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| 3/4(c)e1/4IaAE/1/4Ia 1.5A AIN5V cNI 3 Eao CW7800 CW78 IAECIOyNEaoAAE1/4EIEN CW7800 xioEaocA/cA*3/4OyA/ 1.5A o (R) 1/2 OU xioOE AE/ EaocNO 5V 24V A o 9 AE*OOeAEcN yEEI/OuUEx/CocA* OAUxioEaocNAEi UA 5 iEaEecN OcA*Ex/ *IAU IEyAuAE *uA xio OEiEaEecN Vimax xio OEi*IoEaEecN PD max xioAE|AE Ta x/*3/4IAE *I I V V W ae ae ae ae iO 35V / 40V (7824 ) - 1V OEAUcA*IOAE 1/4 www..com I I Ey aeIAE*I OyI1/2OIAE TStg ueAa -55ae +125ae o ueAa -40ae +85ae o ueAa -40ae +85ae n - OA 150ae 65ae 300ae 5 Ae 1/4 TO-220 260ae 10 Ae 1/4 EO Ne Aa JS cA*IaOyIAAA1/4EA/ CW7800_K CW7800_S CW7800_R CW7800_Z TO-3(xEOI1/4 ) TO-220 TO-257/-257I SMD-1 1 EaEe2 Eao3 CW7800_ IR A 1/2EoCIaAA3/4oO (c) O | O A I AE: o 1/4 C1 Y1|I AEcEY C2 (c) 50HZ IAEOuA/AEcEY CD IAE1/4oO CD1/2 [1500 2000] xIo(A) EO|OA EaoE AAEc1/2a Di Oeae O 1/2Oo *nOo OU O E1/2OO I 1/2Io O1/4 OO|Oo1/4O O E O| E 1/4U OyAaO DFDL Eao O|OAE O|OUOy OUT E*O1/2OEe 1/4U DL 2008 Ae 1 3/4(c)e1/4IaAE/1/4Ia CW7805 cIOO Tj T jH C1=0.33 C2=0.1|I y a E O I o 1/4 O A1 0 VI O ae ITa Vi1/2i O 1/2 5 0 0m A j L IEyAuAE EaocN Vo cN/OuAE Sv Vo(c) | www..com aEOIo1/4 Tj=25 ae 8 V Vi1 2 V T j = 2 5 ae 8V Vi1 8 V 1 0 m AI O 1 . 5 A T j =25ae 10mAIO 1.5A T j =25ae 1 0 m AI O 1 . 5 A T j =25ae 8V Vi20 V T j = 2 5 ae I O 1 A T j = 2 5 ae = 1 0 0 H Z 8 V Vi1 8 V 10Hz100KHz j =25ae T IO=5mA I V EONe x i a Ix i o Aa 4. 75 4. 80 5. 00 5. 25 5. 20 25 7 25 100 20 100 8 0.5 0.8 2 53 63 40 1.0 80 1.2 JS C C C JS C JS C JS C JS ae*O mV cA//OuAE Si Vo(c) | 3/4IcA/ Id 3/4IcA/a I d(c) | xiEaEeNi i n (Vi-o)m IAEOOOAEE Svip OeEucN VN O EaeIAEaO ST mV mA mA V db V mV/ae CW7806 cIOO aEOIo1/4 Tj=25 ae 9 V Vi1 3 V T j = 2 5 ae 9V Vi1 9 V 1 0 m AI O 1 . 5 A T j =25ae 10mAIO 1.5A T j =25ae 1 0 m AI O 1 . 5 A T j =25ae 9V Vi2 1 V T j = 2 5 ae I O 1 A T j= 2 5 ae = 1 0 0 H Z 9 V Vi 1 9 V 10Hz100KHz j =25ae T IO=5mA mA V db V mV/ ae 53 2 61 50 1.0 100 1.2 JS C C ae*O EONe I x i a x i Aa I o V 5. 70 5. 75 6. 00 6. 30 6. 25 30 8.5 30 100 25 100 8 0.5 0.8 C JS C JS C JS C JS y a E O I O A i O ae Vi1/2 VI O 1/2 5 0 0m A j L Tj T jH o1/4 Ia 11 T C1=0.33 C2=0.1|I IEyAuAE EaocN Vo cN/OuAE Sv Vo(c) | cA//OuAE Si Vo(c) | 3/4IcA/ Id 3/4IcA/a I d(c) | xiEaEeNi i n (Vi-o)m IAEOOOAEE Svip OeEucN VN O EaeIAEaO ST mV mV mA 2008 Ae - 2- 3/4(c)e1/4IaAE/1/4Ia CW7808 cIOO y a E O I o 1/4 O A i O ae 3 VI O 1/2 5 0 0m A j L Tj T jH Vi1/2 I a 1 T C1=0.33 C2=0.1|I IEyAuAE EaocN Vo cN/OuAE Sv Vo(c) | www..com aEOIo1/4 Tj=25 ae 11 V Vi 1 9 V T j = 2 5 ae 11V Vi2 1 V 1 0 m AI O 1 . 5 A T j =25ae 10mAIO 1.5A T j =25ae 1 0 m AI O 1 . 5 A T j =25ae 11V Vi2 3 V T j = 2 5 ae I O 1 A T j= 2 5 ae = 1 0 0 H Z 1 1 V Vi 2 1 V 10Hz100KHz j =25ae T IO=5mA I V EONe x i a Ix i o Aa 7.60 7.70 8.00 8.40 8.30 40 11 40 100 30 100 8 0.5 JS C JS C JS C JS ae*O mV cA//OuAE Si Vo(c) | 3/4IcA/ Id 3/4IcA/a I d(c) | xiEaEeNi i n (Vi-o)m IAEOOOAEE Svip OeEucN VN O EaeIAEaO ST mV mA mA V db V mV/ae 52 0.8 2 59 60 1.0 130 1.2 C JS C C CW7809 cIOO aEOIo1/4 Tj=25 ae 12 V Vi2 0 V T j = 2 5 ae 12V Vi2 2 V 1 0 m AI O 1 . 5 A T j =25ae 10mAIO 1.5A T j =25ae 1 0 m AI O 1 . 5 A T j =25ae 12V Vi2 4 V T j = 2 5 ae I O 1 A T j= 2 5 ae = 1 0 0 H Z 1 2 V Vi 2 2 V 10Hz100KHz j =25ae T IO=5mA mA V db V mV/ae 52 2 58 70 1.0 140 1.2 JS C C y a E O I o 1/4 O A i O ae 4 VI O 1/2 5 0 0m A j L Tj T jH Vi1/2 I a 1 T C1=0.33 C2=0.1|I IEyAuAE EaocN Vo cN/OuAE Sv Vo(c) | cA//OuAE Si Vo(c) | 3/4IcA/ Id 3/4IcA/a I d(c) | xiEaEeNi i n (Vi-o)m IAEOOOAEE Svip OeEucN VN O EaeIAEaO ST I V EONe x i a Ix i o Aa 8.55 8 . 65 9.00 9.45 9.35 45 12.5 45 100 30 100 8 0.5 0.8 C JS C JS C JS C JS ae*O mV mV mA 2008 Ae - 3- 3/4(c)e1/4IaAE/1/4Ia CW7810 cIOO aEOIo1/4 T j= 2 5 ae 13 V Vi2 1 V T j = 2 5 ae 13V Vi2 3 V 1 0 m AI O 1 . 5 A T j =25ae 10mAIO 1.5A T j =25ae 1 0 m AI O 1 . 5 A T j =25ae 13V Vi2 5 V T j = 2 5 ae I O 1 A T j= 2 5 ae = 1 0 0 H Z 1 3 V Vi 2 3 V 10Hz100KHz j =25ae T IO=5mA mA V db V mV/ae 50 2 57 80 1.0 140 1.2 JS C C y a E O I o 1/4 O A i O ae 5 VI O 1/2 5 0 0m A j L Tj T jH Vi1/2 I a 1 T C1=0.33 C2=0.1|I IEyAuAE EaocN Vo cN/OuAE Sv Vo(c) | www..com I V EONe x i a I x i o Aa 9. 50 9. 60 10. 00 10. 50 10.40 50 14 50 100 35 100 8 0.5 0.8 C JS C JS C JS C JS ae*O mV cA//OuAE Si Vo(c) | 3/4IcA/ Id 3/4IcA/a I d(c) | xiEaEeNi i n (Vi-o)m IAEOOOAEE Svip OeEucN VN O EaeIAEaO ST mV mA CW7812 cIOO aEOIo1/4 Tj=25 ae 1 6 V Vi2 2 V T j = 2 5 ae 15V Vi2 5 V 1 0 m AI O 1 . 5 A T j =25ae 10mAIO 1.5A T j =25ae 1 0 m AI O 1 . 5 A T j =25ae 16V Vi2 7 V T j = 2 5 ae I O 1 A T j= 2 5 ae = 1 0 0 H Z 1 5 V Vi 2 5 V 10Hz100KHz j =25ae T IO=5mA mA V db V mV/ae 49 2 55 100 1.2 150 1.4 JS C y a E O I o 1/4 O A i O ae 9 VI O 1/2 5 0 0m A j L Tj T jH Vi1/2 I a 1 T C1=0.33 C2=0.1|I IEyAuAE EaocN Vo cN/OuAE Sv Vo(c) | cA//OuAE Si Vo(c) | 3/4IcA/ Id 3/4IcA/a I d(c) | xiEaEeNi i n (Vi-o)m IAEOOOAEE Svip OeEucN VN O EaeIAEaO ST I V EONe x i a I x i o Aa 12. 00 12. 60 12. 50 60 17 60 120 40 120 8 0.5 0.8 C JS C JS C JS C JS ae*O 11. 40 11. 5 0 mV mV mA 2008 Ae - 4- 3/4(c)e1/4IaAE/1/4Ia CW7815 cIOO y a E O I o 1/4 O A i O ae 3 VI O 1/2 5 0 0m A j L Tj T jH Vi1/2 I a 2 T C1=0.33 C2=0.1|I IEyAuAE EaocN Vo cN/OuAE Sv Vo(c) | www..com aEOIo1/4 T j= 2 5 ae 20 V Vi2 6 V T j = 2 5 ae 19V Vi2 9 V 1 0 m AI O 1 . 5 A T j =25ae 10mAIO 1.5A T j =25ae 1 0 m AI O 1 . 5 A T j =25ae 20V Vi3 0 V T j = 2 5 ae I O 1 A T j= 2 5 ae = 1 0 0 H Z 1 9 V Vi 2 9 V 10Hz100KHz j =25ae T IO=5mA I V EONe x i a I x i o Aa 15. 00 15. 75 15.60 75 21 75 150 50 150 8 0.5 JS C JS C JS C JS ae*O 14. 25 14.40 mV cA//OuAE Si Vo(c) | 3/4IcA/ Id 3/4IcA/a I d(c) | xiEaEeNi i n (Vi-o)m IAEOOOAEE Svip OeEucN VN O EaeIAEaO ST mV mA mA V db V mV/ae 47 0.8 2 52 120 1.5 150 1.8 C JS C CW7818 cIOO y a E O I o 1/4 O A i O ae 6 VI O 1/2 5 0 0m A j L Tj T jH Vi1/2 I a 2 T C1=0.33 C2=0.1|I IEyAuAE EaocN Vo cN/OuAE Sv Vo(c) | cA//OuAE Si Vo(c) | 3/4IcA/ Id 3/4IcA/a I d(c) | xiEaEeNi i n (Vi-o)m IAEOOOAEE Svip OeEucN VN O EaeIAEaO ST aEOIo1/4 T j = 2 5 ae 22 V Vi2 8 V T j = 2 5 ae 22V Vi3 2 V 1 0 m AI O 1 . 5 A T j =25ae 10mAIO 1.5A T j =25ae 1 0 m AI O 1 . 5 A T j =25ae 22V Vi3 2 V T j = 2 5 ae I O 1 A T j= 2 5 ae = 1 0 0 H Z 2 2 V Vi 3 2 V 10Hz100KHz j =25ae T IO=5mA I V EONe x i a I x i o Aa 18.00 18.90 18.70 90 25 90 180 60 180 8 0.5 JS C JS C JS C JS ae*O 17.10 17.30 mV mV mA mA V db V mV/ae 46 0.8 2 52 150 1.8 200 2.0 C JS C 2008 Ae - 5- 3/4(c)e1/4IaAE/1/4Ia CW7824 cIOO y a E O I o 1/4 O A i O ae 3 VI O 1/2 5 0 0m A j L Tj T jH Vi1/2 I a 3 T C1=0.33 C2=0.1|I IEyAuAE EaocN Vo cN/OuAE Sv www..com | vo(c) cA//OuAE Si vo(c) | 3/4IcA/ Id 3/4IcA/a id(c) | xiEaEeNi i n (Vi-o)m IAEOOOAEE Svip OeEucN VN O EaeIAEaO ST aEOIo1/4 T j = 2 5 ae 30 V Vi3 6 V T j = 2 5 ae 28V Vi3 8 V 1 0 m AI O 1 . 5 A T j =25ae 10mAIO 1.5A T j =25ae 1 0 m AI O 1 . 5 A T j =25ae 28V Vi3 8 V T j = 2 5 ae I O 1 A T j= 2 5 ae = 1 0 0 H Z 2 8 V Vi 3 8 V 10Hz100KHz j =25ae T IO=5mA I V EONe x i a I x i o Aa 24.00 25.20 25.00 120 33.5 120 240 80 240 8 0.5 JS C JS C JS C JS ae*O 22.80 23.00 mV mV mA mA V db V mV/ae 43 0.8 2 49 200 2.4 300 2.6 C JS C C x JS I1/2EOIEy I1/4 I IEyUIaxO C OO|EIACoAUAcIEyIOAEO Tj=25ae IiA1/2o*uI mS 1/4IAoaaEO*1/2E1/2 I*axIE1/2 E1/4AuAE*O1/4CeO3/4 *axIE1/2 1/2EoAaI TO-3 / F-2 uAE*E1/4 uen Aa ueo Aa ueo Aa C W 7 80 0 C K C W 7 800EK C W 7 800K CW7800MR CW7800Z (c) AExAa ( G ) CW7800K ( G) CW7800R ( G ) CW7800Z -55ae ~ 125ae 1/2EoA TO-257 / -257 I (c) iAaeUN SMD-1 EU*aA x/*3/4IAE TO-220 T j L Tj TjH CW7800CS CW7800ES 0ae 70ae -40ae ~ 85ae 2008 Ae - 6- |
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