**The discharging time constant for the circuit below is __________ nanoseconds.**---**Circuit Explanation:**This is an RC (resistor-capacitor) circuit connected to a microprocessor unit (MPU) for reset purposes. The circuit involves the following components:1. **Resistors:** - **2 kΩ Resistor:** Connected to a 5V power supply. - **100 kΩ Resistor:** Connected in series with the capacitor and switch.2. **Capacitor:** - **1 pF Capacitor:** Connected parallel to the 100 kΩ resistor.3. **Switch (SW 1):** - Represents a momentary connection to ground, potentially for discharging the capacitor.4. **Connections:** - The circuit is powered by 5V. - The point between the resistors serves as a control line to the MPU for the RESET function. - The circuit is grounded at the bottom.**Functionality:**This circuit likely serves as a reset mechanism for the MPU. When SW 1 is closed, the capacitor discharges through the resistors. The time taken for this discharge, characterized by the discharge time constant (\(\tau\)), is determined by the product of the resistance and capacitance values in the circuit.To calculate the time constant \(\tau\), use the formula:\[\tau = R \times C\]where \(R\) is the resistance (100 kΩ) and \(C\) is the capacitance (1 pF). Calculating will give the time constant in seconds, which can be converted to nanoseconds.

Answered: Image /qna-images/answer/57e152a2-5470-471d-a8c5-0ff11b94bf22.jpg

Answered: The discharging time constant for the…

The discharging time constant for the circuit below is, nanoseconds. 5 V MPU 2 kQ RESET 100 kQ 1 pF SW 1

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...

Similar questions

Find the frequency of oscillation and period of oscillation in this circuit.
Determine the following for the fixed- biased configuration. (Use 4 decimal places) a. IBQ and ICQ b. VCEQ c. VB , VC and VBC
Based on the simulation results, which diodes turn on during the positive half cycle of the input voltage and during the negative half cycle of the input voltage.
M EXPERIMENT 01 V(n002) V(n001) 10V- 8V- 6V- 4V- 2V- OV- -2V- 4V- -6V- -8V- -10V- 0.00ms 30.00ms 60.00ms 90.00ms 120.00ms 150.00ms 180.00ms K EXPERIMENT 01 X Diode 1N914 V Resistor SINE(0 10 60000 100) 10K .tran 2
0.24F Đ What is the angular frequency of the voltages oscillation in this circuit? What is the angular frequency of the Oscillation in this ckt ? 50mH
When the current diode is large, the bias is O forward O inverse O poor O reverse O Other:
C. The barrier potential for the diode in Figure 10 is 0.7 V. Determine the output voltage and the current in the diode. +15 10 ΚΩ ID 1 20 ΚΩ Figure 10 - Vo • 20 ΚΩ
N=18
WHAT IS Xc?( NEED ONLY HANDWRITTEN SOLUTION PLEASE OTHERWISE DOWNVOTE)
The true value of a current is 10mA and it is indicated with a digital ammeter as 12mA. The absolute error for this measurement system is mA. O a. 2 O b. 0.16 C. -2 O d. 0.2
digital signal prossesing
Vcc RB B C2 E RE Figure 4