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ADP1052ACPZ-R7 Folha de dados(PDF) 100 Page - Analog Devices |
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ADP1052ACPZ-R7 Folha de dados(HTML) 100 Page - Analog Devices |
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100 / 113 page ![]() ADP1052 Data Sheet Rev. B | Page 100 of 113 Table 169. Register 0xFE55—Volt-Second Balance Control on OUTA and OUTB Bits Bit Name/Function R/W Description 7 tR2 balance setting R/W Setting this bit enables modulation from balancing control on the OUTB rising edge, tR2. 6 tR2 balance direction R/W 0 = positive sign. Increase of balancing control modulation moves tR2 right. 1 = negative sign. Increase of balancing control modulation moves tR2 left. 5 tF2 balance setting R/W Setting this bit enables modulation from balancing control on the OUTB falling edge, tF2. 4 tF2 balance direction R/W 0 = positive sign. Increase of balancing control modulation moves tF2 right. 1 = negative sign. Increase of balancing control modulation moves tF2 left. 3 tR1 balance setting R/W Setting this bit enables modulation from balancing control on the OUTA rising edge, tR1. 2 tR1 balance direction R/W 0 = positive sign. Increase of balancing control modulation moves tR1 right. 1 = negative sign. Increase of balancing control modulation moves tR1 left. 1 tF1 balance setting R/W Setting this bit enables modulation from balancing control on the OUTA falling edge, tF1. 0 tF1 balance direction R/W 0 = positive sign. Increase of balancing control modulation moves tF1 right. 1 = negative sign. Increase of balancing control modulation moves tF1 left. Table 170. Register 0xFE56—Volt-Second Balance Control on OUTC and OUTD Bits Bit Name/Function R/W Description 7 tR4 balance setting R/W Setting this bit enables modulation from balancing control on the OUTD rising edge, tR4. 6 tR4 balance setting R/W 0 = positive sign. Increase of balancing control modulation moves tR4 right. 1 = negative sign. Increase of balancing control modulation moves tR4 left. 5 tF4 balance setting R/W Setting this bit enables modulation from balancing control on the OUTD falling edge, tF4. 4 tF4 balance direction R/W 0 = positive sign. Increase of balancing control modulation moves tF4 right. 1 = negative sign. Increase of balancing control modulation moves tF4 left. 3 tR3 balance setting R/W Setting this bit enables modulation from balancing control on the OUTC rising edge, tR3. 2 tR3 balance direction R/W 0 = positive sign. Increase of balancing control modulation moves tR3 right. 1 = negative sign. Increase of balancing control modulation moves tR3 left. 1 tF3 balance setting R/W Setting this bit enables modulation from balancing control on the OUTC falling edge, tF3. 0 tF3 balance direction R/W 0 = positive sign. Increase of balancing control modulation moves tF3 right. 1 = negative sign. Increase of balancing control modulation moves tF3 left. Table 171. Register 0xFE57—Volt-Second Balance Control on SR1 and SR2 Bits Bit Name/Function R/W Description 7 tR6 balance setting R/W Setting this bit enables modulation from balancing control on the SR2 rising edge, tR6. 6 tR6 balance direction R/W 0 = positive sign. Increase of balancing control modulation moves tR6 right. 1 = negative sign. Increase of balancing control modulation moves tR6 left. 5 tF6 balance setting R/W Setting this bit enables modulation from balancing control on the SR2 falling edge, tF6. 4 tF6 balance direction R/W 0 = positive sign. Increase of balancing control modulation moves tF6 right. 1 = negative sign. Increase of balancing control modulation moves tF6 left. 3 tR5 balance setting R/W Setting this bit enables modulation from balancing control on the SR1 rising edge, tR5. 2 tR5 balance direction R/W 0 = positive sign. Increase of balancing control modulation moves tR5 right. 1 = negative sign. Increase of balancing control modulation moves tR5 left. 1 tF5 balance setting R/W Setting this bit enables modulation from balancing control on the SR1 falling edge, tF5. 0 tF5 balance direction R/W 0 = positive sign. Increase of balancing control modulation moves tF5 right. 1 = negative sign. Increase of balancing control modulation moves tF5 left. |
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