The Datasheet Archive

SF Impression Pixel

Search Stock (3)

  You can filter table by choosing multiple options from dropdownShowing 3 results of 3
Part Manufacturer Supplier Stock Best Price Price Each Buy Part
ECG161 NTE Electronics Inc Bristol Electronics 4 $2.80 $2.80
ECG1651 NTE Electronics Inc Bristol Electronics 1 - -
ECG169 NTE Electronics Inc Bristol Electronics 1 - -

No Results Found

ECG16 datasheet (210)

Part Manufacturer Description Type PDF
ECG16 ECG Semiconductors Transistors Scan PDF
ECG16 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG16 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG16 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG16 Philips Semiconductors (ECGxx) Transistors Scan PDF
ECG160 ECG Semiconductors Transistors Scan PDF
ECG160 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG160 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG160 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG160 NTE Electronics Transistors Scan PDF
ECG160 Philips ECG Transistors Scan PDF
ECG1600 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG1600 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG1601 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG1601 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG1602 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG1602 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG1603 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG1603 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
ECG1604 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF

ECG16 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
ECG18

Abstract: # Frequency at which common emitter current gain is 70.0 of low frequency gain 2T202 ECG10 # Frequency at which common emitter current gain is 70.0 of low frequency gain 1-50 ECG29 ecg32 T17 amp T28A
Text: 4 50 mA .300 600 min 40 min M-68 T20-2 ECG16 NPN-Si, Gen Purp Small Signal Amp, Low Noise (Compi to , ECG16 ) 50 40 5 .100 .300 140 300 M-71 T20-3 ECG18 NPN-Si, AF Driver, Gen Purp Amp (Compi to ECG19) 80 80


OCR Scan
PDF ECG10 ECG11 ECG12 ECG11) ECG13 T20-3 ECG14 ECG31 ECG32) O-92M ECG18 # Frequency at which common emitter current gain is 70.0 of low frequency gain 2T202 # Frequency at which common emitter current gain is 70.0 of low frequency gain 1-50 ECG29 ecg32 T17 amp T28A
ECG Cross Reference

Abstract: transistor ECG128 Philips ECG 152 ECG159 transistor ECG159 NPN pnp MATCHED PAIRS ECG2355 ECG289A ECG184 cross reference ECG157
Text: encountered in the field. Complementary Pairs NPN Type PNP Type ECG11 ECG12 ECG16 ECG17 ECG18 ECG19 , ECG121 2 ECG 160 1 ECG123AP 10 ECG161 2 ECG124 1 ECG171 1 ECG128 4 ECG 175 1 ECG129 2 ECG186 1 ECG


OCR Scan
PDF 00071b2 ECG2429 ECG2428) OT-89 T20-5 ECG2430 ECG2431 ECG2431 ECG Cross Reference transistor ECG128 Philips ECG 152 ECG159 transistor ECG159 NPN pnp MATCHED PAIRS ECG2355 ECG289A ECG184 cross reference ECG157
T28A

Abstract: ECG10 ECG13 ECG12 t28a transistor ECG33 ECG11 ecg32 ECG16 ECG17
Text: (Compi to ECG16 ) 50 40 5 .100 .300 140 300 M-71 T20-3 ECG18 NPN-Si, AF Driver, Gen Purp Amp (Compi to


OCR Scan
PDF ECG10 ro-92 ECG11 ECG12 ECG11) ECG13 T20-3 O-92M T28A t28a transistor ECG33 ecg32 ECG16 ECG17
jrc386d

Abstract: LM3171 LM1011N MJ13005 UA78GKC upc1018c x0137ce PLL02A MN8303 HA1457w
Text: ECG1606 ECG1607 ECG1608 ECG1609 ECG1610 ECG1611 ECG1612 ECG1613 ECG1614 ECG1615 ECG1616 ECG1618 , ECG1622 ECG1623 ECG1624 ECG1625 ECG1626 ECG1627 ECG1628 ECG1629 ECG1630 ECG1631 ECG1632 ECG1633 ECG1634 ECG1635 ECG1636 ECG1637 ECG1638 ECG1639 ECG1640 ECG1641 ECG1648 ECG1649 ECG1650 ECG1651 ECG1652 ECG1653 ECG1654 ECG1655 ECG1656 ECG1657 ECG1658 ECG1659 ECG1660 ECG1661 ECG1662 ECG1663 ECG1664 ECG1665 ECG1666 ECG1667 ECG1668 ECG1669 ECG1670 ECG1671 ECG1672 ECG1673 ECG1674 ECG1675


Original
PDF ECG10 ECG11 ECG12 ECG13 ECG14 ECG15 ECG16 ECG17 ECG18 ECG19 jrc386d LM3171 LM1011N MJ13005 UA78GKC upc1018c x0137ce PLL02A MN8303 HA1457w
jrc386d

Abstract: SN76131N LM1011N ne545b HA1457W X0238CE upc1018c UA78GKC MJ13005 MN8303
Text: ECG1627 ECG1628 ECG1629 ECG1630 ECG1631 ECG1632 ECG1633 ECG1634 ECG1635 ECG1636 ECG1637 ECG1638 ECG1639 ECG1640 ECG1641 ECG1648 ECG1649 ECG1650 ECG1651 ECG1652 ECG1653 ECG1654 ECG1655 ECG1656 ECG1657 ECG1658 ECG1659 ECG1660 ECG1661 ECG1662 ECG1663 ECG1664 ECG1665 ECG1666 ECG1667 ECG1668 , ECG1674 ECG1675 ECG1676 ECG1677 ECG1678 ECG1679 ECG1680 ECG1681 ECG1682 ECG1683 ECG1684 ECG1685 , ECG1609 ECG1610 ECG1611 ECG1612 ECG1613 ECG1614 ECG1615 ECG1616 ECG1618 ECG1619 ECG1620 29 of


Original
PDF ECG10 ECG11 ECG12 ECG13 ECG14 ECG15 ECG16 ECG17 ECG18 ECG19 jrc386d SN76131N LM1011N ne545b HA1457W X0238CE upc1018c UA78GKC MJ13005 MN8303
LM1011N

Abstract: JRC386D X0238CE UA78GKC M51725L MJ13005 AN6677 HA11749 MN8303 sn76131n
Text: ECG1613 ECG1614 ECG1615 ECG1616 ECG1618 ECG1619 ECG1620 ECG1621 ECG1622 ECG1623 ECG1624 ECG1625 ECG1626 ECG1627 ECG1628 ECG1629 ECG1630 ECG1631 ECG1632 ECG1633 ECG1634 ECG1635 ECG1636 ECG1637 ECG1638 ECG1639 ECG1640 ECG1641 ECG1648 ECG1649 ECG1650 ECG1651 ECG1652 ECG1653 ECG1654 ECG1655 ECG1656 ECG1657 ECG1658 , ECG1666 ECG1667 ECG1668 ECG1669 ECG1670 ECG1671 ECG1672 ECG1673 ECG1674 ECG1675 ECG1676 ECG1677 ECG1678 ECG1679 ECG1680 ECG1681 ECG1682 ECG1683 ECG1684 ECG1685 ECG1686 ECG1687 ECG1688 ECG1689 ECG1690 ECG1691


Original
PDF ECG10 ECG11 ECG12 ECG13 ECG14 ECG15 ECG16 ECG17 ECG18 ECG19 LM1011N JRC386D X0238CE UA78GKC M51725L MJ13005 AN6677 HA11749 MN8303 sn76131n
sn76131

Abstract: tlo72cp TOSHIBA 2N3055 M53207P 2N3055 TOSHIBA KIA7313AP kia7640ap LA5530 M5L8155P TBB1458B
Text: ECG1605 ECG1606 ECG1607 ECG1608 ECG1609 ECG1610 ECG1611 ECG1612 ECG1613 ECG1614 ECG1615 ECG1616 ECG1618 ECG1619 ECG1620 ECG1621 ECG1622 ECG1623 ECG1624 TA7613AP ECG1625 ECG1626 ECG1627 ECG1628 ECG1629 ECG1630 ECG1631 ECG1632 ECG1633 ECG1634 ECG1635 ECG1636 ECG1637 ECG1638 ECG1639 ECG1640 ECG1641 ECG1648 ECG1649 ECG1650 ECG1651 ECG1652 ECG1653 ECG1654 ECG1655 ECG1656 ECG1657 , ECG1680 ECG1681 ECG1682 ECG1683 ECG1684 ECG1685 ECG1686 ECG1687 ECG1688 ECG1689 ECG1690 ECG1691


Original
PDF 2SC429GTM 2SC458 2SC458LG 2SC503 2SC504 2SC510 2SC512 2SC519 2SC520A 2SC594 sn76131 tlo72cp TOSHIBA 2N3055 M53207P 2N3055 TOSHIBA KIA7313AP kia7640ap LA5530 M5L8155P TBB1458B
STK411-230E

Abstract: STK411-220E stk442-130 PAL005A UPC2581V FN1016 STRG6153 RSN313H25 STK407-070B MCZ3001D
Text: No file text available


Original
PDF STVDST-01 CAT22 STK411-230E STK411-220E stk442-130 PAL005A UPC2581V FN1016 STRG6153 RSN313H25 STK407-070B MCZ3001D
ECG189

Abstract: ECG181 ECG162 ECG164 ECG186A ECG179 ECG180 ECG172A # Frequency at which common emitter current gain is 70.0 of low frequency gain ECG163A
Text: Package Case Fig. No. ECG162 NPN-Si, Vert Defl 500 300 5 3 cont. 10 peak 100 — 20 min TO-3 T28 ECG163A NPN-Si, Horiz Defl 700 700 (CEV) 5 10 peak 100 — 10 TO-3 T28 ECG164 NPN-Si, Vert Defl 1500 700 (CER) 5 1 50 .5 min 20 TO-3 T28 ECG165 NPN-Si, Horiz Defl 1500 1400 (CES) 5 5 50 — 5 TO


OCR Scan
PDF ECG162 ECG163A ECG164 ECG165 ECG171 BC6296) O-202 ECG172A O-92HS ECG192A ECG189 ECG181 ECG186A ECG179 ECG180 # Frequency at which common emitter current gain is 70.0 of low frequency gain
VU meter CIRCUITS

Abstract: ECG1649 vu meter 20 led VU meter transistor Peak LED level meter driver ic 50 led VU meter 20 led VU meter LED VU METER 20 led VU meter stereo ECG1549
Text: 120°C/W. ECG1649 Threshold Voltage (Note 2) dB Volts dB Volts Min Typ Max Min Typ Max 3 , (Bar Mode) TI: I l VAC CCNTCfl rung ECG1609 v- "x" JT mur invmuMiei«- T This application , Avtraga Dalactw. t Adjust R3 lot 3 dB dlllaranca balwean LEO «11 and LEO tt2 R3 R3 + R4 ' ECG1649 , ECG1649 ref ref V* V' "id 510 "HI OUT ADJ MODE T ~3T V* HV TOIiV Rll 271 Rll ■Wh ' nit -Wv-4 , from LEO »1. ECG1649 599 This Material Copyrighted By Its Respective Manufacturer philips e c 5


OCR Scan
PDF 10-step ECG519 ECG1549 VU meter CIRCUITS ECG1649 vu meter 20 led VU meter transistor Peak LED level meter driver ic 50 led VU meter 20 led VU meter LED VU METER 20 led VU meter stereo ECG1549
TRANSISTOR REPLACEMENT ECG

Abstract: Audio IC 9-pin L76C ECG1635 L72A ECG1826 dual dc motor driver rtx 132 ECG1830 dolby b-type 18-pin
Text: adjustment e brightness ctrl e youtpute ytvin q ecg1635 3 rtx in J] r-y in 2j r output 0 gtx in 0 g-y in 0


OCR Scan
PDF Q00b77b ECG1825 16-Pin ECG1826 ECG1827 20-Pin L118A ECG1828 ECG1833 ecg1635 TRANSISTOR REPLACEMENT ECG Audio IC 9-pin L76C ECG1635 L72A dual dc motor driver rtx 132 ECG1830 dolby b-type 18-pin
dp cu

Abstract: ECG164
Text: / EC+G164 / EC+G165 Select This is the bidirectional bus pin for parallel data transfer between the master


OCR Scan
PDF MSM7622, 220-m dp cu ECG164
ECG1604

Abstract: No abstract text available
Text: , CMOS, or other high-level logic, The ECG1604 consists of five comparators and a reference voltage , for switching output On, ECG1604 490


OCR Scan
PDF T-73-53 ECG1504 ECG1604 ECG1604
transistor ECG159

Abstract: ECG858M
Text: impedance loads such as the input of an ECG1609. Cascading the ECG1B09 To display signals of 60 or 90 dB , rated for operation from 0°C to +70°C. ECG1609 515 P H IL I P S E C G INC 17E 0 ^ , ECG1609 ECG1609 J> I' !· I1 I* I' I' t F T V " V * P "1 0 F , Full-Wave Peak Detector Display circuits using two or more ECG1609s for a dynamic range of 60 dB or , ) ECG1609 523 P H IL I P S E C G INC However, an op amp offset voltage of 5 mV will shift the first


OCR Scan
PDF ECG1509 10-step ECG1B09 CG1509 transistor ECG159 ECG858M
5081M

Abstract: ecg1615
Text: ) ECG1514, ECG1615 647 P H I L I P S E C G INC 17E 0 ^53=120 000554 4 S Application


OCR Scan
PDF 0DQSS41 ECG1514, ECG1515 081MAX. ECG1615 ECG1515 5081M ecg1615
ECG1637

Abstract: No abstract text available
Text: Sign: Flowing out of ECG1537 57 0 ECG1637 PHILIPS E C G INC V ,a f" 0 V If V D D < 8.0 V 17E


OCR Scan
PDF ECG1537 ECG1537 000S5 T-77-05-05 ECG1637
LED VU METER

Abstract: k 55 d 3j3 N20V ECG1611 ECG1612 VU-METER 20 led VU meter 63vw ECG1511 ECG1512
Text: %. ECG1611 , ECG1612 540 This Material Copyrighted By Its Respective Manufacturer , €¢ Comparator level: ECG1612 : +6, +3,0, -5, -10 dB (logarithmic) ECG1511: +3, +2.4, +1.8, +1.2, +0.6 V (linear , exceed Vcc+0.3 V. ECG1511, ECG1612 537 This Material Copyrighted By Its Respective Manufacturer □â , , ECG1612 This Material Copyrighted By Its Respective Manufacturer _ .I_3_' l _ PHILIPS E , - - dB ECG1511, ECG1612 639 This Material Copyrighted By Its Respective Manufacturer PHILIPS E C


OCR Scan
PDF DDD5S33 ECG1511, ECG1512 ECG1612: ECG1511: ECG1511 ECG1S12) ECG1611, ECG1612 LED VU METER k 55 d 3j3 N20V ECG1611 ECG1612 VU-METER 20 led VU meter 63vw ECG1512
ECG123AP

Abstract: transistor ECG128 transistor ECG123 ECG123 ECG153 ECG130 ECG121 ECG154 ECG159 ECG152
Text: (Ta = 25°C) 200 180 typ TO-92 T16 ECG160 PNP-Ge, RF/IF Amp, Ose, Mix 30 20 (CES) .5 10 mA .200 (Ta = 25°C) 400 20 typ TO-72 T4 ECG161 NPN-Si, Video IF Amp 45 45 (CES) 4.5 50 mA .180 (Ta = 25°C) 800 60


OCR Scan
PDF GGG7141 ECG107 ECG108 ECG121 ECG121MP* ECG123 ECG159 ECG159MCP ECG123AP) ECG123AP ECG123AP transistor ECG128 transistor ECG123 ECG153 ECG130 ECG154 ECG152
ecg5322

Abstract: ECG5326 ECG5344 ECG5324 ECG5313 ECG5342 ECG168 z43 diode ECG5330 ECG5328
Text: PHILIPS E C G INC SHE D ■bb531Sa 0007206 TS3 Bridge Rectifiers (Silicon) Single-Phase IECG Peak Reverse Voltage (PRV Volts) lO, Average Rectified Forward Current (Ampsl 1 A 1.5 A 2 A 4 A 100 ECG166 200 ECG167 ECG5309 ECG5318 400 ECG5304 ECG168 600 ECG5332 ECG5305 ECG169 ECG5310 ECG5319 800 ECG5306 1000 ECG5334 ECG5307 ECG170 ECG5311 ECG5320 Peak Forward Surge Current (Amps) 50 50 60 250 200 Max. Forward Voltage Per. Element VF (Volts) 1.0 1.0 1.0 1.0


OCR Scan
PDF bb531Sa ECG166 ECG167 ECG5309 ECG5318 ECG5304 ECG168 ECG5332 ECG5305 ECG169 ecg5322 ECG5326 ECG5344 ECG5324 ECG5313 ECG5342 ECG168 z43 diode ECG5330 ECG5328
SG332

Abstract: ECG1645 ECG1413 ECG1545 VA00 SG232
Text: PHILIPS E C G INC 17E ^53150 G005M24 b E CG ECG1413, ECG1545 Semiconductors VIF Vìdeo AGC Amp w/AFT T-77-07-Ì3 ECG1413 for NPN Tuner ECG1645 for FET Tuner Features • High gain, wide band IF amplifier 50 dB typ at 58 MHz • Excellent S/N characteristics due to delayed 3 stages AGO action • Negative video output signal • Fast AGC action due to noise inverter and peak AGC • Switch off the video part with VTR Sw • Dual differential AFT output • Three controlled IF


OCR Scan
PDF G005M24 ECG1413, ECG1545 T-77-07-Ã ECG1413 ECG1645 81MAX. T-77-07-13 ECG1413/Ã CG1545 SG332 ECG1545 VA00 SG232
ECG1610

Abstract: ECG1510 DECG1510 VITA 1300 application note
Text: ECG1610 531 This Material Copyrighted By Its Respective Manufacturer PHILIPS E C G INC 17E bbS312à , 5V INPUT VOLTAGE V1N (mV) ECG1610 533 This Material Copyrighted By Its Respective Manufacturer , !5&-/3~Òl (2) ECG1610 Used in Cascade Connection (I) Circuit for a maximum Input voltage of 7V Note 1


OCR Scan
PDF G00SSS7 ECG1510 4to18V ECG151Q drop-10 ECQ1510 ECG1610 ECG1510 DECG1510 VITA 1300 application note
4 digit 7 segment display on CRT

Abstract: STOPWATCH 8 DIGIT AM FM counter driver hij display 7 segment ECG289A ECG1537 fm variable capacitor ECG1637 Display 7 segment sec 5101 display 5101
Text: out of ECG1537 570 ECG1637 This Material Copyrighted By Its Respective Manufacturer PHILIPS E C G


OCR Scan
PDF ECG1537 T-77-05-05 4 digit 7 segment display on CRT STOPWATCH 8 DIGIT AM FM counter driver hij display 7 segment ECG289A ECG1537 fm variable capacitor ECG1637 Display 7 segment sec 5101 display 5101
ECG184

Abstract: ECG181 Philips ECG179 ECG172A ECG182 ECG187 ECG165 ECG185 ECG183 ECG163A
Text: Volts BVEBO Collector Current lc Amps Device Diss. Pq Watts in MHz Case Fig. No. ECG162 NPN-Si, Vert Defl 500 300 5 3 cont. 10 peak 100 — 20 min TO-3 T28 ECG163A NPN-Si, Horiz Defl 700 700 (CEV) 5 10 peak 100 . 10 TO-3 T28 ECG164 NPN-Si, Vert Defl 1500 700 (CER) 5 1 50 .5 min 20 TO-3 T28 ECG165


OCR Scan
PDF 0QQ71SG ECG162 ECG163A ECG164 ECG165 ECG171 ECG296) O-202 ECG192 ECG193) ECG184 ECG181 Philips ECG179 ECG172A ECG182 ECG187 ECG185 ECG183
Not Available

Abstract: No abstract text available
Text: integrated logic such as C M O S or other high-level logic. ECG1607 499 Top View _ PHILIPS E C G


OCR Scan
PDF ECG1507 ECG1507 200-millivolt
LED VU METER

Abstract: No abstract text available
Text: dual amp has priority · Comparator level: ECG1612 : +6, + 3 ,0 , - 5 , -1 0 dB (logarithmic) ECG1511: +3 , . ECG1511, ECG1612 537 PHILIPS E C G INC Equivalent Circuit Block Diagram 17E 0 ^ 5 3 1 2 , V, V|N1 + = VIN 2+=0V 25 - mA dB dB VGi VG2 Open Loop Open Loop ECG1511, ECG1612 , , ECG1612 540


OCR Scan
PDF ECG1612: ECG1511: ECG1511, ECG1512 ECG1511 ECG1512) ECG1612 LED VU METER
Supplyframe Tracking Pixel