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Osilloscope-XSC1 2 ELNC1224 activate Lab 2, Part A pauses vcc Xsci Ext Trig R1 R2 3 구 LED1 Time 12.774 s 12.774 s 0.000 s Channel_A 5.000 V 5.000 V 0.000 V Channel_B T1 + Reverse C1 5- T2 + R3 T2-T1 Save Ext. trigger O 1 Timebase Channel A Channel B Trigger Scale: 200 ms/Div X pos.(Div): 0 Scale: 2 V/Div Y pos.(Div): 0 Scale: 2 V/Div F2 AB Ext Edge: Level: 0 Y pos.(Div): 0 V Y/T Add B/A A/B AC 0 DC AC DC Single Normal Auto None

Osilloscope-XSC1 2 ELNC1224 activate Lab 2, Part A pauses vcc Xsci Ext Trig R1 R2 3 구 LED1 Time 12.774 s 12.774 s 0.000 s Channel_A 5.000 V 5.000 V 0.000 V Channel_B T1 + Reverse C1 5- T2 + R3 T2-T1 Save Ext. trigger O 1 Timebase Channel A Channel B Trigger Scale: 200 ms/Div X pos.(Div): 0 Scale: 2 V/Div Y pos.(Div): 0 Scale: 2 V/Div F2 AB Ext Edge: Level: 0 Y pos.(Div): 0 V Y/T Add B/A A/B AC 0 DC AC DC Single Normal Auto None

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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What can be the observations regarding frequency in this waveform? What is the frequency in this waveform? Explain how.

S Lab 2_Part_A_vkaur_4434097 - Multisim - [Lab 2_Part_A_vkaur_4434097 *] A Eile Edit View Place MCU Simulate Transfer Iools Reports Options Window Help MISC Y F- 非 IL I A Interactive 3B - Oscilloscope-XSC1 ELNC1224 <F5> activate en. Lab 2, Part A <F6> pauses VCC XSC1 Ext Trig R1 8 R2 3 구 LED1 Channel_A 5.000 V Time Channel_B T1 Reverse 12.774 s 5- T2 12.774 s 0.000 s 5.000 V C1 R3 T2-T1 0.000 V Save Ext. trigger Timebase Channel A Channel B Trigger Scale: 200 ms/Div Scale: 2 V/Div Scale: 2 V/Div Edge: В Ext A X pos.(Div): 0 Y pos.(Div): 0 Y pos.(Div): Level: V Y/T Add B/A A/B AC DC AC DC Single Normal Auto None bserve the output LED it should be flashing slowly. Stop the simulation. Place a Generic Oscilloscope from the side toolbar hnect Channel 1 to the Annode side of the LED. Connect G to the GND svmbol provided. Set 2V/div and 200ms/div. E Template-Description Lab 2_Part_A_vkaur_4434097 Lab 2_Part_A_vkaur_44. Tran: 14.031 s 11:41 PM O Type here to search OG ») ENG w -13°C 2022-01-20 目酮1-
Transcribed Image Text:S Lab 2_Part_A_vkaur_4434097 - Multisim - [Lab 2_Part_A_vkaur_4434097 *] A Eile Edit View Place MCU Simulate Transfer Iools Reports Options Window Help MISC Y F- 非 IL I A Interactive 3B - Oscilloscope-XSC1 ELNC1224 <F5> activate en. Lab 2, Part A <F6> pauses VCC XSC1 Ext Trig R1 8 R2 3 구 LED1 Channel_A 5.000 V Time Channel_B T1 Reverse 12.774 s 5- T2 12.774 s 0.000 s 5.000 V C1 R3 T2-T1 0.000 V Save Ext. trigger Timebase Channel A Channel B Trigger Scale: 200 ms/Div Scale: 2 V/Div Scale: 2 V/Div Edge: В Ext A X pos.(Div): 0 Y pos.(Div): 0 Y pos.(Div): Level: V Y/T Add B/A A/B AC DC AC DC Single Normal Auto None bserve the output LED it should be flashing slowly. Stop the simulation. Place a Generic Oscilloscope from the side toolbar hnect Channel 1 to the Annode side of the LED. Connect G to the GND svmbol provided. Set 2V/div and 200ms/div. E Template-Description Lab 2_Part_A_vkaur_4434097 Lab 2_Part_A_vkaur_44. Tran: 14.031 s 11:41 PM O Type here to search OG ») ENG w -13°C 2022-01-20 目酮1-
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