Exercise 1: Humidity detector We propose to study the assembly of figure 1 which allows the ignition of a red diode from a certain percentage of humidity in the air detected by a sensor. The assembly elements are: VDD=3V, R₁=1ks, R₂=1000, R3=27002. Diode D₁: VSD1=1.2V, RSD1=12 2. Transistor T₁: B=100, Vcesat 0.2V and its base VST1=0.6V, RST1=1k2. The value of the resistor RH depend on the air humidity's percentage (noted X) following the relation RH=30X; where RH is in 2 and X in %. In all numerical applications, we will suppose that B+1ß. VDD is referenced to ground.. R₁ RH R₂ Capteur d'humidité Thevenin IBI VBEI R₂ LED rouge VDD Figure1: D. ICI T₁ VCEI VEI 1. Determine the expressions of the elements of the equivalent Thevenin generator (indicated on the figure) according to VDD, R₁, R₂ and RH. 2. Taking into account the operation of the transistor, give the expression of the current flowing through the resistor R3 as a function of IB1.

Exercise 1: Humidity detector We propose to study the assembly of figure 1 which allows the ignition of a red diode from a certain percentage of humidity in the air detected by a sensor. The assembly elements are: VDD=3V, R₁=1ks, R₂=1000, R3=27002. Diode D₁: VSD1=1.2V, RSD1=12 2. Transistor T₁: B=100, Vcesat 0.2V and its base VST1=0.6V, RST1=1k2. The value of the resistor RH depend on the air humidity's percentage (noted X) following the relation RH=30X; where RH is in 2 and X in %. In all numerical applications, we will suppose that B+1ß. VDD is referenced to ground.. R₁ RH R₂ Capteur d'humidité Thevenin IBI VBEI R₂ LED rouge VDD Figure1: D. ICI T₁ VCEI VEI 1. Determine the expressions of the elements of the equivalent Thevenin generator (indicated on the figure) according to VDD, R₁, R₂ and RH. 2. Taking into account the operation of the transistor, give the expression of the current flowing through the resistor R3 as a function of IB1.

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

6. alley is (51 x 10-n.m). The long , 6 cm wide , and 0.014 cm thick. Deter The resistivity of an are : 15 cm the resistance for figures @ and ® below. 0.014 0.014 (a) (b) [9.4* 10,79.3 * 10-]
# in the table provided below you have the result of measurement of the platinium resistance temperature detector RTD. here is the question please1. determine by using least square regression the SENSITIVITY AND coefficien reistance of temperation alpha Answer only handwritten and asap for like
Please solve question 3 in the same way thank you
Solve for the following problems. make sure that the input are correct. All answer with multiple decimal numbers will be cut at least 2 decimal place.if answer is 10.x, write 10.x. if 10.xxxxx make it 10.xx. if 0.xxx write 0.xx. Always put 0 if value is after a decimal.
02. Label the 3 arrows on this sinusoid. Also, what is the frequency of this sinusoid? 1. 2. 3. Frequency:
Write abstract & Itroduction for simple motion detector using 9v battery 555 timer sensor and alarm Abstarct What the project is? How we Built The circuit? How The circuit Can Be Built In Other ways Introduction- What is Motion Detectior What We tried to accomplish with that project
i need the answer quickly
I need to solve question number 4
Ok ok please answer in typing format please ASAP for please ????
Convert the OCTAL NUMBER 600 1.6677 to decimal number (show the steps in paper, scan and upload along with other answers) decimal no =
in the circuit, the voltage across R1 in volts is ___ in the circuit, the voltage across R2 in volts is ___ in the circuit, the voltage across R3 in volts is ___
Convert 1. (825.625)10 to (?)16 2. (1010.10101)2 to (?)10 3. (EB1A)16 to (?)8 4. (0.011111111101)2 to (?)16 5. (4.576)8 to (?)10