ECET DAQ & Control Systems
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1 1 Electrical Engineering Technology ECET DAQ & Control Systems Lecture # 11 Inverting Amplifier & Summer Professors Robert Herrick & J. Michael Jacob Purdue University ECET DAQ & Systems Control
2 2 Electrical Engineering Technology ECET DAQ & Control Systems Lecture # 11 Inverting Amplifier and Summer Professors Robert Herrick & J. Michael Jacob Module 1 Non-Inverting Amplifier Review
3 ECET Data Acquisition and Systems Control Lecture # 11 NI Amp Review and Inverting Amplifiers Professors Robert Herrick & J. Michael Jacob 3 1. Non-inverting Amplifer Review 2. Inverting Amplifer 3. Inverting Summer Amplifier 4. Superposition of Signals - Mixing 5. Zero and Span Purdue University ECET DAQ & Systems Control
4 Resistor Color Code 4 Nominal resistance 1. Red 2. Red 3. Red 4. Gold Purdue University ECET DAQ & Systems Control
5 ECET Data Acquisition and Systems Control Lecture # 11 NI Amp Review and Inverting Amplifiers Professors Robert Herrick & J. Michael Jacob 5 Lab 6: Voltage Follower (Buffer Amplifier) Lab Vin Vout a AC signal Cable GND Bus Top Rail GND Bus Top Rail
6 First Review Noninverting, Negative Feedback Amplifier Teams of 3 Find the NEXT value 30 seconds each 6 Complete Circuit Analysis V a = 2V 0V = 2V 2 V 2 V 0 A 0 V 0 A Thing 6k Purdue University - 6V+ 9mA 1mA 8 V 8mA 1k V Ri = 2V 0V = 2V I Ri = 2V/2kΩ = 1mA I Rf = I 1k Ri = 1mA V Rf = 1mA 6kΩ = 6V V out = 2V +6 V = 8V I load = 8V /1kΩ = 8mΑ 2k 1mA I op amp out = 1mA +8mA = 9 ma ECET DAQ & Systems Control
7 Noninverting, Negative Feedback Amplifier Given Output is 8V Find Input Voltage 7 Reverse Solution 2 V 0 A 0 V 8 V Apply VDR to 0 A 2kΩ 2 V 6k Purdue University 1k & 6kΩ 2k ECET DAQ & Systems Control
8 Inverting, Negative Feedback Amplifier 8 Find A V Voltage Gain First Then Find V IN 2 V 8 V Output across 8kΩ Input across 2kΩ 6k Purdue University 1k AA V = 2kkΩ+6kkΩ 2kkΩ = 4 2k VV iiii = 8 V 4 = 2V ECET DAQ & Systems Control
9 9 MultiSim Simulation Not Inverted 1 V 4 V Output 1 V Input Purdue University - 3 V+ ECET Input & Output In Phase DAQ & Systems Control
10 ECET Data Acquisition and Systems Control Lecture # 11 NI Amp Review and Inverting Amplifiers Professors Robert Herrick & J. Michael Jacob Non-inverting Amplifer Review 2. Inverting Amplifer 3. Inverting Summer Amplifier 4. Superposition of Signals - Mixing 5. Zero and Span Purdue University ECET DAQ & Systems Control
11 11 Electrical Engineering Technology ECET DAQ & Control Systems Lecture # 11 Inverting Amplifier and Summer Professors Robert Herrick & J. Michael Jacob Module 2 Inverting Amplifier
12 ECET Data Acquisition and Systems Control Lecture # 11 NI Amp Review and Inverting Amplifiers Professors Robert Herrick & J. Michael Jacob Non-inverting Amplifer Review 2. Inverting Amplifer 3. Inverting Summer Amplifier 4. Superposition of Signals - Mixing 5. Zero and Span Purdue University ECET DAQ & Systems Control
13 13 Inverting, Negative Feedback Amplifier Non-inverting Inverting Move input signal as shown 5 6k +15V LM V LM R f -15 V R f -15 V R i 2k 6k R i 2k 6k Purdue University ECET DAQ & Systems Control
14 14 Inverting, Negative Feedback Amplifier Same circuits! 5 +15V 6k V LM324 7 R i 2k 6 R f 6k LM V 7 R i R f -15 V 2k 6k Purdue University ECET DAQ & Systems Control
15 15 Inverting, Negative Feedback Amplifier As before, first find the voltage on the non-inverting terminal which is now 0V! 0V 0V 0V R in = R i = 2 kω Virtual Common Purdue University ECET DAQ & Systems Control
16 16 Inverting, Negative Feedback Amplifier 1 V 0V 0V +1V- 6k +3V- v out Where do we start? -3V NI pin at 0V Next? V Ri? V Rf? 1 V rms V out? Purdue University ECET DAQ & Systems Control
17 17 Inverting, Negative Feedback Amplifier 0V 0V +1V- 6k +3V- -3V RMS always + thus 3V rms Inverted 1 V 1 V rms Purdue University ECET DAQ & Systems Control
18 Inverting, Negative Feedback Amplifier A V Voltage Gain Approach 18-3V AA V = 3 V 1 V = -3 1V 6k 0V 2k AA V = RR ff RR ii AA V = 6 kkω 2 kkω = 3 1 V rms V out = A V V in = -3 1 V = -3 V Purdue University ECET DAQ & Systems Control
19 MultiSim phase inverted 19-3 V 3 V RMS inverted Values check 1 V 0 V Output 3 V RMS, 180 phase shift Out of Phase Purdue University ECET DAQ & Systems Control
20 ECET Data Acquisition and Systems Control Lecture # 11 NI Amp Review and Inverting Amplifiers Professors Robert Herrick & J. Michael Jacob Non-inverting Amplifer Review 2. Inverting Amplifer 3. Inverting Summer Amplifier 4. Superposition of Signals - Mixing 5. Zero and Span Purdue University ECET DAQ & Systems Control
21 21 Electrical Engineering Technology ECET DAQ & Control Systems Lecture # 11 Inverting Amplifier and Summer Professors Robert Herrick & J. Michael Jacob Module 3 Inverting Summer Amplifier
22 ECET Data Acquisition and Systems Control Lecture # 11 NI Amp Review and Inverting Amplifiers Professors Robert Herrick & J. Michael Jacob Non-inverting Amplifer Review 2. Inverting Amplifer 3. Inverting Summer Amplifier 4. Superposition of Signals - Mixing 5. Zero and Span Purdue University ECET DAQ & Systems Control
23 Inverting Summer 23 Do this twice: DC & AC 0V 5 +15V LM324-3V rms -4V dc 7 0V 6 V out 1 = R R f i-1 e in1 6k AC 1V e in 1 1V rms R i-1 2k R f 6k -15 V A V = -3 V OUT 2 = R R f i-2 E in 2 DC 2V E in 2 2V dc R i-2 3 k A V = -2 Purdue University ECET DAQ & Systems Control
24 MultiSim inverting summer 24 VV oooooo aaaa rrrrrr = VV rrrrrr iiiiiiiiiiiiiiii 1111 = 33VV VV oooooo pp = = VV PP Purdue University ECET VV oooooo dddd = DAQ & Systems Control = 44VV dddd
25 25 Inverter Summer Output SSSSSSSS WWWWWWWW VV p +10V v(t) 0.2VV mmmmmm 44VV dddd 44VV dddd 0V t (ms) -10V -8.2VV mmmmmm Purdue University ECET DAQ & Systems Control
26 ECET Data Acquisition and Systems Control Lecture # 11 NI Amp Review and Inverting Amplifiers Professors Robert Herrick & J. Michael Jacob Non-inverting Amplifer Review 2. Inverting Amplifer 3. Inverting Summer Amplifier 4. Superposition of Signals - Mixing 5. Zero and Span Purdue University ECET DAQ & Systems Control
27 27 Electrical Engineering Technology ECET DAQ & Control Systems Lecture # 11 Inverting Amplifier and Summer Professors Robert Herrick & J. Michael Jacob Module 4 Superposition of Signals
28 ECET Data Acquisition and Systems Control Lecture # 11 NI Amp Review and Inverting Amplifiers Professors Robert Herrick & J. Michael Jacob Non-inverting Amplifer Review 2. Inverting Amplifer 3. Inverting Summer Amplifier 4. Superposition of Signals - Mixing 5. Zero and Span Purdue University ECET DAQ & Systems Control
29 Musical Scale 29 Synergetic Audio Concepts p 9 ABCDEFG ABCDEFG Middle E Scale Note E 4 4 th Octave 330 Hz Purdue University ECET DAQ & Systems Control
30 30 Superposition Middle E musical note TWO questions you must answer about the op amp circuit first 1. Negative feedback yes Amplifier 2. Input signal to op amp input Inverting Amplifier Purdue University ECET DAQ & Systems Control
31 31 Superposition Summer Circuit Amp + 1 V 2 V 3 V AA VV = 1111 kkωω 1111 kkωω = 1 Purdue University ECET DAQ & Systems Control
32 32 Superposition Voltage across R f Middle E note 330 Hz V Rf (V) 1 V p 2 V p 3 V p V Rf total (V) 6 Separate Input Signals V out would be inverted 6 R f Superimposed Composite Signal Purdue University ECET DAQ & Systems Control
33 Musical Scale 3 notes 33 Synergetic Audio Concepts p 9 C E G chord Purdue University ECET DAQ & Systems Control
34 34 Superposition Middle C, E, G musical notes Mixing 3 different freqencies Purdue University ECET DAQ & Systems Control
35 Superposition Mixed f Middle C, E, G V Rf (V) 35 Scale Notes C 262 Hz E 330 Hz G 392 Hz V Rf (V) All 3 signals mixed together! V out would be inverted Purdue University ECET DAQ & Systems Control
36 36 Electrical Engineering Technology ECET DAQ & Control Systems Lecture # 11 Inverting Amplifier and Summer Professors Robert Herrick & J. Michael Jacob Module 5 Zero and Span
37 ECET Data Acquisition and Systems Control Lecture # 11 NI Amp Review and Inverting Amplifiers Professors Robert Herrick & J. Michael Jacob Non-inverting Amplifer Review 2. Inverting Amplifer 3. Inverting Summer Amplifier 4. Superposition of Signals - Mixing 5. Zero and Span Purdue University ECET DAQ & Systems Control
38 Zero and Span Amplifier V +15 V A=10 5 A= mv reference f 1 15 V 15 V V 1_out 1.8 k 1 k 10 k 10 k V out I I 1_f I 1_out I ref 2_f I in A V = 1kΩ / 1.8kΩ = 5/9 f 2 T C 10mV/ C T F 10mV/ F +15V T LM 34 10mV/ F V in 1.8 k This circuit converts o F to o C. T C =5/9 (T F 32 ) Span Zero Purdue University ECET DAQ & Systems Control
39 Zero and Span Amplifier 39 0 A +15 V 0 A +15 V 0 A + 0 V A= A + 0 V A= mv reference 320 mv + 15 V 1.8 k 0 V 1 k 1 V 10 k 0 V 10 k V out µa 1 ma + 1 V 1 ma 15 V 100 µa 1 V + 1 V µa 100 C 1.00 V T C T F +15V T LM ma 1.8 k 2.12 V + Convert sensor reading of 212 F to C 10mV/ C 10mV/ F 10mV/ F V in 212 F 2.12 V T C =5/9 (212 F 32 F) = 100 C Purdue University ECET DAQ & Systems Control
40 ECET Data Acquisition and Systems Control Lecture # 11 NI Amp Review and Inverting Amplifiers Professors Robert Herrick & J. Michael Jacob Non-inverting Amplifer Review 2. Inverting Amplifer 3. Inverting Summer Amplifier 4. Superposition of Signals - Mixing 5. Zero and Span Purdue University ECET DAQ & Systems Control
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