11. is completed, bypassing the temperature screening and s a standard operating procedure to enter the venue. The screening system consists of four inputs A, B, C and D and 1 output G. Table Q.11(a): Input and UTM Input Sensor/Actuator UTM O UTM Function UTM UT A Thermometer determine whether the visitor has a fever (logic high) or of the visitor to Video camera not. IM UT 6 UT UTM UTM To detect whether the visitor wears a face mask (logic high) or not. The control switch can change the gate operation mode to either automatic mode (logic low) or bypass mode (logic high). To detect whether the visitor has completed hand sanitisation (logic high) using the sanitiser dispenser . In automatic mode, gate will open (logic high) when the visitor has passed the temperature screening, i.e. fever free and C Gate control Infrared sensor IM UT G Auto gate UTM UTM/ UTM TM &UT once the hand sanitisation face mask detection. UTM TM/ UTM VIM UT UTM TMS (a) Determine the logic conditions when the gate will open and construct the truth table of the above screening system. O UTM OTM TTTM UTM O UTM UT * UTM UTM UT TTTM UTM

11. is completed, bypassing the temperature screening and s a standard operating procedure to enter the venue. The screening system consists of four inputs A, B, C and D and 1 output G. Table Q.11(a): Input and UTM Input Sensor/Actuator UTM O UTM Function UTM UT A Thermometer determine whether the visitor has a fever (logic high) or of the visitor to Video camera not. IM UT 6 UT UTM UTM To detect whether the visitor wears a face mask (logic high) or not. The control switch can change the gate operation mode to either automatic mode (logic low) or bypass mode (logic high). To detect whether the visitor has completed hand sanitisation (logic high) using the sanitiser dispenser . In automatic mode, gate will open (logic high) when the visitor has passed the temperature screening, i.e. fever free and C Gate control Infrared sensor IM UT G Auto gate UTM UTM/ UTM TM &UT once the hand sanitisation face mask detection. UTM TM/ UTM VIM UT UTM TMS (a) Determine the logic conditions when the gate will open and construct the truth table of the above screening system. O UTM OTM TTTM UTM O UTM UT * UTM UTM UT TTTM UTM

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...

See similar textbooks

Similar questions

2 of the internal modules in the 89C52 model microcontroller are given correctly in the following options? a) timer / counter,PWM b) I / O, PWM c) timer / counter, UART D) ADC, PWM e) I / O, ADC
A temperature sensor operates in the range of 0 to 80 degree Celsius and it is converted into voltage output between 0 to 8 volt. If the 4 bits ADC is used, then answer the following questions. 1) Draw a quantization map 2) If the temperature is 20 what will be the digital output from ADC, show your computation. 3) If we pass through result from ADC back to DAC what is the temperature value. Show detail computation.
The 555 timer connected in the monostable multivibrator mode: a) Design the circult to provide an output pulse 60 seconds wide? b) Determine the recovery time? Take: B = 100 RA www Ca :V.(t) V. Ve Discharge Threshold Trigg Gnd Control Reset 555 cutput V₂
An RTD is to be used as a temperature sensor and has a resistance at 0°C of 198 ohms. It forms one arm of a wheatstone bridge being balanced at this temperature and each of the other arms also being 198 ohms. If the temperature coefficient of the RTD material is 0.0075/K, what will be the output voltage in millivolts from the bridge per degree change in temperature if the supply voltage is 11.01V? No label, no unit, number only. Differential amplifier ... Offset ουtput Power supply Compensation lines RTD Add your answer
Choese correct
What is the mode and I/O configuration for ports A, B, C of an 82C55 after its control register is loaded with EE
Q23.a. Find the values of rise time (tr), peak time(tp), settling time(ts) and maximum value from the following figure b. Draw the diagram of potential divider and explain its operation in the temperature measurement along with its output equation
Instruction: Show complete solution. Use at least two decimal places. Express your answer in engineering notation. Determine the voltage and current operating values for the following BJT bias circuits and draw the DC load line. 3. Determine the following parameters below and draw the DC load line. a. Ic +20 V b. IE C. VCE d. VCE(cutoff) 2 ΚΩ e. Ic(sat) 430 ΚΩ Vi 10 μF 카 www 10 µF HH B = 50 HH '1kΩ = 40 με Vo
I need the answer quickly
At equilibrium condition, the pointer in a PMMC instrument is under a. constant b. zero c. maximum O d. moving
Q2/ A- Sum of series of 10 numbers stored at memory location 0100H:0500H and then store result in memory location [total] and also sum the number of carry if found and save it at memory location [carry] B- Draw The waveforms of 8086 minimum mode input bus cycle