| 전자부품 데이터시트 검색엔진 |
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PS700 데이터시트(PDF) 19 Page - Microchip Technology |
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PS700 데이터시트(HTML) 19 Page - Microchip Technology |
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19 / 38 page ![]() 2004 Microchip Technology Inc. DS21760F-page 19 PS700 4.4.10 Accumctrl – ACCUMULATOR CONTROL REGISTER REGISTER 4-2: Accumctrl: ACCUMULATOR CONTROL REGISTER (ADDRESS 63 HEX/99 DECIMAL) Accum Accl AccT AccV tsel Reserved bit 7 bit 0 bit 7 Accum: Accumulator Master Enable bit “Accum” is a master enable for Accl, AccT and AccV. If any combination of “Accl”, “AccT” and “AccV” are enabled, Accum must also be enabled to permit accumulation. If “Accum” is ‘0’, no accumulation will occur regardless of the settings in “Accl”, “AccT” and “AccV”. 1 = Accumulation enabled 0 = Accumulation disabled bit 6 Accl: Current Accumulation Enable bit When “AccI” is set to a ‘1’, current accumulation is enabled. The DCA and CCA registers will periodically add the value of the Ires register. Also, the DCT and CCT elapsed time counter registers will count during discharge and charge, respectively. When “AccI” is cleared to ‘0’, current accumulation is disabled. 1 = Current accumulation enabled 0 = Current accumulation disabled bit 5 AccT: Accumulate Temperature Enable bit When “Acct” is set to a ‘1’, accumulation will be enabled in TA. TA will accumulate results from the AD5 Result register and the TAT elapsed time counter will increment. When “Acct” is cleared to ‘0’, TA accumulation will be disabled. 1 = Accumulate temperature enabled 0 = Accumulate temperature disabled bit 4 AccV: Accumulate Voltage from VC2 Enable bit When “AccV” is ‘0’, accumulation in TA will be updated by the VC1res register. When “AccV” is ‘1’, accumulation in TA will be updated by the VC2res register. bit 3 tsel: Temperature Selection bit When “tsel” is ‘0’, the internal temperature sensor is used for accumulation. When “tsel” is ‘1’, the external temperature sensor is used for accumulation. 1 = External temperature sensor selected 0 = Internal temperature sensor selected bit 2-0 Reserved: Reserved bit location Legend: ‘1’ = Bit is set ‘0’ = Bit is cleared R = Reserved bit |
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