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  low current positive voltage r Datasheet PDF File

For low current positive voltage r Found Datasheets File :: 150+       Page :: | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | <15> |   

    Jinan Gude Electronic D...r>JGD[Jinan Gude Electronic Device]r>济南固锝电子器件有限公司r>娴???洪??靛??ㄤ欢??????r>
Part No. 1N5946B 1N5924B 1N5925B 1N5956B 1N5913B 1N5938B 1N5951B 1N5936B 1N5915B 1N5914B 1N5917B 1N5920B 1N5955B 1N5916B 1N5918B 1N5919B 1N5921B 1N5922B 1N5923B 1N5926B 1N5927B 1N5928B 1N5929B 1N5930B 1N5931B 1N5932B 1N5933B 1N5934B 1N5935B 1N5937B 1N5939B 1N5940B 1N5941B 1N5942B 1N5943B 1N5944B 1N5945B 1N5947B 1N5948B 1N5949B 1N5950B 1N5952B 1N5953B 1N5954B 1N5930C 1N5930D 1N5934 1N5934A 1N5934C 1N5934D 1N5913A 1N5913D 1N5914A 1N5927D 1N5931C 1N5931D 1N5956C 1N5916D 1N5944D 1N5945A 1N5945C 1N5945D 1N5928C 1N5916C 1N5940D 1N5953C 1N5942C 1N5921D 1N5921C 1N5915D 1N5953D 1N5943C 1N5946C 1N5955D 1N5952D 1N5944C 1N5938D 1N5954D 1N5933C 1N5956D 1N5950C 1N5925C 1N5942D 1N5918D 1N5932C 1N5952C 1N5955C 1N5919D 1N5938A 1N5938C 1N5941D 1N5935C 1N5936C 1N5948D 1N5922D 1N5933D 1N5919C 1N5941C 1N5935D 1N5936D 1N5936 1N5936A 1N5937A 1N5937C 1N5937D 1N5954C 1N5928D 1N5933 1N5933A 1N5949C 1N5949A 1N5949D 1N5920C 1N5920D 1N5926C 1N5926D 1N5915C 1N5917C 1N5917D 1N5914C 1N5914D 1N5929A 1N5929C 1N5943 1N5943A 1N5943D 1N5952A 1N5948C 1N5932A 1N5932 1N5932D 1N5919A 1N5924C 1N5924D 1N5925A 1N5925D 1N5953A 1N5935 1N5935A 1N5918 1N5918C 1N5941 1N5939C 1N5940A 1N5940C 1N5951C 1N5951D 1N5927C 1N5927 1N5929D
Description    1.5W SILICON ZENEr DIODEr>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 12V. Test r='#FF0000'>current 31.2 mA. -20% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 120 V. Test r='#FF0000'>current 3.1 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 43V. Test r='#FF0000'>current 8.7 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 39V. Test r='#FF0000'>current 9.6 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 5.1V. Test r='#FF0000'>current 73.5 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 27V. Test r='#FF0000'>current 13.9 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 150 V. Test r='#FF0000'>current 2.5 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 9.1V. Test r='#FF0000'>current 41.2 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 5.6V. Test r='#FF0000'>current 66.9 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 20V. Test r='#FF0000'>current 18.7 mA. -20% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 91 V. Test r='#FF0000'>current 4.1 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 56 V. Test r='#FF0000'>current 6.7 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 56 V. Test r='#FF0000'>current 6.7 mA. -20% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 15V. Test r='#FF0000'>current 25 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 4.7V. Test r='#FF0000'>current 79.8 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 3.9V. Test r='#FF0000'>current 96.1 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 11V. Test r='#FF0000'>current 34.1 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 6.2V. Test r='#FF0000'>current 60.5 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 100 V. Test r='#FF0000'>current 3.7 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 22V. Test r='#FF0000'>current 17 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 13V. Test r='#FF0000'>current 28.8 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 33V. Test r='#FF0000'>current 11.4 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 30V. Test r='#FF0000'>current 12.5 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 30V. Test r='#FF0000'>current 12.5 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 47 V. Test r='#FF0000'>current 8.0 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 22V. Test r='#FF0000'>current 17 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 91 V. Test r='#FF0000'>current 4.1 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 27V. Test r='#FF0000'>current 13.9 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 36V. Test r='#FF0000'>current 10.4 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 5.6V. Test r='#FF0000'>current 66.9 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 130 V. Test r='#FF0000'>current 2.9 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 5.1V. Test r='#FF0000'>current 73.5 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 10V. Test r='#FF0000'>current 37.5 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 22V. Test r='#FF0000'>current 17 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 36V. Test r='#FF0000'>current 10.4 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 130 V. Test r='#FF0000'>current 2.9 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 56 V. Test r='#FF0000'>current 6.7 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 150 V. Test r='#FF0000'>current 2.5 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 6.8V. Test r='#FF0000'>current 55.1 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 51 V. Test r='#FF0000'>current 7.3 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 43V. Test r='#FF0000'>current 8.7 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 68 V. Test r='#FF0000'>current 5.5 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 68 V. Test r='#FF0000'>current 5.5 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 4.3V. Test r='#FF0000'>current 87.2 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 18V. Test r='#FF0000'>current 20.8 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 12V. Test r='#FF0000'>current 31.2 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 3.3V. Test r='#FF0000'>current 113.6 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 24V. Test r='#FF0000'>current 15.6 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 24V. Test r='#FF0000'>current 15.6 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 16V. Test r='#FF0000'>current 23.4 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 16V. Test r='#FF0000'>current 23.4 mA. -2% tolerance.r>surface mount silicon Zener diodesr>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 24V. Test r='#FF0000'>current 15.6 mA. -20% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 24V. Test r='#FF0000'>current 15.6 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 3.3V. Test r='#FF0000'>current 113.6 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 3.6V. Test r='#FF0000'>current 104.2 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 18V. Test r='#FF0000'>current 20.8 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 200 V. Test r='#FF0000'>current 1.9 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 62 V. Test r='#FF0000'>current 6.0 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 68 V. Test r='#FF0000'>current 5.5 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 13V. Test r='#FF0000'>current 28.8 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 4.3V. Test r='#FF0000'>current 87.2 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 150 V. Test r='#FF0000'>current 2.5 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 6.8V. Test r='#FF0000'>current 55.1 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 3.9V. Test r='#FF0000'>current 96.1 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 75 V. Test r='#FF0000'>current 5.0 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 180 V. Test r='#FF0000'>current 2.1 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 62 V. Test r='#FF0000'>current 6.0 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 160 V. Test r='#FF0000'>current 2.3 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 200 V. Test r='#FF0000'>current 1.9 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 110 V. Test r='#FF0000'>current 3.4 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 51 V. Test r='#FF0000'>current 7.3 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 20V. Test r='#FF0000'>current 18.7 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 180 V. Test r='#FF0000'>current 2.1 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 36V. Test r='#FF0000'>current 10.4 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 47 V. Test r='#FF0000'>current 8.0 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 30V. Test r='#FF0000'>current 12.5 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 7.5V. Test r='#FF0000'>current 50 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 5.6V. Test r='#FF0000'>current 66.9 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 27V. Test r='#FF0000'>current 13.9 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 30V. Test r='#FF0000'>current 12.5 mA. -20% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 33V. Test r='#FF0000'>current 11.4 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 33V. Test r='#FF0000'>current 11.4 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 160 V. Test r='#FF0000'>current 2.3 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 22V. Test r='#FF0000'>current 17 mA. -20% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 100 V. Test r='#FF0000'>current 3.7 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 100 V. Test r='#FF0000'>current 3.7 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 6.2V. Test r='#FF0000'>current 60.5 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 11V. Test r='#FF0000'>current 34.1 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 4.7V. Test r='#FF0000'>current 79.8 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 3.6V. Test r='#FF0000'>current 104.2 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 3.6V. Test r='#FF0000'>current 104.2 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 15V. Test r='#FF0000'>current 25 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 56 V. Test r='#FF0000'>current 6.7 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 130 V. Test r='#FF0000'>current 2.9 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 20V. Test r='#FF0000'>current 18.7 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 20V. Test r='#FF0000'>current 18.7 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 9.1V. Test r='#FF0000'>current 41.2 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 10V. Test r='#FF0000'>current 37.5 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 10V. Test r='#FF0000'>current 37.5 mA. -1% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 27V. Test r='#FF0000'>current 13.9 mA. -20% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 5.1V. Test r='#FF0000'>current 73.5 mA. -20% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 47 V. Test r='#FF0000'>current 8.0 mA. -20% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 43V. Test r='#FF0000'>current 8.7 mA. -10% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 120 V. Test r='#FF0000'>current 3.1 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 12V. Test r='#FF0000'>current 31.2 mA. -2% tolerance.r>1.5 W, silicon zener diode. Zener r='#FF0000'>voltage 15V. Test r='#FF0000'>current 25 mA. -1% tolerance.r>
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    http://r>意法半导r>STMICrOELECTrONICS[STMicroelectronics]r>SGS Thomson Microelectronicsr>
Part No. LM223 LM123 2165 LM323 -LM123
Description 5.0 AMP r='#FF0000'>positive r='#FF0000'>voltage rEGULATOrr>Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulator(三端正电压稳压器)r>From old datasheet systemr>THrEE-TErMINAL 3A-5V r='#FF0000'>positive r='#FF0000'>voltage rEGULATOrSr>
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    M.S. Kennedy, Corp.r>
Part No. MSK5176-1.7HZS MSK5176-1.7ZD MSK5176-1.7ZS MSK5176-1.7ZU MSK5176-1.9ZD MSK5176-3.3HZD MSK5176-5.0HTU MSK5176-1.5TU MSK5176-1.5HTU MSK5176-1.9EZU MSK5176-5.0ZU MSK5176-5.0ETU MSK5176-1.9HTS MSK5176-12ETU MSK5176-5.0EZD MSK5176-5.0EZU MSK5176-2.5EZD MSK5176-5.0TS MSK5176-1.5TS MSK5176-1.5EZD MSK5176-1.5HZS MSK5176-3.3EZU MSK5176-1.9ZS MSK5176-2.5ZU MSK5176-2.5ETD MSK5176-2.5ETS MSK5176-1.9TS MSK5176-3.3ETS MSK5176-1.7ETD MSK5176-1.7ETS MSK5176-1.7ETU MSK5176-1.7EZD MSK5176-3.3HTD MSK5176-3.3HTS MSK5176-3.3HZU MSK5176-1.5ETU MSK5176-3.3EZS MSK5176-3.3HTU MSK5176-5.0HZS MSK5176-3.3EZD MSK5176-12ETD MSK5176-12EZS MSK5176-1.9ETU MSK5176-5.0ETD MSK5176-5.0EZS MSK5176-2.5ZS MSK5176-3.3HZS MSK5176-1.7HTD MSK5176-2.5HTU MSK5176-3.3TD MSK5176-1.7HTU MSK5176-1.7HZD MSK5176-1.7HZU MSK5176-1.7TD MSK5176-1.5ETS MSK5176-1.7TS MSK5176-1.5EZU MSK5176-12ETS MSK5176-1.9EZS MSK5176-1.5HZD MSK5176-2.5ZD MSK5176-2.5TS MSK5176-5.0ZS MSK5176-1.7TU MSK5176-1.5ZD MSK5176-2.5TD MSK5176-3.3ETU MSK5176-2.5ETU MSK5176-2.5EZS MSK5176-5.0HZD MSK5176-2.5HTD MSK5176-2.5HTS MSK5176-2.5HZD MSK5176-2.5HZS MSK5176-2.5HZU MSK5176-3.3TU MSK5176-2.5TU MSK5176-1.5ETD MSK5176-1.9HTU MSK5176-1.5HTS MSK5176-1.9HZD MSK5176-5.0Z
Description VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.7 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, SFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.7 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, SFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.9 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, SFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 3.3 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, SFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, PSFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, SFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, SFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.9 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, PSFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, PSFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.9 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, SFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 12 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, PSFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 2.5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, PSFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, PSFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 3.3 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, PSFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 2.5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, SFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.7 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, PSFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 2.5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, SFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 3.3 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, SFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 12 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, SFM5r>VErY HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 12 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, SFM5r>
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    MC78LC MC78LC00 MC78LC50NTR MC78LC30HT1 MC78LC30NTR MC78LC33HT1 MC78LC33NTR MC78LC40HT1 MC78LC40NTR MC78LC50HT1

MOTOrOLA[Motorola, Inc]r>Motorola, Inc.r>Motorola Mobility Holdings, Inc.r>MOTOrOLA INCr>
Part No. MC78LC MC78LC00 MC78LC50NTr MC78LC30HT1 MC78LC30NTr MC78LC33HT1 MC78LC33NTr MC78LC40HT1 MC78LC40NTr MC78LC50HT1
Description MICrOPOWEr ULTrA-r='#FF0000'>low QUIESCENT r='#FF0000'>current r='#FF0000'>voltage rEGULATOrS 微功耗超低静态电流电压调节器r>MICrOPOWEr ULTrA-r='#FF0000'>low QUIESCENT r='#FF0000'>current r='#FF0000'>voltage rEGULATOrS 3 V FIXED r='#FF0000'>positive LDO rEGULATOr, 60 V DrOPOUT, PSSO3r>
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    ICL7663 ICL7663ACPA ICL7663ACSA ICL7663AIJA ICL7663AITV ICL7663BCPA ICL7663BIJA ICL7663BITV ICL7663C_D ICL7663CPA ICL766

MAXIM INTEGrATED PrODUCTS INCr>MAXIM - Dallas Semiconductorr>Maixmr>MAXIM[Maxim Integrated Products]r>Maxim Integrated Products, Inc.r>
Part No. ICL7663 ICL7663ACPA ICL7663ACSA ICL7663AIJA ICL7663AITV ICL7663BCPA ICL7663BIJA ICL7663BITV ICL7663C_D ICL7663CPA ICL7663CSA ICL7663IJA ICL7663ITV ICL7663A ICL7663BC_D ICL7663AC_D ICL7663BC/D ICL7663C/D ICL7663AC/D
Description High-Performance Impact&lt;TM&gt; PAL&lt;r&gt; Circuits 28-PLCC 0 to 75r>Programmable r='#FF0000'>positive r='#FF0000'>voltage regulatorr>"r='#FF0000'>low-Power, Adjustable- Output, r='#FF0000'>positive-r='#FF0000'>voltage Linear regulator"r>5.0 AMP r='#FF0000'>positive r='#FF0000'>voltage rEGULATOrr>
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    MSK5131-1.9EZD MSK5131-1.7HTD MSK5131-1.7ZD MSK5131-1.7ZS MSK5131-1.5ETS MSK5131-1.5EZS MSK5131-2.5EZS MSK5131-5.0TS MSK

M.S. Kennedy Corporationr>M.S. Kennedy, Corp.r>MS KENNEDY COrPr>
Part No. MSK5131-1.9EZD MSK5131-1.7HTD MSK5131-1.7ZD MSK5131-1.7ZS MSK5131-1.5ETS MSK5131-1.5EZS MSK5131-2.5EZS MSK5131-5.0TS MSK5131-1.7EZU MSK5131-3.3TS MSK5131-1.7ETS MSK5131-3.3TU MSK5131-2.5TD MSK5131-2.5ETU MSK5131-1.7ETD MSK5131-5.0ZS MSK5131-5.0EZD MSK5131-5.0ZD MSK5131-2.5ZS MSK5131-5.0HZD MSK5131-2.5EZU MSK5131-2.5HZS MSK5131-2.5HZD MSK5131-5.0EZU MSK5131-1.9TS MSK5131-3.3ZU MSK5131-1.7TS MSK5131-2.5HTD MSK5131-1.5ETD MSK5131-3.3ZD MSK5131-1.7HTU MSK5131-1.7HZU MSK5131-1.5ZS MSK5131-1.9EZS MSK5131-1.9HZS MSK5131-3.3HTD MSK5131-1.5HTU MSK5131-1.9HTS MSK5131-12ZU MSK5131-2.5ZD MSKENNEDYCOrP-MSK5131-12ZD MSK5131-2.5HTU MSK5131-3.3HTS MSK5131-2.5HZU MSKENNEDYCOrP-MSK5131-1.9TU MSK5131-1.9EZU MSK5131-1.7ETU MSK5131-1.7HZS MSK5131-1.7ZU MSK5131-5.0HZS MSK5131-1.5ZU MSK5131-1.5ETU
Description HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.7 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, SFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.7 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, SFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, PSFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 2.5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, PSFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, PSFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.7 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, PSFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 3.3 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, SFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 2.5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, SFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, PSFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 2.5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, SFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.9 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, SFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, SFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.9 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, PSFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.9 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, SFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 3.3 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, SFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 1.5 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.6 V DrOPOUT, SFM5r>HIGH r='#FF0000'>current, r='#FF0000'>low DrOPOUT r='#FF0000'>voltage rEGULATOrS 12 V FIXED r='#FF0000'>positive LDO rEGULATOr, 0.625 V DrOPOUT, SFM5r>
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    TA78057F TA7806F TA7810F TA7812F TA7815F TA7824F TA7818F TA7807F TA7808F TA7809F TA7805F TA7820F TA78XXF

TOSHIBA[Toshiba Semiconductor]r>Toshiba Corporationr>
Part No. TA78057F TA7806F TA7810F TA7812F TA7815F TA7824F TA7818F TA7807F TA7808F TA7809F TA7805F TA7820F TA78XXF
Description Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulators - 10.0Vr>Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulators - 9.0Vr>Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulators - 8.0Vr>Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulators - 6.0Vr>Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulators - 7.0Vr>Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulators - 5.0Vr>Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulators - 5.7Vr>Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulators - 20.0Vr>Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulators - 12.0Vr>Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulators - 24.0Vr>Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulators - 18.0Vr>Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulators - 15.0Vr>(TA78xxF) Three Terminal r='#FF0000'>positive r='#FF0000'>voltage regulatorsr>5.0 AMP r='#FF0000'>positive r='#FF0000'>voltage rEGULATOrr>
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    MICrOCHIP[Microchip Technology]r>
Part No. MCP1701T-3 MCP1701 MCP1701T-33021_CB MCP1701T-33021_MB MCP1701T-33021_TO MCP1701T-30021_CB MCP1701T-30021_MB MCP1701T-30021_TO MCP1701T-18021_MB MCP1701T-25021_MB MCP1701T-18021_TO MCP1701T-25021_CB MCP1701T-50021_CB MCP1701T-50021_MB MCP1701T-50021_TO MCP1701T-18021_CB MCP1701T-25021_TO MCP1701T-30021/CB MCP1701T-30021/MB MCP1701T-30021/TO MCP1701T-33021/MB MCP1701T-33021/TO MCP1701T-50021/MB MCP1701T-33021/CB MCP1701T-50021/CB MCP1701T-50021/TO
Description 2uA r='#FF0000'>low Dropoout r='#FF0000'>positive r='#FF0000'>voltage refulatorr>The MCP1701 is a CMOS r='#FF0000'>low dropout r='#FF0000'>positive r='#FF0000'>voltage regulator with a maximum input r='#FF0000'>voltage of 10V that can source up to 250mA with ...r>
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    http://r>
Part No. LM5069MM-1
Description r='#FF0000'>positive High r='#FF0000'>voltage Hot Swap / Inrush r='#FF0000'>current Controller with Power Limitingr>
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    KIC3201S KIC3201S-12 KIC3201S-13 KIC3201S-14 KIC3201S-15 KIC3201S-16 KIC3201S-17 KIC3201S-18 KIC3201S-19 KIC3201S-20 KIC

KEC Holdingsr>KEC(Korea Electronics)r>
Part No. KIC3201S KIC3201S-12 KIC3201S-13 KIC3201S-14 KIC3201S-15 KIC3201S-16 KIC3201S-17 KIC3201S-18 KIC3201S-19 KIC3201S-20 KIC3201S-21 KIC3201S-22 KIC3201S-23 KIC3201S-24 KIC3201S-25 KIC3201S-26 KIC3201S-27 KIC3201S-28 KIC3201S-29 KIC3201S-30 KIC3201S-31 KIC3201S-32 KIC3201S-33 KIC3201S-34 KIC3201S-35 KIC3201S-36 KIC3201S-37 KIC3201S-38 KIC3201S-39 KIC3201S-40 KIC3201T-12 KIC3201T-13 KIC3201T-14 KIC3201T-15 KIC3201T-16 KIC3201T-17 KIC3201T-18 KIC3201T-19 KIC3201T-20 KIC3201T-21 KIC3201T-22 KIC3201T-23 KIC3201T-24 KIC3201T-25 KIC3201T-26 KIC3201T-27 KIC3201T-28 KIC3201T-29 KIC3201T-30 KIC3201T-31 KIC3201T-32 KIC3201T-33 KIC3201T-34 KIC3201T-35 KIC3201T-36 KIC3201T-37 KIC3201T-38 KIC3201T-39 KIC3201T-40 KIC3201T-41 KIC3201T-60 KIC3201S-60 KIC3201T-50 KIC3201S-44 KIC3201S-50 KIC3201S-51 KIC3201S-52 KIC3201S-53 KIC3201S-54 KIC3201S-55 KIC3201S-41 KIC3201S-43 KIC3201T-51 KIC3201T-52 KIC3201T-53 KIC3201T-54 KIC3201T-55 KIC3201T-57 KIC3201T-58 KIC3201T-59 KIC3201S-42 KIC3201S-45 KIC3201S-46 KIC3201S-47 KIC3201S-48 KIC3201S-49 KIC3201T-42 KIC3201T-46 KIC3201S-58 KIC3201S-56 KIC3201T-43 KIC3201T-47 KIC3201S-57 KIC3201T-44 KIC3201T-48 KIC3201T-45 KIC3201T56 KIC3201T-49 KIC3201S-59 KECHOLDINGS-KIC3
Description CMOS Linear Integrated Circuit Large r='#FF0000'>current r='#FF0000'>positive r='#FF0000'>voltage regulator CMOS线性集成电路大电流正电压稳压器r>
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