Problem Statement: Configurable Output Pin System

Objective:

Design a digital circuit that generates a configurable output pattern based on two input values, Position and Bit Length.

System Specifications:

Inputs:

$-$ Position $(5$ bits$)$: Specifies the starting index of the output pin to be set HIGH. The valid range is from $0$ to $31.$

$-$ Bit Length $(5$ bits$)$: Specifies the number of consecutive pins to be set HIGH, starting from the Position. The valid range is from $0$ to $31.$

$-$ Total input pins: $10(5$ for Position, $5$ for Bit Length$).$

Output:

$-32$ output pins $($OutputPin$[0]$ to OutputPin$[31]).$

$-$ The output pattern should have HIGH $(1)$ values on pins from OutputPin$[$Position$]$ to OutputPin$[$Position $+$ Bit Length $-1],$ with all other pins set to LOW $(0).$

Example:

If Position $\backslash (=23\backslash )$ and Bit Length $\backslash (=5\backslash ),$ the output should be:

OutputPin$[22$:$26]=1($HIGH$)$

All other pins $\backslash (=0\backslash )($LOW$)$

Constraints:

$-$ Avoid using bit masking or shifting operations.

$-$ Aim to design a hardware solution using basic gates, decoder, multiplexers, or other suitable logic components.

$-$ The goal is to identify a lightweight approach that achieves the specified output pattern efficiently without introducing excessive complexity or large circuit size.

Additional Notes:

This design could involve combinational logic that dynamically enables output pins based on the Position and Bit Length values without using mask generation circuits.