ECG Semiconductors transistor 171
Abstract: No abstract text available
Text: PHILIPS E C G INC 17E bbSBTSfl 0005Li35 ECG1914, ECG1916, ECG1920, ECG1924 T—58—11—13 Pos VR, 3 Terminal, 12 to 24 V Semiconductors Fe atu re s • O u tp u t c u rre n ts up to 1.5 A p o ssib le .875 — 22,23 — H MAX. • Internal th e rm a l o v e rlo a d p ro te c tio n
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0005Li35
T--58--11--13
ECG1914,
ECG1916,
ECG1920,
ECG1924
s1914,
ECG Semiconductors transistor 171
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ECG19
Abstract: cooit ECG1919
Text: PHILIPS E C G INC 17E ECG D • bbS3TEÖ DGDSb31 0 ECG1913, ECG 1915, ECG1919, ECG1923, ECG 1925 S em ico n d u cto rs T—58—11—13 3 Terminal , Neg VR .8 75 " - 2 2 .2 3 — «H M AX. Features • Preset ou tp u t voltage, e rror less than ±5% • Preset cu rren t lim it
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DGDSb31
ECG1913,
ECG1919,
ECG1923,
T--58--11--13
ECG19XX
ECG1915,
ECG19
cooit
ECG1919
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t 5877
Abstract: ECG968 ECG1917 ECG1905 48 VDC voltage regulator
Text: PHILIPS E C G INC E C G P 17E D • ECG1903, ECG1905, ECG1907, ECG1909, ECG1917 & Semiconductors .200 " 5.08 OIA. ~J85" (4.70) This series of 3-terminal negative voltage regulators features thermal shutdown and current limiting, making them remarkably rug
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ECG1903,
ECG1905,
ECG1907,
ECG1909,
ECG1917
ECG968
ECG19XX
t 5877
ECG1917
ECG1905
48 VDC voltage regulator
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TRANSISTOR REPLACEMENT ECG
Abstract: 48 VDC voltage regulator ECG1906 ECG1902 ECG19 ECG1908 K100
Text: PHILIPS E C G INC 17E Q • ttS3Ta'fl Ü Ü O S h l b ECG1902, ECG1906, ECG1908 Sem ico nd u cto rs .200 " 5 .0 8 H • O u tput cu rren t of 100 m A • Internal th erm al overload protection • • • • T—58—11—13 3-Terminal, Positive Fixed VR
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G1902,
ECG1906,
ECG1908
TRANSISTOR REPLACEMENT ECG
48 VDC voltage regulator
ECG1906
ECG1902
ECG19
K100
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48 VDC voltage regulator
Abstract: ECG1917 G1905 ECG1903 ECG1905 ECG1907 ECG1909 L040
Text: PHILIPS E C G INC ite D • bbS3Tsa ECG1903, ECG1905, ECG1907, ECG1909, ECG1917 Sem iconductors 3-Terminal, Negative V R .200" ■ 5.08 - i OIA. Features • N o external com ponents required • Internal short-circuit current lim iting • Internal therm al overload protection
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ECG1903,
ECG1905,
ECG1907,
ECG1909,
ECG1917
ECG968
ECG19XX
48 VDC voltage regulator
ECG1917
G1905
ECG1903
ECG1905
ECG1907
ECG1909
L040
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ECG1916
Abstract: ECG1914 ECG192 ECG1924 ECG1920 ecg 126 transistor
Text: PHILIPS E C G INC 17E bbSBTSfl ECG1914, ECG1916, ECG1920, ECG1924 Features • O utput cu rren ts up to 1.5 A possible • Internal therm al overload protection • No extern al com ponents required • O utput tran sisto r sa fe area protection • Internal sh o rt circu it cu rren t lim it
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0G05Li35
ECQ19XX
0G05fa4G
T-58-11-13
ecg19xx
ecg1914
ecg1916
ecg1920
ecg1924
ECG192
ecg 126 transistor
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TRANSISTOR REPLACEMENT ECG
Abstract: ECG Semiconductors transistor 171 DO-40 diode ECG190 ECG1906
Text: PHILIPS E C G INC ECG Semiconductors 17E ECG 1902, ECG1906, ECG 1908 / 3-Terminal, Positive Fixed V R .200 ' Features • Output current of 100 m A • Internal thermal overload protection • Output transistor safe area protection • Internal short circuit current limit
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ECG1902,
ECG1906,
ECG1908
T--58--11--13
TRANSISTOR REPLACEMENT ECG
ECG Semiconductors transistor 171
DO-40 diode
ECG190
ECG1906
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