Top Tweets for #Pspice

GoEngineer @GoEngineer

4 months ago

Join us Thurs. May 21 10AM PDT - OrCAD X & PSpice: High-Speed Nanosecond Laser Pulse Design https://t.co/QkIByrRQAa In this webinar, we demonstrate a practical workflow using #OrCAD X and #PSpice to design and simulate a pulse generator in the 10 ns to 100 ns range.

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GoEngineer @GoEngineer

5 months ago

Join us Tues. April 28 10AM PDT - OrCAD X & PSpice: High-Speed Nanosecond Laser Pulse Design https://t.co/YOfKVWfOlo In this webinar, we demonstrate a practical workflow using #OrCAD X and #PSpice to design and simulate a pulse generator in the 10 ns to 100 ns range.

GoEngineer's tweet photo. Join us Tues. April 28 10AM PDT - OrCAD X & PSpice: High-Speed Nanosecond Laser Pulse Design
https://t.co/YOfKVWfOlo
In this webinar, we demonstrate a practical workflow using #OrCAD X and #PSpice to design and simulate a pulse generator in the 10 ns to 100 ns range. https://t.co/18fKpOmC8N

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Mikey Slashic @MikeySlashic

almost 2 years ago

@shaesjh @NorseSun Not you too…🤢😆 #Pspice

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Mikey Slashic @MikeySlashic

about 2 years ago

Exactly😖 #PSpice

Papa Woof und Krampus und Bleaken

about 2 years ago

woofknight's tweet photo. https://t.co/9XHPiOdhJR

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Cadence System Design and Analysis

over 2 years ago

Power systems with wide input voltages rely on buck-boost converters for precise regulation. If you’re planning to use buck-boost regulators for wide inputs, follow these guidelines. https://t.co/CBbFVrbH9d #PSpice #Cadence

CadenceSDA's tweet photo. Power systems with wide input voltages rely on buck-boost converters for precise regulation. If you’re planning to use buck-boost regulators for wide inputs, follow these guidelines. https://t.co/CBbFVrbH9d

#PSpice #Cadence https://t.co/Gj0Rtcj5Y2

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Cadence System Design and Analysis

over 2 years ago

Interested in simulating with alternate components to create energy efficient designs? Check out this project file to learn more! https://t.co/pT2WDuYjIb #PSpice #PCBDesign

CadenceSDA's tweet photo. Interested in simulating with alternate components to create energy efficient designs? Check out this project file to learn more! https://t.co/pT2WDuYjIb

#PSpice #PCBDesign https://t.co/05YdHrRxob

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Cadence System Design and Analysis

over 2 years ago

Create environmentally conscious PCB designs using PSpice. Learn more here https://t.co/2MSgwm8SuW #PSpice #Sustainable #Cadence

CadenceSDA's tweet photo. Create environmentally conscious PCB designs using PSpice. Learn more here https://t.co/2MSgwm8SuW

#PSpice #Sustainable #Cadence https://t.co/jXu7Oa9ODI

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Cadence System Design and Analysis

over 2 years ago

Op-amps sometimes require compensation in order to prevent instabilities and oscillation on the circuit output. Read our article to learn about tried-and-true compensation techniques for op-amp circuits. https://t.co/l4RhuriOF1 #PSpice #Cadence

CadenceSDA's tweet photo. Op-amps sometimes require compensation in order to prevent instabilities and oscillation on the circuit output. Read our article to learn about tried-and-true compensation techniques for op-amp circuits. https://t.co/l4RhuriOF1

#PSpice #Cadence https://t.co/YKOV57U14X

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Cadence System Design and Analysis

about 3 years ago

Configure waveform and plot settings to match your requirements when evaluating a circuit’s performance. To learn more about this process, watch the longer version here! https://t.co/J6nRl73R3x #waveforms #PSpice #Cadence

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Cadence System Design and Analysis

about 3 years ago

Analog waveform generators are probably some of the first circuits newbie designers will create for a PCB. We’ll look at the Schmitt trigger oscillator in this example. https://t.co/HWeAeJPXIh #PSpice #Oscillator #Cadence

CadenceSDA's tweet photo. Analog waveform generators are probably some of the first circuits newbie designers will create for a PCB. We’ll look at the Schmitt trigger oscillator in this example. https://t.co/HWeAeJPXIh

#PSpice #Oscillator #Cadence https://t.co/uT0dKJeiFv

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Cadence System Design and Analysis

about 3 years ago

Are you a student or educator looking for a free PCB design tool? Check out our OrCAD Academic Program for access to industry-leading PCB design tools. https://t.co/GnpWmKeGwV #OrCAD #PSpice #Academia #Cadence

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Cadence System Design and Analysis

about 3 years ago

Does your MOSFET offer the performance you need? Maybe you need a JFET or MESFET? We’ll examine the differences between these types of FETs in this article. https://t.co/B3t3NDmhGl #PSpice #Cadence

CadenceSDA's tweet photo. Does your MOSFET offer the performance you need? Maybe you need a JFET or MESFET? We’ll examine the differences between these types of FETs in this article. https://t.co/B3t3NDmhGl

#PSpice #Cadence https://t.co/7YMeRgXNnH

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Cadence System Design and Analysis

about 3 years ago

Create environmentally conscious PCB designs using PSpice. Learn more here https://t.co/2MSgwm8SuW #PSpice #Sustainable #Cadence

CadenceSDA's tweet photo. Create environmentally conscious PCB designs using PSpice. Learn more here https://t.co/2MSgwm8SuW

#PSpice #Sustainable #Cadence https://t.co/o6tJRYcfTI

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Cadence System Design and Analysis

about 3 years ago

In order to take accurate measurements of your circuit behavior, you need the right oscilloscope probe. The first spec that applies for your oscilloscope probe is attenuation. https://t.co/CJoK2P9DvO #PSpice #Cadence

CadenceSDA's tweet photo. In order to take accurate measurements of your circuit behavior, you need the right oscilloscope probe. The first spec that applies for your oscilloscope probe is attenuation. https://t.co/CJoK2P9DvO

#PSpice #Cadence https://t.co/h5AmF6jtXc

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Cadence System Design and Analysis

about 3 years ago

Discover the most talked about topics in PSpice and vote on what topics you find more important. https://t.co/evAA4fuRvl #PSpice #Cadence

CadenceSDA's tweet photo. Discover the most talked about topics in PSpice and vote on what topics you find more important. https://t.co/evAA4fuRvl

#PSpice #Cadence https://t.co/8KV4xoADXJ

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Cadence System Design and Analysis

over 3 years ago

Galvanic isolation can be enforced by splitting a PCB into different regions, but sometimes signals need to be passed into an isolated region. Optocouplers and optoisolators are two components that can pass these signals. https://t.co/H6fsWTBFIv #PCB #PSpice #Cadence

CadenceSDA's tweet photo. Galvanic isolation can be enforced by splitting a PCB into different regions, but sometimes signals need to be passed into an isolated region. Optocouplers and optoisolators are two components that can pass these signals. https://t.co/H6fsWTBFIv

#PCB #PSpice #Cadence https://t.co/QOi1vZUKzj

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Cadence System Design and Analysis

over 3 years ago

Do you know how to predict when your MOSFET will oscillate or exhibit ringing? SPICE can help you identify and debug oscillations, but there are some simple concepts that can help predict MOSFET oscillation. https://t.co/sw6xEWFePt #PSpice #Cadence

CadenceSDA's tweet photo. Do you know how to predict when your MOSFET will oscillate or exhibit ringing? SPICE can help you identify and debug oscillations, but there are some simple concepts that can help predict MOSFET oscillation. https://t.co/sw6xEWFePt

#PSpice #Cadence https://t.co/KkQbbNligC

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Cadence System Design and Analysis

over 3 years ago

A zero-crossing photodiode should be used when delivering AC power to a load component, particularly if the load is reactive. We’ll show how they work in this guide. https://t.co/AqxLiR7MBu #PSpice #Cadence

CadenceSDA's tweet photo. A zero-crossing photodiode should be used when delivering AC power to a load component, particularly if the load is reactive. We’ll show how they work in this guide. https://t.co/AqxLiR7MBu

#PSpice #Cadence https://t.co/o0AkH0yCJ6

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Author Carlotta Ardell @DrCarlottaBerry

over 3 years ago

#EngineeringProfessorReflections Here is the hill I am willing to die on, I like #MultiSim better than #PSPICE @BlkInEngineerng

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Cadence System Design and Analysis

over 3 years ago

Galvanic isolation can be enforced by splitting a PCB into different regions, but sometimes signals need to be passed into an isolated region. Optocouplers and optoisolators are two components that can pass these signals. https://t.co/H6fsWTBFIv #PCB #PSpice #Cadence

CadenceSDA's tweet photo. Galvanic isolation can be enforced by splitting a PCB into different regions, but sometimes signals need to be passed into an isolated region. Optocouplers and optoisolators are two components that can pass these signals. https://t.co/H6fsWTBFIv

#PCB #PSpice #Cadence https://t.co/x7cXQTaKxL

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