RISE TIME 1 NS Search Results

ortec 457

Abstract: PLP-01 canberra preamplifier irf 2205 TC-454 shg 850 LIDAR radar IRF 715 R5916U-50 410nm
Contextual Info: GATEABLE MICROCHANNEL PLATE PHOTOMULTIPLIER TUBE MCP-PMTs R5916U-50 SERIES Featuring Fast Gating Function with Improved Time Response and Switching Ratio FEATURES High Speed Gating by Low Supply Voltage (+10V) Gate Rise Time : 1 ns 1) Gate Width : 5 ns Fast Rise Time

IRF 501

Contextual Info: GATED MICROCHANNEL PLATE PHOTOMULTIPLIER TUBES MCP-PMT R5916U-50 SERIES FEATURES ●High Speed Gating by Low Supply Voltage (+10 V) Gate Rise Time : 1 ns A Gate Width : 3 ns ●Fast Rise Time : 180 ps Narrow T.T.S. B : 90 ps ●High Switching Ratio: 108 at 500 nm

"logarithmic amplifier"

Contextual Info: jyfccm 1 nsec Rise Time Logarithmic Amplifier 1000 MHz C-38 • 1 nsec Rise Time ■ 60 dB Dynamic Range MWLN1C •TO 4L IUA u TT * « * * . I ■ MIL Grade Guaranteed Specifications* (From -30°C to +71 °C Frequency T 1000 MHz T -6 0 dBm to 0 dBm Input Dynam ic Range

FMMT3905

Abstract: fmmt3906 FMMT3904 equivalent 1n916 equivalent
Contextual Info: FMMT3905 FMMT3906 SWITCHING CHARACTERISTICS at Tamb=25 C unless otherwise stated PARAMETER SYM BOL FMMT3905 MIN MAX Delay Time Rise Time td tr 35 35 Storage Time ts tf Fall Time UNIT CONDITIONS 35 35 ns ns Vcc=-3V, VBE(offr0.5V 1^-IOm A, lBi=-1mA (See Fig. 1)

LM2406T

Abstract: PHILIps computer monitor schematic LM1205N CRT Drivers crt monitor circuit crt monitor circuit diagram LM2406 circuit diagram of crt monitor yoke coil CRT MONITOR SCHEMATIC DIAGRAM pnp transistor crt high definition
Contextual Info: Table of Contents 1 0 INTRODUCTION 3 6 0 ON SCREEN DISPLAY 15 2 0 MONITOR VIDEO CHANNEL 3 7 0 PEAKING METHODS 16 2 1 Basic Timing Formats 3 7 1 Shunt Peaking 16 7 2 Series Peaking 16 4 7 3 Emitter Bypass 17 3 1 Rise Time of Cascaded Stages 4 3 2 Rise and Fall Time Measurement

Contextual Info: 05/12/00 Errata: CS8405A-CS Rev. A Performance Update Reference CS8405A Data Sheet revision DS469PP1 dated Nov ‘99 1. On page 9 of the data sheet it is specified that in I2C mode, SCL and SDA have a maximum rise time of 1 µ S and a maximum fall time of 300 nS. The actual rise and fall times should be less than 25 nS.

RMCK

Abstract: DS477PP1 cirrus CS8427 CS8427CS
Contextual Info: 05/12/00 Errata: CS8427-CS Rev. A Performance Update Reference CS8427 Data Sheet revision DS477PP1 dated Nov ‘99 1. On page 9 of the data sheet it is specified that in I2C mode, SCL and SDA have a maximum rise time of 1 µ S and a maximum fall time of 300 nS. The actual rise and fall times should be less than 25 nS.

Contextual Info: 08/16/00 Errata: CS8420-CS Rev. D Performance Update Reference CS8420 Data Sheet revision DS245PP2 dated Aug ‘99 1. On page 9 of the data sheet it is specified that in I2C mode, SCL has a maximum rise time of 1µ S and a maximum fall time of 300 nS. The actual rise and fall times should be less than 25 nS.

AD1501

Contextual Info: M80C186EB in t e l AC SPECIFICATIONS A C Characteristic»— M80C186EB-16 Symbol Parameter Min Max Units Notes Frequency Period High Time Low Time Rise Time Fall Time 31.25 10 10 1 1 32 oo oo oo 8 8 MHz ns ns ns ns ns 1 1 1,2 1,2 1,3, 11 1, 3,11 CLKIN to C LKO U T Delay

Esan

Abstract: 34E-005 34E-010 34E-015 34E-020 34E-025 34E-030 34E-040 34E-050 D-20
Contextual Info: E-SAN ELECTRONIC CO LTD 54E D 3G37M0E DQOOOSM Active Delay Line ECL interface • ULTRA-Fast Rise Time • Triple In/Out E T-MV-ia. 34E Series * 1 6 Pin Dip Package I S pecifications: • • • • • • • • • Delay tolerance Rise time Operating Temp.

Contextual Info: 1 # •1 MODEL 1 nsec RISE T IM E LOG A M P L IF IE R MW LN1C 1000 MHz 1 nsec Rise Time 60 dB Dynamic Range MIL Grade Guaranteed Specifications* From -30°C to +71 °C _ Frequency 1000 MHz Bandwidth 700 MHz Norn -6 0 dBm to 0 dBm Input Dynamic Range

Contextual Info: SPECIFICATION CONTROL DRAWING Clock Oscillator Package Type Overall Stability ppm Operating Temp. Range Storage Temperature Range Max Input Current (mA) 0 Level 1 Level Symmetry Output Load Output Waverform Rise Fall Time (ns) Startup Time (ms) Enable Disable Function

5T50

Abstract: VIC068A 25B22
Contextual Info: 1.13 VIC068A AC Performance Specifications Clock Input Num. Characteristic Min. Max. Frequency of Operation MHz 1 64 1 Cycle Time (ns) 15.6 1000 2, 3 Clock Pulse Width (Measured from 1.5V to 1.5V) Note 1 Note 4, 5 Rise and Fall Time (ns) — 5 1 2 3 2.2V

Contextual Info: 22355 Abracon CORX 2-29.qxd 3/6/00 6:55 AM Page 57 CRYSTAL OSCILLATORS APPLICATION NOTES METHOD 1 : CMOS RISE AND FALL TIMES The rise and fall time on the CMOS technology depends on its speed CMOS, HCMOS, ACMOS, BICMOS , the supply voltage, the load capacitance, and the load configuration. Typical rise and

40.000000MHz

Contextual Info: SPECIFICATION CONTROL DRAWING Clock Oscillator Package Type Overall Stability ppm Operating Temp. Range Storage Temperature Range Input Voltage (V DD) Max Input Current (mA) 0 Level 1 Level Symmetry Output Load Output Waverform Rise Fall Time (ns) Startup Time (ms)

Contextual Info: SPECIFICATION CONTROL DRAWING Clock Oscillator Package Type Overall Stability ppm Operating Temp. Range Storage Temperature Range Input Voltage (V DD) Max Input Current (mA) 0 Level 1 Level Symmetry Output Load Output Waverform Rise Fall Time (ns) Startup Time (ms)

C15 5T

Abstract: 2T D19 10t29 2t transistor c10 5t VIC068A 6T36 vme 1128
Contextual Info: 1.13 VIC068A AC Performance Specifications Clock Input Num. Characteristic Min. Max. Frequency of Operation MHz 1 64 1 Cycle Time (ns) 15.6 1000 2, 3 Clock Pulse Width (Measured from 1.5V to 1.5V) Note 1 Note 1 4, 5 Rise and Fall Time (ns) — 5 1 2 3 2.2V

ael4313bs

Contextual Info: SPECIFICATION CONTROL DRAWING Clock Oscillator Package Type Overall Stability ppm Operating Temp. Range Storage Temperature Range Input Voltage (V DD) Max Input Current (mA) 0 Level 1 Level Symmetry Output Load Output Waverform Rise Fall Time (ns) Startup Time (ms)

MARKING ael

Abstract: AEL-4313
Contextual Info: SPECIFICATION CONTROL DRAWING Clock Oscillator Package Type Overall Stability ppm Operating Temp. Range Storage Temperature Range Input Voltage (V DD) Max Input Current (mA) 0 Level 1 Level Symmetry Output Load Output Waverform Rise Fall Time (ns) Startup Time (ms)

Contextual Info: SPECIFICATION CONTROL DRAWING Clock Oscillator Package Type Overall Stability ppm Operating Temp. Range Storage Temperature Range Input Voltage (V DD) Max Input Current (mA) 0 Level 1 Level Symmetry Output Load Output Waverform Rise Fall Time (ns) Startup Time (ms)

16.000000MHZ

Abstract: AEL43 mark 10C O16M000000S002
Contextual Info: SPECIFICATION CONTROL DRAWING Clock Oscillator Package Type Overall Stability ppm Operating Temp. Range Storage Temperature Range Input Voltage (V DD) Max Input Current (mA) 0 Level 1 Level Symmetry Output Load Output Waverform Rise Fall Time (ns) Startup Time (ms)

O25M000000S003

Abstract: 1Ps MARKING CODE SMD MARKING CODE 1ps
Contextual Info: SPECIFICATION CONTROL DRAWING Clock Oscillator Package Type Overall Stability ppm Operating Temp. Range Storage Temperature Range Input Voltage (V DD) Max Input Current (mA) 0 Level 1 Level Symmetry Output Load Output Waverform Rise Fall Time (ns) Startup Time (ms)

Contextual Info: SPECIFICATION CONTROL DRAWING Clock Oscillator Package Type Overall Stability ppm Operating Temp. Range Storage Temperature Range Input Voltage (V DD) Max Input Current (mA) 0 Level 1 Level Symmetry Output Load Output Waverform Rise Fall Time (ns) Startup Time (ms)

Contextual Info: SPECIFICATION CONTROL DRAWING Clock Oscillator Package Type Overall Stability ppm Operating Temp. Range Storage Temperature Range Input Voltage (V DD) Max Input Current (mA) 0 Level 1 Level Symmetry Output Load Output Waverform Rise Fall Time (ns) Startup Time (ms)