Design a current to voltage converter circuit with suitable resistance values to achieve a sensitivity of $10\frac{V}{}A.$ However during the design process, the maximum allowed resistance is $1M.$

Let both the floating$-$load V$-$I converters $($Inverting and Non$-$inverting with a resistive load $R_L)$ having $V_{\text{I}}=6V,$ and $R=15k,$ are powered from $+-15V$ regulated power supply. For both circuits find $($a$)i_O$; $($b$)$ the voltage compliance; $($c$)$ the maximum permissible value of $R_L.$

Design a circuit to convert a $4-mA-$ to$-20-$mA input current to a $0-$V$-$to$-10$V output voltage. The reference direction of the input source is from ground into your circuit, and the circuit is powered from $+-15V$ regulated supplies.

Design a grounded$-$load $V-$I converter that converts a $0-V$ to $10-V$ input to a $4-mA$ to $20-mA$ output. The circuit is to be powered from $+-15-V$ regulated supplies.

Using a $741$ op amp powered from $+-15-V$ regulated supplies, design a $1-$mA dc source having $10-V$ voltage compliance.

A grounded$-$load current amplifier can be implemented by cascading an $I-V$ and a $V-$I converter. Using resistances no greater than $1M,$ design a current amplifier with $R_i=0,A={10}^5\frac{A}{A},Ro=,$ and a full$-$scale input of $100$ nA $.$ Assuming $+-15-V$ saturation voltages, the voltage compliance must be $5$ V $.$

A difference amplifier gives $V_0=4\mathrm{.}316V$ with a differential$-$mode gain of $20$ dB and $CMR{R}_{dB}$ of $50$ dB $.$ Find input signals if the circuit provides output voltage of $4$ V at $V_{CM}=0V.$

Design an IA whose gain can be varied over the range $1\frac{V}{V}A{10}^3\frac{V}{V}$ by means of a $100k$ POT.

In the IA of Fig. $2$ let $R_3=1M,R_G=2k,$ and $R_1=R_2=100k.$ If $v_{DM}$ is an ac voltage with a peak amplitude of $10$ mV and $v_{CM}$ is a dc voltage of $5$ V $,$ find all node voltages in the circuit

Design a triple$-$op$-$amp IA with $A=A_{\text{I}}{A}_{II}=5020={10}^3\frac{V}{V}.$ Assuming matched input$-$stage op amps.

solve all $10$ questions step by step in easy way that I can understand