ECG97 Search Results

bfa53

Abstract: Philips ECG 978 ECG978
Contextual Info: PHILIPS E C G INC 17E D • bbSBTSÖ G00447S ’ ECG Semiconductors ECG978 DUAL TIMING CIRCUIT 14 13 12 I I FEATURES: • • 10 9 8 f .280" 7.ll TIMING FROM MICROSECONDS THROUGH HOURS OPERATES IN BOTH ASTABLE AND M ONO­ STABLE MOOES • ADJUSTABLE DUTY CYCLE

Contextual Info: ECG977 Linear ICs Fixed Positive Voltage Regulator status Military/High-RelN Output Voltage Nominal V 5.0 Load Current Max. (A)100m Tolerance (%)5.0 Drop-Out Volt Max. P(D) Max. (W)1.0 Supply Voltage Maximum (V)40 Minimum Operating Temp (øC) Maximum Operating Temp (øC)

Contextual Info: ECG978 Linear ICs Dual RC-Type Timer status Military/High-RelN Tech.Bipolar P D Max. (W) Nom. Supp (V)5 Minimum Operating Temp (øC)0 Maximum Operating Temp (øC)70 Package StyleDIP Mounting StyleT Pinout Equivalence Code14-1 # Pins14 Ckt. (Pinout) NumberLN01400001

Contextual Info: ECG971 Linear ICs Fixed Negative Voltage Regulator status Military/High-RelN Output Voltage Nominal V 24.0 Load Current Max. (A)1.0 Tolerance (%)5.0 Drop-Out Volt Max. P(D) Max. (W)15 Supply Voltage Maximum (V)40¡ Minimum Operating Temp (øC) Maximum Operating Temp (øC)

SCR TRIGGER PULSE circuit

Abstract: zero crossing circuit zero crossing resistive power control SCR TRIGGER PULSE TRANSFORMER ECG97 ECG979 bridge of scr firing circuit TI913 SCR PULSE TRANSFORMER SCR Zero Voltage detector
Contextual Info: 17E PHILIPS E C G INC 0 • btS3ÌSfl 000 4401 S « y ECG979 ZERO CROSSING TRIGGER Semiconductors 14 13 12 II K 9 G E N E R A L D ESC RIPTIO N - The ECG 979 |j a mono­ lithic Zero Crossing A C Trigger» It Is Intended for me tn ac power control circuit« for operation dtrectly

TRANSISTOR REPLACEMENT ECG

Abstract: ECG976 ECG97 transistor ECG 65 "matched transistor" KSI 13 transistor wmv
Contextual Info: P H ILIPS 17E E C G INC ECG Sem ico nd ucto rs b h S BT Sa ECG976 OPERATIONAL AMPLIFIER FEATURES! • • • • OFFSET VOLTAGE 3 mV MAXIMUM OVER TEMPERATURE INPUT CURRENT 100 nA MAXIMUM OVER TEMPERATURE OFFSET CURRENT 20 nA MAXIMUM OVER TEMPERATURE. GUARANTEED DRIFT CHARACTERISTICS

ECG969

Abstract: ECG961 ECG966 ECG967 ECG965 EC09 ECG963 schematic diagram ac voltage regulator ECG959 ECG971
Contextual Info: PHILIPS E C G INC bfc,53TSâ G0DM43S 17E ECG959, ECG961, ECG963, ECG965, ECG967, ECG969, ECG971 Three-Terminal Negative Fixed Voltage Regulators S e m ic o n d u c to rs Features • No external components required • Internal thermal overload protection

ECG974

Abstract: CG974 U113
Contextual Info: PHI LIPS G EC 17E INC m 1^53=120 QQDMHbl ECG974 Phase-Frequency Detector S e m ic o n d u c to rs 14 13 12 II Tha ËCG974 consists of two digital phase detectors, a charge pump, and an amplifier. In combination with a voltage controlled multivibrator, it is useful in a broad range of

TRANSISTOR REPLACEMENT ECG 130

Abstract: ECG950 ECG988 ECG977
Contextual Info: PHILIPS E C G INC 17E fj • bbSBTSfl G0G44D7 1 ' ECG ECG950, ECG951, ECG977, ECG981, ECG988 3-Terminal Positive Voltage Regulator Sem iconductors .200 " - 5.08 -1 Features • Output current of 100 m A • Internal thermal overload protection • Output transistor safe area protection

ECG1171

Abstract: ECG975 ECG976 ECG916 3tst1993
Contextual Info: 17E P H I L I P S E C G INC 0 • 1^53=120 0Q0M4bS ECG975, ECG1171 Operational Am plifier Sem iconductors ECG97S Features • Low Input offset current * 20 nA max­ imum over temperature range • External frequency compensation for flexibility • Class A B output provides excellent

transistor ECG123a

Abstract: ECG970 IC 723 voltage regulator ECG123A application IC 723 voltage regulator ecg voltage regulator 3v voltage regulator IC 723 723 voltage regulator ic 20A Adjustable Positive Voltage Regulator 431 regulator
Contextual Info: P H I LIPS E C G INC 17E bb53TSfl □□□4443 S T -5 8 -7 7 -2 3 ECG970 S e m ico n d u c to rs Adjustable Voltage Regulator .8 7 5 " - 2 2 .2 3 - Features • Adjustable output down to 1.2V • Guaranteed 3A output current • Line regulation typically 0.005%/V

ecg964

Abstract: ECG966 ECG960 ECG962 schematic diagram 28 vdc voltage regulator ECG968 ECG219 transistor pnp ecg 180 ECG972 ECG958
Contextual Info: P H IL IP S E C G INC 17E ECG bbS3T2fl 0G0M427 7 ECG958, ECG960, ECG962, ECG964, ECG966, ECG968, ECG972 Three-Term inal Positive Fixed Voltage Regulators S e m ic o n d u c to rs Features • • • • • O u tp u t curre nt In excess o f 1 amp No external com ponents required

ECG5651

Abstract: ecg565
Contextual Info: 17E PHILIPS E C G INC 0 • btS3ÌSfl 000 4401 S « y ECG979 ZERO CROSSING TRIGGER Sem iconductors 14 13 12 II K 9 GENERAL DESCRIPTION - The ECG979 |j a mono­ lithic Zero Crossing AC Trigger» It Is Intended for me tn ac power control circuit« for operation dtrectly

ECG960

Abstract: ECG966 ECG964 ECG219 ECG972 ZK100 ECG962
Contextual Info: 17E 0 PHILIPS E C G INC ECG • bbSBTEfl 000M427 7 ECG958, ECG960, ECG962, ECG964, ECG966, ECG968, ECG972 Three-Terminal Positive Fixed V o ltage R egulators Sem iconductors Features • O utput current In excess o f 1 amp • No external components required

TRANSISTOR REPLACEMENT ECG 250

Abstract: ECG976
Contextual Info: PHILIPS E C G INC 17E ECG Semiconductors ECG976 OPERATIONAL AMPLIFIER FEATURES! 4 • OFFSET VOLTAGE 3 mV MAXIMUM OVER TEMPERATURE • INPUT CURRENT 100 nA MAXIMUM OVER TEMPERATURE • OFFSET CURRENT 20 nA MAXIMUM OVER TEMPERATURE. • GUARANTEED DRIFT CHARACTERISTICS

ECG970

Abstract: ECG123A a6053
Contextual Info: PHILIPS E C G INC 17E bbSBTSÔ 000M443 5 D T—58—7 7—23 ECG970 Sem iconductors Adjustable Voltage Regulator .875" - 2 2 .2 3 MAX. Features • Adjustable output down to 1.2V • Guaranteed 3A output current • Line regulation typically 0.005%/V • Load regulation typically 0.1%

Contextual Info: ECG97 Transistors Si NPN Power BJT Military/High-RelN V BR CEO (V)400 V(BR)CBO (V)500 I(C) Max. (A)10 Absolute Max. Power Diss. (W)150 Maximum Operating Temp (øC) I(CBO) Max. (A) @V(CBO) (V) (Test Condition) V(CE)sat Max. (V) @I(C) (A) (Test Condition) @I(B) (A) (Test Condition)

Contextual Info: ECG972 Linear ICs Fixed Positive Voltage Regulator status Military/High-RelN Output Voltage Nominal V 24.0 Load Current Max. (A)1.0 Tolerance (%)5.0 Drop-Out Volt Max. P(D) Max. (W)15 Supply Voltage Maximum (V)40 Minimum Operating Temp (øC) Maximum Operating Temp (øC)

Contextual Info: ECG970 Linear ICs Adjustable Positive Voltage Regulator status Military/High-RelN Load Current Max. A 4.5Â Min. Adjustable Output Voltage1.2 Max. Adjustable Output Voltage33 Output Voltage Nominal (V) Drop-Out Volt Max.35 P(D) Max. (W)30 Nom. Supp (V) Supply Voltage Maximum (V)

ECG974

Contextual Info: 17E PHILIPS E C G INC ECG 0 • 1^53=120 OOOHHbl 7 ■ ECG974 Phase-Frequency Detector Sem iconductors 14 13 12 II 10 9 8 The ËCG974 consists of two digital phase detectors, a charge pump, and an amplifier. In combination with a voltage controlled multivibrator, it is useful in a broad range of

ECG973

Abstract: F8-10 ECG973D "product detector" BC1212
Contextual Info: PHILIPS E C G I NC ECG ECG973, ECG973D Modulator/Demodulator Sem iconductors Feature« • Excellent carrier suppression 68 dB typ at 0.6 MHz 60 dB typ at 10 MHz • Adjustable gain and signal handling • Balanced Inputs and outputs • High common mode rejection

IH33

Abstract: LIMING relay ECG978 relay by liming YBS3 LIMING VOLTAGE RELAY APPLICATIONS OF astable multivibrator
Contextual Info: I PH ILIPS E C G I NC 17E D • bbSBTEö ECG978 DUAL TIMING CIRCUIT Sem iconductors 14 13 12 I I FEATURES: • TIM IN G FROM M IC R O SEC O N D S THROUGH HOURS • OPERATES IN BOTH ASTABLE A N D M O N O ­ STABLE M OOES • ADJUSTABLE DUTY C Y C L E • H IGH CURRENT OUTPUT C A N SOURCE OR

ECG1171

Abstract: ECG975
Contextual Info: 17E PHILIPS E C G INC ECG Se m ico n d u cto rs Fe atu re s 0 • ^53=126 ODQMHbS 4 ■ T " 7 9 " A 5 ^ 0 ECG975, ECG1171 Operational Amplifier ECG97S • L o w In p u t o ffse t c u rre n t * 20 n A m a x ­ im u m o v e r tem p erature ra n g e • E xte rn a l fre q u e n c y c o m p e n sa tio n fo r

ECG967

Abstract: ECG969 TRANSISTOR ALG 24 ECG961 ecg971 ECG959 ECG963 EC09
Contextual Info: PHI L I PS E C G INC 17E bf c, 53TSf l QQD443S b i ECG Semiconductors ECG959, ECG961, ECG963, ECG965, ECG967, ECG969, ECG971 Three-Terminal Negative Fixed Voltage Regulators Features • No external components required • Internal thermal overload protection