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Part Manufacturer Description Datasheet BUY
SE555CFK Texas Instruments IC PULSE; RECTANGULAR, TIMER, CQCC20, CC-20, Analog Waveform Generation Function visit Texas Instruments
TLC555MDR Texas Instruments IC PULSE; RECTANGULAR, 1.2 MHz, TIMER, PDSO8, PLASTIC, SOP-8, Analog Waveform Generation Function visit Texas Instruments
SE555CP Texas Instruments IC PULSE; RECTANGULAR, TIMER, PDIP8, PLASTIC, DIP-8, Analog Waveform Generation Function visit Texas Instruments
TLC555MFK Texas Instruments IC PULSE; RECTANGULAR, 1.2 MHz, TIMER, CQCC20, CERAMIC, LCC-20, Analog Waveform Generation Function visit Texas Instruments
TLC555CPWLE Texas Instruments IC PULSE; RECTANGULAR, 2.1 MHz, TIMER, PDSO8, PLASTIC, TSSOP-8, Analog Waveform Generation Function visit Texas Instruments
TLC556lDR Texas Instruments IC DUAL PULSE; RECTANGULAR, 1.2 MHz, TIMER, PDSO14, PLASTIC, MS-012AB, SOIC-14, Analog Waveform Generation Function visit Texas Instruments

nanosecond pulse generator

Catalog Datasheet MFG & Type PDF Document Tags

2N2369 AVALANCHE PULSE GENERATOR

Abstract: 2N2369 transistor pulse generator Time Pulse Generator 1V/DIV AN94 F04 Figure 4. Five Nanosecond Rise Time Pulse Generator , duration. AN94 F06 Figure 6. One Nanosecond Rise Time Pulse Generator Results in 2500V/µs Slew Rate , faster than Figure 6's 1 nanosecond rise time pulse generator, which promoted a 2500V/µs slew rate , pulse generator's finite rise time has become a concern. A recent device, the LT1818 (See Box Section , is so requires a faster pulse generator than Figure 6's 1ns rise time unit. Subnanosecond Rise Time
Linear Technology
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2N2369 AVALANCHE PULSE GENERATOR 2N2369 transistor pulse generator 2n2369 avalanche Avalanche Transistor Circuits for Generating nanosecond pulse generator Avtech AN94-11 AN94-12

2N2369 Spice

Abstract: HP355C particularly suited for measuring nanosecond range settling time. The "flat-top" pulse generator requirement , , 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
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2N2369 Spice HP355C CA3039 HP1120A nanosecond pulse stretcher tektronix scope tip jack AN79-29 AN79-30 AN79-31 AN79-32

IN5711

Abstract: subtleties settling time FROM PULSE GENERATOR AMPLIFIER R + OUTPUT TO OSCILLOSCOPE R +VREF AN128 F02 Figure 2. Popular Summing Scheme for Settling Time Measurement Provides Misleading Results. Pulse Generator , . Typically, settling within 5mV or less for a 5V step is of interest. No general purpose pulse generator is , that is somehow immune to overdrive and a "flat top" pulse generator. These become the central issues , flat-top pulse generator requirement can be avoided by switching current, rather than voltage. It is much
Linear Technology
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IN5711 subtleties settling time TELEDYNE PHILBRICK multiplier AD835 2N4260 unfaithful 100MH HP1105/1106/8A AN128-23 AN128-24

HP-214B

Abstract: tepro . Hewlett-Packard Company, "HP-214A Pulse Generator Operating and Service Manual", "Overload Adjust", Figure 5-13 , Company, "HP-214B Pulse Generator Operating and Service Manual", "Overload Detection/ Overload Switch , in the pulse flats. The pulse generator should be checked for this with a well compensated probe at , at this point determines A1's input signal bandwidth. Some pulse generator output stages produce , DC baseline current shift. A simple way to check a pulse generator for this error is to place it in
Linear Technology
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tepro AN1335 AN1331 VN2222L equivalent VN2222L AN133 AN133-11 AN133-12

SCR TRIGGER PULSE TRANSFORMER

Abstract: thyristor SCR1 MicroNote #601 George Repucci Senior Applications Engineer Nanosecond SCR Switch for Reliable High Current Pulse Generators and Modulators Design requirements for modulator and pulse generator , imaging range finders and communication markets. The nanosecond SCR switch (thyristor), allows the designer to upgrade high current, high voltage modulators and pulse generator circuitry. A single device , . Several new applications for nanosecond SCR switches include automotive collision avoidance systems
Microsemi
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SCR TRIGGER PULSE TRANSFORMER thyristor SCR1 SCR TRIGGER PULSE circuit SCR PULSE TRANSFORMER digital triggering scr pulse transformer for triggering SCR GA201A GA301A UPGA301A

inductosyn

Abstract: inductosyn farrand encoder angle change occurs, the converter changes the digital angle in steps of 1 LSB and generates a CB pulse. The CB pulse is a 200 to 350-nanosecond positive pulse and data changes on the leading edge of this pulse. Output data can safely be transfered 200 nanosecond after the leading edge of the CB pulse. A , also provided as well as a ripple clock output. The ripple clock gives a pulse every time the resolver , Pulse Width 350 ns max Direction Output (DR) Logic "0" = : up, Logic "1" down Ripple Clock
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OCR Scan
168L500 74LS169A inductosyn inductosyn farrand encoder VEL 168L inductosyn farrand 168L501 74LS1S9A

EF to RR

Abstract: RF200B Forward Current at 50 C O PULSE GENERATOR R2 1 OHM SCOPE IO R1, R2 NON-INDUCTIVE RESISTORS PULSE GENERATOR-HEWLETT PACKARD 214A OR EQUIV . IKC REP.RA TE, 10 SEC. PULSE WIDTH ADJUST PULSE , 10.0 10 150 10.0 10 100 12.0 8 100 12.0 8 250 NANOSECOND RECOVERY(F IG.4) 500 2.6 25 500 , 8 100 13.0 7 100 13.0 7 80 15.6 6 80 15.6 6 150 NANOSECOND RECOVERY(F IG.4) 500 2.6
Electronic Devices
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EF100 EF150 EG200 EG250 EG300 EH300 EF to RR RF200B eF200 EK500 RF200A EF200

RF200B

Abstract: RG300A inductive resistors pulse generator - hewlett packaro 214a or equiv. ikc rep. rate. 10 u sec. pulse width adjust pulse amplitude for peak lr ELECTRONIC DEVICES, INC. DESIGNERS AND MANUFACTURERS OF SOLID STATE , ER1100 11,000 100 12.0 8 1.5 ER1200 12,000 100 12.0 8 1.5 250 NANOSECOND RECOVERY (FIG 4) RF160B , 150 NANOSECOND RECOVERY (FIG 4) RF160A 1,600 500 2.6 25 8.0 RF200A 2,000 500 2.6 25 8.0 RG200A
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OCR Scan
EH350 EH400 EK450 RP1000A RG300A em80 ep1000 rm800b EK600 EM700 EM800

nanosecond pulse generator

Abstract: edi rectifier TYPICAL REVERSE RECOVERY WAVEFORM R1 50 OHM D.U.T. + T RR PULSE GENERATOR ZERO R2 1 OHM REFERENCE 20ma 40 ma 10 ma SCOPE R1, R2 NON-INDUCTIVE RESISTORS PULSE GENERATOR - HEWLETT PACKARD 214A OR EQUIV . IKC REP.RA TE, 10 SEC. PULSE WIDTH ADJUST PULSE AMPLITUDE FOR PEAK IR , HTDR-3 O 300 NANOSECOND AT 200 C HIGH TEMPERATURE- FAST RECOVERY HIGH VOLTAGE RECTIFIER DIODES Exceptional high temperature Stability U up t o 20 0 OC Exceptionally low leakage Small size
Electronic Devices
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edi rectifier

nanosecond pulse generator

Abstract: RC05 REFERENCE 0.5A D.U.T. + T RR 1.0A 0.25A PULSE GENERATOR R2 1 OHM SCOPE R1, R2 NON-INDUCTIVE RESISTORS PULSE GENERATOR - HEWLETT PACKARD 214A OR EQUIV . I KC REP.RA TE, 10 SEC. PULSE WIDTH ADJUST PULSE AMPLITUDE FOR PEAK IR EDI reserves the right to change these specifications at , RC FAST RECOVERY 200 NANOSECOND SILICON RECTIFIER SMALL SIZE LOW LEAKAGE HIGH TEMPERATURE STABILITY HIGH SURGE CAPABILITY EDI Type PRV Volts Maximum Reverse RECOVERY TIME IN
Electronic Devices
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RC100 RC05 RC10 RC20 RC40 RC80
Abstract: =1MA I R=5MA - PULSE GENERATOR WAVE FORMS 50 NI SCOPE CIRCUIT ELECTRONIC DEVICES , ULTRA-MINIA TURE, 100 NANOSECOND RECOVERY HX 15 PD HX 20 PD HX 25 PD HX 30 PD HX 10 P HX 20 P HX 30 P , 6.0 3 P 40 10.0 3 P MINIATURE, 100 NANOSECOND RECOVERY (FIG.4) HX 10 M HX 20 M Electronic Devices
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6PHR

Abstract: nanosecond pulse generator REFERENCE 0.5A - 1.0A 0.25A PULSE GENERATOR R2 1 OHM SCOPE R1, R2 NON-INDUCTIVE RESISTORS PULSE GENERATOR - HEWLETT PACKARD 214A OR EQUIV. IKC REP.RA TE, 10 SEC. PULSE WIDTH ADJUST PULSE AMPLITUDE FOR PEAK IR CASE STYLE FOR 6PHR .935 .895 .160 .140 45 .700 .660 .760 Max , 6PHR FAST RECOVERY SINGLE-PHASE FULL WAVE BRIDGE 6 AMPERES FOR P.C. BOARD AND HEAT SINK MOUNTING 200 NANOSECOND FAST RECOVERY t e componen on under th tes recogniti dica s, inc. This
Electronic Devices
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6PHR05 6PHR10 6PHR20 6PHR40 6PHR60 6PHR80 6PHR 6PHR100

HV HX

Abstract: nanosecond pulse generator =1MA I R=5MA - PULSE GENERATOR WAVE FORMS 50 NI SCOPE CIRCUIT ELECTRONIC DEVICES , ULTRA-MINIA TURE, 100 NANOSECOND RECOVERY HX 15 PD HX 20 PD HX 25 PD HX 30 PD HX 10 P HX 20 P HX 30 P , 6.0 3 P 40 10.0 3 P MINIATURE, 100 NANOSECOND RECOVERY (FIG.4) HX 10 M HX 20 M
Electronic Devices
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HV HX HX10-P

RF200B

Abstract: EF200 D.U.T. PULSE GENERATOR R2 1 OHM SCOPE + IF= IO IRR=0.5 IR=2 IO IO I =Average Forward Current at 50 O O C R1, R2 NON-INDUCTIVE RESISTORS PULSE GENERATOR-HEWLETT PACKARD 214A OR EQUIV . IKC REP.RA TE, 10 SEC. PULSE WIDTH ADJUST PULSE AMPLITUDE FOR PEAK IR ELECTRONIC DEVICES, INC. DESIGNERS , 8.0 8.0 6.0 6.0 3.0 3.0 3.0 3.0 2.0 2.0 1.5 15. 1.0 1.0 250 NANOSECOND RECOVERY(FIG.4) 150 NANOSECOND RECOVERY(FIG.4) EF to RR ELECTRICAL CHARACTERISTICS(at T A=25 C Unless Otherwise Specified
Electronic Devices
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EP900 RG200B RG300B RK300B RK400B RK500B
Abstract: o n i n d u c t i v e r e s i s t o r s PULSE GENERATOR - HEWLETT PACKARD 214A O R EOUIV. IKC REP. RATE, 10 Ã SEC. PULSE WIDTH ADJUST PULSE AMPLITUDE FOR PEAK l R ELECTRONIC DEVICES, INC. D E S , 8.0 175 12 175 8.0 150 10.0 10 150 10.0 10 100 12.0 8 100 12.0 8 250 NANOSECOND , NANOSECOND RECOVERY =IG 4) 500 2.6 25 500 2.6 25 350 3.9 20 150 7.8 10 150 7.8 10 150 7.8 -
OCR Scan
RK600B RM700B RP900B RP1000B RR1100B RR1200B

nanosecond pulse generator

Abstract: PCO-7810 FIXED PULSE WIDTH LASER DIODE DRIVER MODULE â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ Compact Economical Module Fully Self-Contained Internal High Voltage Power Supply & Trigger Generator 4A to 50A Output Fixed 4nS or 12nS Pulse Width Repetition Frequency Single-Shot to 200kHz Onboard , and other applications requiring high current, nanosecond pulses. The PCO-7810 features an internal high voltage DC power supply to support the high current output, and an internal trigger generator
IXYS
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PCO-7810-40-4 200KH 24VDC
Abstract: OHM D.U.T. + IFSM . PEAK SURGE CURRENT (AMP) ZERO REFERENCE 0.5A 200 30 PULSE GENERATOR - 20 1 2 3 4 6 8 10 20 30 40 60 80 100 NUMBER OF CYCLES AT 60 Hz PBTR SERIES MECH. OUTLINE R2 1 OHM SCOPE R1, R2 NON-INDUCTIVE RESISTORS PULSE GENERATOR - HEWLETT PACKARD 214A OR EQUIV. IKC REP.RA TE, 10 SEC. PULSE WIDTH ADJUST PULSE AMPLITUDE FOR , PBTR FAST RECOVERY MINIBRIDGE 200 NANOSECOND RECOVERY T pr his og m ra ar m ki of nd U Electronic Devices
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PBTR05 PBTR10 PBTR20 PBTR40 PBTR60 PBTR80

PCO-7810-40-4

Abstract: pco-7810 , and an internal trigger generator. With the supplied heatsink, the PCO-7810-40-4 can operate at pulse , PCO-7810 FIXED PULSE WIDTH LASER DIODE DRIVER MODULE · · · · · · · · Compact Economical Module Fully Self-Contained Internal High Voltage Power Supply & Trigger Generator 4A to 50A Output Fixed 4nS or 12nS Pulse Width Repetition Frequency Single-Shot to 200kHz Onboard Oscillator 15Hz to 200kHz , finder, LIDAR, atmospheric communications and other applications requiring high current, nanosecond
IXYS
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PULSED LASER DIODE DRIVER

PBTR

Abstract: MINIBRIDGE PULSE GENERATOR - 20 1 2 3 4 6 8 10 20 30 40 60 80 100 NUMBER OF , PULSE GENERATOR - HEWLETT PACKARD 214A OR EQUIV. IKC REP.RA TE, 10 SEC. PULSE WIDTH ADJUST PULSE , PBTR FAST RECOVERY MINIBRIDGE 200 NANOSECOND RECOVERY T pr his og m ra ar m ki of nd U ica nd te er s w re rit co er g s ni La tio bo n ra u n to de rie r s, the in c c. om po ne nt 17 AMPERE THREE-PHASE FULL-WAVE BRIDGES HEAT SINK AND CHASSIS MOUNTING PBTR
Electronic Devices
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PBTR100 PBTR MINIBRIDGE diode bridge 60 Ampere 1000V

nanosecond pulse generator

Abstract: dynamic range streak camera C7700 Digital delay generator DG535 Relay lens A2098 Image , performance Nanosecond Q-SW YAG laser Measurement time range White light source Picosecond mode-lock YAG , Xenon lamp and a nano-second Q-SW YAG laser are utilized as the pump and probe lights respectively. The , : shutter opening and closing for excitation light and white light, delay generator (delay value setting , tube at the heart of the streak camera. The light pulse being measured passes through the slit and the
Hamamatsu
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D-82211 B1201 SHSS0005E03 APR/2014
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