A 8-bit quantizer that extends from 0 to 5V has produces the binary value 0101 0101.The quantized voltage $\mathrm { V } _ { \mathrm { q } } = \_\_\_\_\_ ( \mathrm { x } . \mathrm { xx } ) \mathrm { V }$

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The Answer of A 8-bit quantizer that extends from 0 to 5V has produces the binary value 0101 0101.The quantized voltage $\mathrm { V } _ { \mathrm { q } } = \_\_\_\_\_ ( \mathrm { x } . \mathrm { xx } ) \mathrm { V }$

A 8-Bit Quantizer That Extends from 0 to 5V Has Vq=_____(x.xx)V\mathrm { V } _ { \mathrm { q } } = \_\_\_\_\_ ( \mathrm { x } . \mathrm { xx } ) \mathrm { V }Vq​=_____(x.xx)V

A 8-Bit Quantizer That Extends from 0 to 5V Has $\mathrm { V } _ { \mathrm { q } } = \_\_\_\_\_ ( \mathrm { x } . \mathrm { xx } ) \mathrm { V }$