole pitch Ordinate to adjacent component lead KRG0300090 ~KRG0300400 P1 Ordinate to adjacent component lead KRG0300500~KRG0300900 Device pitch KRG0300090 ~KRG0300300 Device


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PDF 30Vdc 30Vdc KRG030 KRG030 AP 4750
KRG030

Abstract: KRG0300400 KRG0300300 KRG0300250 KRG0300185 KRG0300160 KRG0300135 KRG0300110 KRG0300090 KRG0300500
Text: 0.8±0.02 0.8±0.02 KRG0300090 KRG0300110 KRG0300135 KRG0300160 KRG0300185 KRG0300250 KRG0300300 , . Imax. Ihold @ 23 Itrip @ 23 Pd (Typ.) (Vdc) KRG0300090 KRG0300110 , 23 (sec.) 1 2 3 4 5 6 7 8 9 10 11 1213 1= KRG0300090 2= KRG0300110 3= KRG0300135 4 , /+1.0 Min. W2 D0 H H0 18 5(12.5) 3 9 4 18.5 16 KRG0300090 ~ KRG0300300 H1 , ±1.0 ±1.3 KRG0300090 ~ KRG0300300 P1 3.81 ±0.7 KRG0300400~ KRG0300900 P1


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PDF KRG030 0KRG0300600KRG0300700KRG0300800KRG0300900 KRG030 KRG0300400 KRG0300300 KRG0300250 KRG0300185 KRG0300160 KRG0300135 KRG0300110 KRG0300090 KRG0300500
KRG0300250

Abstract: KRG030 KRG0300400 KRG0300300 KRG0300185 KRG0300160 KRG0300135 KRG0300110 KRG0300090 KRG0300500
Text: P0 C D0 D0 C D0 t Note: 1. KRG0300090-KRG0300400 ,pls see Fig. 1. 2 , Leaded Type 30V (Unit: mm) A Part no. KRG0300090 KRG0300110 KRG0300135 KRG0300160 KRG0300185 , 7.30 8.00 8.70 10.30 10.80 12.70 14.50 16.00 17.50 18.80 20.00 Part no. KRG0300090 , .) 1 2 3 4 5 6 7 8 9 10 11 1213 1= KRG0300090 2= KRG0300110 3= KRG0300135 4= KRG0300160 5 , Ordinate to adjacent component lead KRG0300090 ~KRG0300300 P1 3.6 ±1.0 Ordinate to adjacent


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PDF KRG030 Te090 KRG030 KRG0300250 KRG0300400 KRG0300300 KRG0300185 KRG0300160 KRG0300135 KRG0300110 KRG0300090 KRG0300500
KRG0300185

Abstract: KRG0300250
Text: . Max. Typ. KRG0300090 7.4 12.2 5.0 0.8 10.5 0.5 3.0 0.5 0.02 KRG0300110 , Part no. Characteristics Ihold Vmax. Imax. (V dc ) (A) (A) KRG0300090 30 40 , .) 100 10 1 1= KRG0300090 2=KRG0300110 3=KRG0300135 4=KRG0300160 5=KRG0300185 6


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PDF KRG030 1000hrs 1344hrs 48Hrs KRG0300185 KRG0300250
KRG060

Abstract: KRG0600040 KRG0600030 KRG0600135 KRG0600160
Text: 20 2 0 0 0 Max. Max. Max. Max. ±0.3 Max. ±1 Max. ±0.3 ±1.0 ±1.3 KRG0300090 ~ KRG0300300 P1 3.81 ±0.7 KRG0300400~ KRG0300900 P1 7.62 ±0.7 KRG0300090


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PDF KRG060 KRG0600250KRG0600300 KRG06003752 KRG060 KRG0600040 KRG0600030 KRG0600135 KRG0600160
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