50      * exponent.
57      * exponent. The exponent is not stored within the two bytes.
101  *  - Linear format: value is an exponent
134  *   - 5-bit two's complement exponent value stored in the two bytes
141     // extract exponent from most significant 5 bits  in convertFromLinear()
147     // sign extend exponent  in convertFromLinear()
159     int8_t exponent = static_cast<int8_t>(exponentField);  in convertFromLinear()  local
162     // compute value as mantissa * 2^(exponent)  in convertFromLinear()
163     double decimal = mantissa * std::pow(2.0, exponent);  in convertFromLinear()
173  *   - 5-bit signed exponent value that is not stored in the two bytes
176  * @param exponent exponent value obtained from VOUT_MODE or device
180 inline double convertFromVoutLinear(uint16_t value, int8_t exponent)  in convertFromVoutLinear()  argument
182     // compute value as mantissa * 2^(exponent)  in convertFromVoutLinear()
183     double decimal = value * std::pow(2.0, exponent);  in convertFromVoutLinear()
193  *   - 5-bit signed exponent value that is not stored in the two bytes
195  * The exponent value is typically obtained from the PMBus VOUT_MODE command
202  * @param exponent 5-bit signed exponent used to convert value
205 inline uint16_t convertToVoutLinear(double volts, int8_t exponent)  in convertToVoutLinear()  argument
207     // Obtain mantissa using equation 'mantissa = volts / 2^exponent'  in convertToVoutLinear()
208     double mantissa = volts / std::pow(2.0, static_cast<double>(exponent));  in convertToVoutLinear()