Offset binary

The "characteristic" (exponent) took the form of a seven-bit excess-64 number (The high-order bit of the same byte contained the sign of the significand).A simple solution to this is to bias the analog signals with a DC offset equal to half of the A/D and D/A converter's range.[5] Most standard computer CPU chips cannot handle the offset binary format directly[citation needed].CPU chips typically can only handle signed and unsigned integers, and floating point value formats.The data may also be converted to signed integer format (which the CPU can handle natively) by simply subtracting the zero offset.
Shifted binary (code)Bit shiftingsigned number representationmaximal positive valuetwo's complementBaudot codefloating pointsignificandMicrosoft Binary FormatIEEE Standard for Floating-Point Arithmetic (IEEE 754)digital signal processinganalog to digitaldigital to analogbipolar signalsWeightsDistanceComplement8421 codeNuding codeStibitz codeDiamond codeSigned number representationsBinary numberExcess-3Excess-128Exponent biasExcess-Gray codeOnes' complementBinary offset carrierThe University of AucklandThe Macmillan Press Ltd.N. V. Philips' GloeilampenfabriekenDeutsche Philips GmbHSoutheastern Massachusetts UniversityMarcel Dekker, Inc.CRC PressIntersil CorporationFriedrich Vieweg & Sohn Verlagsgesellschaft mbHProceedings of the IREMorris PlotkinMoore School of EngineeringUniversity of PennsylvaniaBurroughs Adding Machine Co.BibcodeStibitz, George RobertPlotkin, MorrisIRE Transactions on Information TheoryIRE Transactions on Electronic ComputersPeterson, William WesleyThe Massachusetts Institute of TechnologyThe MIT PressUniversity of ManchesterThe Macmillan Press Ltdbiased exponentmantissa