Chapter 6.5, Problem 33E

To determine

To find:The RRAM approximation.

Answer to Problem 33E

The value of RRAM_n is 16.2

Explanation of Solution

Given information:

To determine RRAM approximation

A) 16.2

B) 16.5

C) 16.6

D) 16.8

E) It cannot be determined from the given information.

Formula used:

  $T=\frac{{\text{LRAM}}_{\text{n}}{\text{+RRAM}}_{\text{n}}}{2}$

Calculation:

Correct option is (A).

Since,

  $T=\frac{{\text{LRAM}}_{\text{n}}{\text{+RRAM}}_{\text{n}}}{2}$

Now,

  $\begin{array}{l}T=16.4\\ \text{LRAM}=16.6\end{array}$

Hence,

  $\begin{array}{l}16.4=\frac{16.6+{\text{RRAM}}_{\text{n}}}{2}\\ {\text{RRAM}}_{\text{n}}=2\left(16.4\right)-16.6\\ {\text{RRAM}}_{\text{n}}=16.2\end{array}$

Conclusion:

The value of RRAM_n is 16.2