ECG941 Search Results

ECG941M

Abstract: ECG941D 9CTI ECG941 T179 456 kHz filter BB3T 3B74 ECG9410
Contextual Info: / PHILIPS E 17E C G INC J> b b S B T B û ECG941 ,ECG941 D, ECG941M INTERNALLY-COMPENSATED OPERATIONAL AMPLIFIER semiconductors Features: N o Frequency Compensation Required Short-C ircuit Protection Offset Volta ge N u ll C ap a b ility Large Com m on-M ode and Differential

ECG941

Abstract: ec69 ECG941M ECG285 VOLTAGE FOLLOWER NON INVERTING AND INVERTING AMPLIFIER ECG9410
Contextual Info: P H I L I P S E C G INC bbSBTBÛ D00Bb7Q 0 m T - 7 9 ~ 0 < 5 ~ / Q 17E D ECG941 ,ECG941 D, ECG941M semiconductors INTERNALLY-COMPENSATED OPERATIONAL AM PLIFIER Features: • N o Frequency Compensation Required • Short-Circuit Protection • Offset Voltage N ull Capability

sn76131

Abstract: tlo72cp TOSHIBA 2N3055 M53207P 2N3055 TOSHIBA KIA7313AP kia7640ap LA5530 M5L8155P TBB1458B
Contextual Info: ACTIVE ELECTRONICS COMPONENTS CROSS REFERENCE GUIDE 2SC429GTM 2SC458 2SC458LG 2SC503 2SC504 2SC510 2SC512 2SC519 2SC520A 2SC594 2SC699A 2SC780 2SC809-1 2SC945 2SC3012 2SC3074 2SC3114 2SC3115 2SC3116 2SC3117 2SC3134 2SC3135 2SC3138 2SC3143 2SC3144 2SC3145 2SC3157

7905P

Abstract: ECG947D ECG941 ECG947 7905 P
Contextual Info: 17E PHILIPS E C G INC ^53=120 0CI[]43‘i3 5 m y ~ 7 ÿ - C t 5 s % ECG947/ECG947D Dual-Frequency Compensated Operational Amplifier S e m ic o n d u c t o r s • No Frequency Compensation Required • Short-Circuit Protection • Offset Voltage Null Capability

Contextual Info: PHILIPS E C G INC 17E D • bh'SBiSfl 0 0 D 3 b S ci 1 ■ ECG925 INSTRUMENTATION OPERATIONAL AMPLIFIER sem iconductors O ffS U HUU • low INPUT • • • • • • • NOISE CURRENT . 0.15 pA/\/Hz HIGH OPEN LOOP GAIN . . . . . . . . . 3,000,000

ECG947

Abstract: a7wr
Contextual Info: PHILIPS E C G INC 17E D • ECG947 DUAL-FREQUENCY COMPEN­ SATED OPERATIONAL AMPLIFIER semiconductors .370" r L - J s a ; 01A - J ^ .3 0 5 " ü “ .I8 0 " M A X . NON-INVERTINQ INPUT* UUU UÜU IN V ER TIN G INPUT B -4 .5 0 0 “ MIN. L G EN ERA L DESCRIPTION

LM1011N

Abstract: JRC386D X0238CE UA78GKC M51725L MJ13005 AN6677 HA11749 MN8303 sn76131n
Contextual Info: TCG/NTE/ECG To JEDEC and Japanese ECG/TCG/NTE ECG10 ECG11 ECG12 ECG13 ECG14 ECG15 ECG16 ECG17 ECG18 ECG19 ECG20 ECG21 ECG22 ECG23 ECG24 ECG25 ECG26 ECG27 ECG28 ECG29 ECG30 ECG31 ECG32 ECG33 ECG34 ECG35 ECG36 ECG37 ECG38 ECG39 ECG40 ECG41 ECG42 ECG43 ECG44

ECG940

Abstract: ECG941 philips pit ECG940 equivalent
Contextual Info: PHILIPS E C A G A AA A • C f mI S \ VV t G 1?E D INC tbSBIEfl 0003bt.û 5 ■ ^ ECG940 -v L H FET INPUT OPERATIONAL AMPLIFIER semiconductors • • • • • • ■ HIGH INPUT IMPEDANCE . . . 1,000,000 Mn HO FREQUENCY COMPENSATION REQUIRED SHORT-CIRCUIT PROTECTION

ECG948

Abstract: CG948 fif6 DDG4401 ECG177 ECG941
Contextual Info: PHILIPS E C G INC 17E bbS3T2fl ECG948 Quad Op Amplifier Sem ico nductors Features • Low input offset voltage 1 m Voc and offset current 4 nAoc • Input common-mode voltage range in­ cludes ground • Differential Input voltage range equal to the power supply voltage

jrc386d

Abstract: SN76131N LM1011N ne545b HA1457W X0238CE upc1018c UA78GKC MJ13005 MN8303
Contextual Info: ECG/TCG/NTE ECG10 ECG11 ECG12 ECG13 ECG14 ECG15 ECG16 ECG17 ECG18 ECG19 ECG20 ECG21 ECG22 ECG23 ECG24 ECG25 ECG26 ECG27 ECG28 ECG29 ECG30 ECG31 ECG32 ECG33 ECG34 ECG35 ECG36 ECG37 ECG38 ECG39 ECG40 ECG41 ECG42 ECG43 ECG44 ECG45 ECG46 ECG47 ECG48 ECG49 ECG50

jrc386d

Abstract: LM3171 LM1011N MJ13005 UA78GKC upc1018c x0137ce PLL02A MN8303 HA1457w
Contextual Info: ECG To JEDEC and Japanese part numbers ECG/TCG/NTE ECG10 ECG11 ECG12 ECG13 ECG14 ECG15 ECG16 ECG17 ECG18 ECG19 ECG20 ECG21 ECG22 ECG23 ECG24 ECG25 ECG26 ECG27 ECG28 ECG29 ECG30 ECG31 ECG32 ECG33 ECG34 ECG35 ECG36 ECG37 2SA1265N ECG38 ECG39 ECG40 ECG41 ECG42

ECG947D

Abstract: ML 709c ECG947 amplifier 709C
Contextual Info: PHILIPS E C G 17E INC ^53=120 GG04313 S * T - 7 9 - C 6 s 2 0 ECG947/ ECG947D Dual-Frequency Com pensated Operational A m p lifier S em icon d uctors No Frequency Compensation Required Short-CIrcult Protection Offset Voltage Null Capability Large Common-Mode and Differential Voltage

Contextual Info: PHILIPS E C G INC -w • • • • • • bbSBTEÖ DODBbbfl 5 17E D ECG940 *El B FET INPUT OPERATIONAL AMPLIFIER semiconductors HIGH INPUT IMPEDANCE . . . 1,000,000 Mn NO FREQUENCY COMPENSATION REQUIRED SHORT-CIRCUIT PROTECTION OfFSET V0LTME NULL CAPABILITY

ECG341

Abstract: ECG941 ECG34 60 Hz notch filter from ecg ECG948
Contextual Info: PHILIPS E C G IN C 17E ECG Semiconductors Features • Low input offset voltage 1m Voc and offset current 4 nAoc • Input common-mode voltage range in­ cludes ground • Differential input voltage range equal to the power supply voltage • Large output voltage swing — 0 V p c