16. Fig. 16(a) shows an input-output characteristic of an op-amp, and Fig. 16(b) shows an amplifier using the op- amp. When R₁=2k, R2=1k, plot Vout VS Vin and Vx vs Vin, for -2V
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- Specify the value of the Rr of the driven-right-leg circuit shown below such that for lμA current flowing through the body (i=1uA), the common mode voltage (Vcm) would be reduced to 2 mV. Assume OP-AMPs are ideal (with high input impedance). RLA LA W 150k0 RL RRA RAM 150k Ras 150kQ 2k12 R₁ 2kQ 21:02 www R₁ R₁ ww R. 2010 R₁ 15kQ Auxiliary op amp R₂A silicon photodiode is connected to an op-amp as indicated. Under an illuminance of 500 lux, the photocurrent Ip is 80 nA. I R = 1MQ w out Write down the values of 11, 12 and Ip. From these values, deduce the output voltage. Briefly describe how this circuit works. c) Will this circuit work under sunlight? The illuminance of sunlight is about 100,000 lux. You may assume the photocurrent respond linearly with incident light flux, and the op-amp is powered between 9V alkaline cell. (i.e., V+ = 9V, V¯ at ground).[H.W₁]: Design op-Amp circuit that produce output given by V₂ = -(4V₁ + V₂ +0:11₂) if v₁ = 2 sin wt ; V₂ = 5V, and V₂ = -100v Sketch the output voltage waveform? Aris: 13V 5V an →→t مطلوب تسليمة an
- A differential amplifier will be designed using the given topology in the figure. VDD VDD = 6 V Vss =- 6 V M2 NMOS: VIN = 1 V M3 M4 V2 H„Cax(W/L) =1 mA/V² PMOS: VTp = - 1 V Vo H„Cex(W/L) =0.5 mA/V² RD RD Vss The specifications are as follows: 1) Your design parameters are I1, Iz and Rp. You can select them as you wish. 2) The differential-mode gain (Adm=V/vid when v,=+vid /2, vz=- vid / 2) should be Adm=10 V/V. 3) All transistors should operate in SAT. Best design criteria is to have as low power dissipation (P) as possible. Fill up the table with your design parameters. Input Design Parameters I2 (mA) (mA) (k2) I Output Parameters t Vpsi VSG3 VSD3 (V) I, Rp VRD VGSI (V) e Adm Acm P (V) (V) (V/V) (V/V) | (mW) 1 2 3 4The op-amp circuit below is required to amplify the difference of two input signals by a factor of 19. If the value of each resistor R is 27K 2, what should be the setting of the gain potentiometer, Rp = Q. %3D 2.84K 5 972K O3K O15KCE Amp with pnp transistor VEE = 12V RE 13K2 prp B=l00 R2 look CE VA = O0 %3D Ri : G Rout (ka C2 RIN 300k2 Re RL Vo 43 k2 43k2 Find : 6) Av 6) RIN G) Rout d) max Vi to avoid small signal distortion ) max Vi to awidgoutput noltage ongadistarihim clipping in the
- 1. For the following circuit assuming ideal OpAmp, what resistor is needed for Rf to have a gain of 5 from Vo to Vi? (15-- 2k2 IDEAL Rr 3k2An op-amp has a gain bandwidth product (GBP) of 5 MHz. If it will be used to design an amplifier with an audio-range bandwith of 20 kHz, what would be the maximum allowable closed-loop voltage gain of the op- amp? O 0.004 O 250 O 100 x 10^9 O 4.98 x 10^6c) A differential amplifier has an output voltage given by Vo = 9 V1-10V2. The two inputs are Vi = 10 mV and V2 = 20 mV. Determine common mode input voltage, common mode gain and the differential gain. %3D %3D
- Consider the op amp circuit below to be ideal. Find the input resistance Rin. 98k 2 2k 2 ww VỊ OWW 10k2When two or more signals merge in a linear device, such as a passive network or a small-signal amplifier, it is called linear mixing. When two or more signals are merged in a nonlinear device such as a diode or a large-signal amplifier, this is known as nonlinear mixing. In terms of mathematical expressions, these are the following: Select your answer. The output voltage of a nonlinear mixing multiple-input frequencies is equal to the polynomial function of the sum of input voltages. The output voltage of a linear mixing multiple-input frequencies is equal to the polynomial function of the sum of the input voltages. The output voltage is equal to the polynomial function of the input voltage for a linear mixing single-input frequency. The output voltage of a nonlinear mixing single-input frequency is just the product of gain and input voltage signal.Determine the output signal for the op-amp circuit shown in figure below, given Rf1 = 10 km, Rf2 = 5 ΚΩ, R = 1 ΚΩ. . R₁12 R41 #.. www V01 V₁-W V₂ w R Vov 02