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Part Manufacturer Description Datasheet BUY
EL4585CS Intersil Corporation 36MHz, VIDEO CLOCK GENERATOR, PDSO16, SO-16 visit Intersil
EL4585CS-T13 Intersil Corporation 36MHz, VIDEO CLOCK GENERATOR, PDSO16, SO-16 visit Intersil
HD1-4702/883 Intersil Corporation 2.4576MHz, OTHER CLOCK GENERATOR, CDIP16, CERDIP-16 visit Intersil
EL4584CS Intersil Corporation 36MHz, VIDEO CLOCK GENERATOR, PDSO16, SO-16 visit Intersil
EL4585CS-T7 Intersil Corporation 36MHz, VIDEO CLOCK GENERATOR, PDSO16, SO-16 visit Intersil
EL4584CS-T13 Intersil Corporation 36MHz, VIDEO CLOCK GENERATOR, PDSO16, SO-16 visit Intersil

2N2369 AVALANCHE PULSE GENERATOR

Catalog Datasheet MFG & Type PDF Document Tags

2N2369 AVALANCHE PULSE GENERATOR

Abstract: 2N2369 transistor pulse generator is settable from before-to-after a trigger output. This circuit uses an avalanche pulse generator to , Avalanche Pulse Generator Appears Faster Than Figure 6's 2500V/µs PULSE GENERATOR RISE TIME IN (ns , Figure 19. Figure 7's Data Restated to Include Avalanche Pulse Generator Results. Significant Slew Rate , Output Level Shifting The text's avalanche pulse generator produces a positive 15V to 20V output. This , the rise times described in the text. Additionally, the avalanche pulse generator output cable should
Linear Technology
Original

AN72

Abstract: AN72F . AN72-32 Programmable Sub-Nanosecond Delayed Pulse Generator , circuit allows us to see that the LT1394's (Trace B) response to the pulse generator (Trace A) is faster , difficulties. TEST CIRCUIT 7404 PULSE GENERATOR A = 1V/DIV B = 1V/DIV C = 1V/DIV (INVERTED , -8 A significant consideration for fast comparator development work is the pulse generator. Features , , select a pulse generator with the features needed for the circuit of interest. Also, take the time to
Linear Technology
Original
AN72 AN72F PM-5771 2N2369 avalanche an7212 an7210 LT1016 54120B AN72-41 90VDC AN72-42 AN72-43

2N2369 avalanche

Abstract: 2N2369 transistor pulse generator 800ps.2 400ps Rise Time Avalanche Pulse Generator A potential problem with older instruments is , trigger output. This circuit uses an avalanche pulse generator to create extremely fast rise time pulses , Tektronix type 111 pulse generator (see Reference 11). Information on avalanche operation appears in , parameters for various elements are called out. A sub-nanosecond rise time pulse generator, 1A, 2ns rise , Breakdown Limit PULSE GENERATOR tRISE < 1ns PULSE CURRENT AMPLIFIER tRISE = 2ns Figure 3
Linear Technology
Original
2N2369 transistor pulse generator 2N2369 AVALANCHE PULSE GENERATOR Tektronix P6056 2N2501 MOTOROLA P-6056 CTX-02-16004 AN122 AN122-19 AN122-20

2N2369 Spice

Abstract: HP355C Tektronix type 111 pulse generator (see Reference 29). Information on avalanche operation appears in , , settling within 5mV or less for a 5V step is of interest. No general purpose pulse generator is meant to , excessive input capacitance. An INPUT STEP TO OSCILLOSCOPE ­ POSITIVE INPUT FROM PULSE GENERATOR , Settling Time Measurement Provides Misleading Results. Pulse Generator Posttransition Aberrations Appear , "flat-top" pulse generator. These become the central issues in wideband amplifier settling time measurement
Linear Technology
Original
2N2369 Spice HP355C CA3039 HP1120A nanosecond pulse stretcher nanosecond pulse generator AN79-29 AN79-30 AN79-31 AN79-32

16f73

Abstract: 74ACH14 /PEAKING 40", 50 COILED HARD LINE AVALANCHE PULSE OUTPUT STAGE Figure 31. Pulse Generator Output , adjustments until all three points are fixed. Delayed Pulse Generator with Variable Time Phase, Low Jitter Trigger Output Fast circuitry often requires a pulse generator that also supplies a variable time phase , path includes components which form trace E's trigger output pulse. C1 triggers output pulse generator , . Note 8. Avalanche mode pulse generation is a subtle, arcane technique requiring extensive discussion
Linear Technology
Original
16f73 74ACH14 cd4040 application note 16f73 rs232 74ACH74 LT1150 AN113-18 AN113-19 AN113-20

ta143

Abstract: Ferronics 21-110J . AN47-5 MR. MURPHY'S GALLERY OF HIGH SPEED AMPLIFIER PROBLEMS Unterminated Pulse Generator , these amplifiers are. Here, the pulse generator (Trace A, Figure 3) drives a 74S04 Schottky TTL , Application Note 47 Application Note 47 PULSE GENERATOR OUTPUT 74S04 requires studying the causes , problems are presented. 1k 1k ­ Z O = 50 PULSE GENERATOR 50 LT1223 LT1223 OUTPUT + , . Figure 4 shows severe ringing on the pulse edges at the output of an unterminated pulse generator cable
Linear Technology
Original
AN47-127 ta143 Ferronics 21-110J AN-4745 AN47 TELEDYNE PHILBRICK logarithmic LTAN47 AN47-128 AN47-129 AN47-130 AN47-131

ta66

Abstract: uA733 . AN47-5 MR. MURPHY'S GALLERY OF HIGH SPEED AMPLIFIER PROBLEMS Unterminated Pulse Generator , these amplifiers are. Here, the pulse generator (Trace A, Figure 3) drives a 74S04 Schottky TTL , Application Note 47 Application Note 47 PULSE GENERATOR OUTPUT 74S04 74S04 OUTPUT 1k 1k ­ Z O = 50 PULSE GENERATOR 50 LT1223 LT1223 OUTPUT + requires studying the causes of , . Figure 4 shows severe ringing on the pulse edges at the output of an unterminated pulse generator cable
Linear Technology
Original
ta66 uA733 an47fa NE592 linear technology an47 AN47-132

cd4024 applications

Abstract: cd40245 . Q1 Closes Regulation Loop by Modulating A1's Power Pin Micro-Mirror Display Pulse Generator Some , AN98-5 Application Note 98 850 Picosecond Rise Time Pulse Generator with , 20 Picosecond Rise Time Pulse Generator Figure 15, another fast rise time pulse generator, switches , 01 100kHz 4.7k DIV V+ Q3 2N3906 Q2 2N3906 10µF Q1 2N2369 RAMP BIAS GENERATOR , Top Flatness Within Oscilloscope's 3.9GHz (tRISE = 90ps) Bandwidth Figure 20. Pulse Generator
Linear Technology
Original
cd4024 applications cd40245 hp1106a CT5602-2 HP1106 AN98-27 AN98-28

2N2369 transistor pulse generator

Abstract: 2SK147 Toshiba 61 Application Note 61 Triggered 250 Picosecond Rise Time Pulse Generator Verifying the rise , . Conceptually, a pulse generator with rise times substantially faster than the oscilloscope-probe combination , the trigger is variable from 200ps to 5ns. The pulse generator requires high voltage bias for , pulse 5V + L1 820µH 1µF MUR120 10k + AVALANCHE BIAS TYPICALLY 70V. (SEE TEXT , . This puts Q1 slightly below its avalanche point. When an input trigger pulse is applied Q1 avalanches
Linear Technology
Original
2SK147 Toshiba He-Ne Laser Power Supply circuits lt1073 equivalent ic tektronix 120-0464-02 120-0464-02 ccfl neon AN61-39 AN61-40

CTX0211128-2

Abstract: tektronix 120-0464-02 61 Application Note 61 Triggered 250 Picosecond Rise Time Pulse Generator Verifying the rise , . Conceptually, a pulse generator with rise times substantially faster than the oscilloscope-probe combination , the trigger is variable from 200ps to 5ns. The pulse generator requires high voltage bias for , pulse 5V + L1 820µH 1µF MUR120 10k + AVALANCHE BIAS TYPICALLY 70V. (SEE TEXT , . This puts Q1 slightly below its avalanche point. When an input trigger pulse is applied Q1 avalanches
Linear Technology
Original
CTX0211128-2 2SK147 NPH-8-100AH nuvistor Toshiba 2SK147 LTC4851

Tektronix 2245a

Abstract: 2M3866 perspective on just how fast these amplifiers are. Here, the pulse generator (Trace A, Figure 3) drives a , pulse edges at the output of an unterminated pulse generator cable. This is due to reflections and may , 100ns/DIV LTAN47 â'¢ TA04 Figure 4. An Unterminated Pulse Generator Cable Produces Ringing Due to , load points. The driven end is usually an instrument (e.g., pulse or signal generator), presumably , cable can preclude maintenance of even the cleanest pulse generator's 1 ns rise time or purity
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Tektronix 2245a 2M3866 s2 umi 250v 1a s 2 umi 1A 130 degree 250V Tektronix 2246a PNP TRANSISTOR 1A 60V

axial zener diodes marking code c3v6

Abstract: ZENER DIODES CODE ID CHART * 9 2N2368 2N2369 2N2369A â'¢ â'¢ â'¢ 2N 1924* 2N 1925* 2N 1926* o PBC 182 , 3881 1 N3882 IN 3883 (V) - â'¢|i a R* R* D-4 O D-4 O * C o n tro lle d avalanche , -5 . j case _ 100°C _ i i * C ontrolled avalanche â  DO-5 DO-5 DO-5 Fast , ontrolled avalanche â  Fast R reverse p o la rity SPEffko ELECTRONIC'{/'SERVICES LTD P.0. Box , SILICON RECTIFIER DIODES Jr FAST RECOVERY DIODES with guaranteed trr CONTROLLED AVALANCHE DIODES
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axial zener diodes marking code c3v6 ZENER DIODES CODE ID CHART H 48 zener diode diode zener ph c5v6 diode zener BZX 61 C 10 74151N BR705A BR71A BR72A BR74A BR76A BR78A

pin of ic1 cd4047

Abstract: IC1 CD4047 is light. This arrangement helps avoid pulse skipping at light load, with its consequent subharmonic , Q1 by itself. The absence of a BOOST pulse plus the lack of a second NPN driver results in a much , sheet.) VIN 12V­48V C1 39µF 63V 6 Q1 PN2484 Q2 2N2369 1 5 VIN SYNC VCC VSW U1 , . The typical POUT/PIN efficiency is shown in Figure 3b. No pulse skipping is observed down to zero , comparators, timing skew generators, coincidence detectors and pulse stretchers. ­ + +IN + +
Linear Technology
Original
pin of ic1 cd4047 IC1 CD4047 cd4047 spice ic cd4047 smd PIN CONFIGURATION IC CD4047 operation of cd4047 inverters 250MH 100MH LTC1622 LTC1531 S-191 D-85737

cm .02m z5u 1kv

Abstract: pin configuration of BFW10 transmission combination CMOS ICs for telephone subscriber sets: DTMF dialler with redial pulse diallers , 94 95 96 97 97 97 97 98 98 Contents (cont.) Page pulse repertory dialler/telephone-set , Low-voltage darlingtons General purpose rectifiers Avalanche rectifiers Fast-recovery rectifier diodes , , KS Polypropylene, KP, high pulse 321 322 Film/foil capacitors Polypropylene, KP, axial leads
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cm .02m z5u 1kv pin configuration of BFW10 B2X84 TRIAC TAG 9322 la4347 HEF40106BP equivalent BS9000 D3007 HE4000B

transistor cross reference

Abstract: MPT3N40 , Ceramic Pkg only Clock Generator/Driver Clock Generator/Driver System Cont/Bus Driver System Cont/Bus , Controller Multi Protocol Serial Cont CRT Controller Prog Keybd/Display Interfc Clock Generator/Driver System , Controller Programbl Systems Intfc Asynchr Comm Control Clock Generator/Driver CRT Controller - SMC CRT Controller - SMC Real Time Clock Calendar Intel 1 Peripheral Contrir Multimode DMA Controller Clock Generator/Driver Clock Generator/Driver Clock Generator/Driver UART DMA Chip-DCOlO LSI 11 3G Scrnd Scrnd Scrnd
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transistor cross reference MPT3N40 Westinghouse SCR handbook sje389 LT 8224 ZENER DIODE N9602N

1n813 fairchild

Abstract: 2N2369 AVALANCHE PULSE GENERATOR Quarter-Cell Dual Two-Variable Function Generator MSI Up/Down BCD Counter MSI 8-Input Multiplexer Dual , Micromatrixâ"¢ Array Internal Quarter-Cell Dual Two-Variable Function Generator MSI Up/Down BCD Counter
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1n813 fairchild FD6666 diode 2N3137 UA703 equivalent FD200 diode 2N3303 BR-BR-0034-58

GFB7400D

Abstract: EF184 and bridge m odules Silicon avalanche rectifier diodes Fast recovery silicon rectifier diodes , Pulse modulator thyristors Thyristors for tv line deflection circuits Flash discharge thyristor , 2N2369 2N2410 2N2475 2N 2483.84 2N 2904,04A 2N 2905.05A 2N 2905.06A 2N 2907.07A 2N3053 2N3055 , 1 60 1 2 -b it parity checker/generator G XB10109 Dual D R /N D R gate G X B 10161 T , for dot code matrix A SCII uppercase character generator ( 5 x 7 dot matrix row scan) FD R 116Z2
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GFB7400D EF184 Rifa pmr 2026 ITT A2610 Mullard Mullard quick reference guide RIFA 0,022 pme 285 250v

PA0016

Abstract: STR11006 bult 750ns 750ns 100ns Avalanche bult bult Schottky Ge Ge Ge Scottky 250ns 37 40 , SOD 30ns 37 87 25ns Avalanche 50ns Avalanche 60ns Avalanche
Labb Elektronik
Original
PA0016 STR11006 SO41P PIONEER PA0016 7 segment to bcd converter 74c915 SAJ141 MK-149 MK-150 MK-151 MK-152 MK-153 MK-154

MT1115

Abstract: UA739 equivalent 2N2328A 2N2329 2N2329A 2N2351 2N2351A 2N2368 2N2369 2N2369A EN2369A 2N2443 2N2452 2N2475 , 2N2219A 2N2220 2N2221 2N2221A 2N2222 2N2222A 2N2297 2N2303 2N2351 2N2351A 2N2368 2N2369 , 2N2219 2N2219A 2N2220 2N2221 2 N 2221A 2N2222 2N2222A 2N2368 2N2369 2N2369A 2N2475 2N2476 , 1735 DC Pulse Current Gain 1200 1540 2200 lc = R = s lc = R = s lc = R = s lc = , K MIN. (Note 5) DC Current Gain 300 DC Pulse Current Gain (Note 5) (FT107A) High
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MT1115 UA739 equivalent mt1039 transistor bc 554 pnp FPT100 phototransistor fairchild 2N3565

2N2369 AVALANCHE PULSE GENERATOR

Abstract: LM304 AN31-18, AN48-4. AN72-6 Absolute value: AN31-12 Anti log generator: AN30-3, AN31-20 Audio: AN32 , -8 Piezolectric transducer: AN29-13. AN31-17 Power: AN8-6, AN72-9 (See Also Buffer, High Current) Pulse: AN8 , , switching: AN8-6 M ODULATOR A M /IF : AN51-9 DSB: AN3B-5 Pulse width; AN31-5 SSB, high efficiency: AN8 , -15, AN31-17, AN31-19 Capacitance: AN29-10, AN31-14, AN31-15 Cube generator: AN30-3, AN31-19 Resistance , Piezoelectric driver: AN 72-37 Programmable "unijunction": AN72-39 Pulse output: AN71-6, AN72-20 Quadrature
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LM304 transitron LM373 JEC 600 watts amplifier schematic diagram AN6311 2n3054 AN-10 AN-13 AN-15 AN-20 AN-21 AN-23
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