82 of 100: The Last Cryptograms

$\begin{array} {ccccc} \large & & & \color{#20A900}A & \color{#20A900}A & \color{#20A900}A\\ \large \times & & & & \color{#D61F06}B & \color{#69047E}C \\ \hline \large & \color{#20A900}A & 0 & \color{#20A900}A & 0 & \color{#20A900}A \end{array}$

$\begin{array} {ccc} \large & & \color{#20A900}A & \color{#20A900}A\\ \large + & & \color{#69047E}C & \color{#20A900}A \\ \hline \large & & \color{#D61F06}B & \color{#3D99F6}D \end{array}$

If each letter represents a different nonzero digit, what is ${\color{#20A900}A}?$

Remember that both the multiplication and addition use the same letters!