SNVSCT9A October 2024 – February 2025 LM251772
PRODUCTION DATA
Table 9-1 lists the memory-mapped registers for the LM251772 registers. All register offset addresses not listed in LM251772 Registers should be considered as reserved locations and the register contents should not be modified.
| Offset | Acronym | Register Name | Section |
|---|---|---|---|
| 3h | CLEAR_FAULTS | CLEAR_FAULTS | Section 9.1 |
| Ah | ILIM_THRESHOLD | ILIM_THRESHOLD | Section 9.2 |
| Ch | VOUT_TARGET1_LSB | VOUT_TARGET1_LSB | Section 9.3 |
| Dh | VOUT_TARGET1_MSB | VOUT_TARGET1_MSB | Section 9.4 |
| 21h | USB_PD_STATUS_0 | USB_PD_STATUS_0 | Section 9.5 |
| 78h | STATUS_BYTE | STATUS_BYTE | Section 9.6 |
| 81h | USB_PD_CONTROL_0 | USB_PD_CONTROL_0 | Section 9.7 |
| D0h | MFR_SPECIFIC_D0 | MFR_SPECIFIC_D0 | Section 9.8 |
| D1h | MFR_SPECIFIC_D1 | MFR_SPECIFIC_D1 | Section 9.9 |
| D2h | MFR_SPECIFIC_D2 | MFR_SPECIFIC_D2 | Section 9.10 |
| D5h | MFR_SPECIFIC_D5 | MFR_SPECIFIC_D5 | Section 9.11 |
| D6h | MFR_SPECIFIC_D6 | MFR_SPECIFIC_D6 | Section 9.12 |
| D7h | MFR_SPECIFIC_D7 | MFR_SPECIFIC_D7 | Section 9.13 |
| D8h | MFR_SPECIFIC_D8 | MFR_SPECIFIC_D8 | Section 9.14 |
| DAh | IVP_VOLTAGE | IVP_VOLTAGE | Section 9.15 |
Complex bit access types are encoded to fit into small table cells. Table 9-2 shows the codes that are used for access types in this section.
| Access Type | Code | Description |
|---|---|---|
| Read Type | ||
| R | R | Read |
| Write Type | ||
| W | W | Write |
| Reset or Default Value | ||
| -n | Value after reset or the default value | |
CLEAR_FAULTS is shown in Table 9-3.
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clear all latched status flags
| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7-0 | CLEAR_FAULTS | R | 0h | accessing the address is enough to clear fault |
ILIM_THRESHOLD is shown in Table 9-4.
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| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7-0 | ILIM_THRESHOLD | R/W | 12h | ISNS current limit threshold voltage. Value in bracket considers a 10mOhms sens
resistor 0h = 5mV (0.5 A) 1h = 5mV (0.5 A) 2h = 5mV (0.5 A) 3h = 5mV (0.5 A) 4h = 5mV (0.5 A) 5h = 5mV (0.5 A) 6h = 5mV (0.5 A) 7h = 5mV (0.5 A) 8h = 5mV (0.5 A) 9h = 5mV (0.5 A) Ah = 5mV (0.5 A) Bh = 5.5mV (0.55 A) Ch = 6mV (0.6 A) Dh = 6.5mV (0.65 A) Eh = 7mV (0.7 A) Fh = 7.5mV (0.75 A) 10h = 8mV (0.8 A) 11h = 8.5mV (0.85 A) 12h = 9mV (0.9 A) 13h = 9.5mV (0.95 A) 14h = 10mV (1 A) 15h = 10.5mV (1.05 A) 16h = 11mV (1.1 A) 17h = 11.5mV (1.15 A) 18h = 12mV (1.2 A) 19h = 12.5mV (1.25 A) 1Ah = 13mV (1.3 A) 1Bh = 13.5mV (1.35 A) 1Ch = 14mV (1.4 A) 1Dh = 14.5mV (1.45 A) 1Eh = 15mV (1.5 A) 1Fh = 15.5mV (1.55 A) 20h = 16mV (1.6 A) 21h = 16.5mV (1.65 A) 22h = 17mV (1.7 A) 23h = 17.5mV (1.75 A) 24h = 18mV (1.8 A) 25h = 18.5mV (1.85 A) 26h = 19mV (1.9 A) 27h = 19.5mV (1.95 A) 28h = 20mV (2 A) 29h = 20.5mV (2.05 A) 2Ah = 21mV (2.1 A) 2Bh = 21.5mV (2.15 A) 2Ch = 22mV (2.2 A) 2Dh = 22.5mV (2.25 A) 2Eh = 23mV (2.3 A) 2Fh = 23.5mV (2.35 A) 30h = 24mV (2.4 A) 31h = 24.5mV (2.45 A) 32h = 25mV (2.5 A) 33h = 25.5mV (2.55 A) 34h = 26mV (2.6 A) 35h = 26.5mV (2.65 A) 36h = 27mV (2.7 A) 37h = 27.5mV (2.75 A) 38h = 28mV (2.8 A) 39h = 28.5mV (2.85 A) 3Ah = 29mV (2.9 A) 3Bh = 29.5mV (2.95 A) 3Ch = 30mV (3 A) 3Dh = 30.5mV (3.05 A) 3Eh = 31mV (3.1 A) 3Fh = 31.5mV (3.15 A) 40h = 32mV (3.2 A) 41h = 32.5mV (3.25 A) 42h = 33mV (3.3 A) 43h = 33.5mV (3.35 A) 44h = 34mV (3.4 A) 45h = 34.5mV (3.45 A) 46h = 35mV (3.5 A) 47h = 35.5mV (3.55 A) 48h = 36mV (3.6 A) 49h = 36.5mV (3.65 A) 4Ah = 37mV (3.7 A) 4Bh = 37.5mV (3.75 A) 4Ch = 38mV (3.8 A) 4Dh = 38.5mV (3.85 A) 4Eh = 39mV (3.9 A) 4Fh = 39.5mV (3.95 A) 50h = 40mV (4 A) 51h = 40.5mV (4.05 A) 52h = 41mV (4.1 A) 53h = 41.5mV (4.15 A) 54h = 42mV (4.2 A) 55h = 42.5mV (4.25 A) 56h = 43mV (4.3 A) 57h = 43.5mV (4.35 A) 58h = 44mV (4.4 A) 59h = 44.5mV (4.45 A) 5Ah = 45mV (4.5 A) 5Bh = 45.5mV (4.55 A) 5Ch = 46mV (4.6 A) 5Dh = 46.5mV (4.65 A) 5Eh = 47mV (4.7 A) 5Fh = 47.5mV (4.75 A) 60h = 48mV (4.8 A) 61h = 48.5mV (4.85 A) 62h = 49mV (4.9 A) 63h = 49.5mV (4.95 A) 64h = 50mV (5 A) 65h = 50.5mV (5.05 A) 66h = 51mV (5.1 A) 67h = 51.5mV (5.15 A) 68h = 52mV (5.2 A) 69h = 52.5mV (5.25 A) 6Ah = 53mV (5.3 A) 6Bh = 53.5mV (5.35 A) 6Ch = 54mV (5.4 A) 6Dh = 54.5mV (5.45 A) 6Eh = 55mV (5.5 A) 6Fh = 55.5mV (5.55 A) 70h = 56mV (5.6 A) 71h = 56.5mV (5.65 A) 72h = 57mV (5.7 A) 73h = 57.5mV (5.75 A) 74h = 58mV (5.8 A) 75h = 58.5mV (5.85 A) 76h = 59mV (5.9 A) 77h = 59.5mV (5.95 A) 78h = 60mV (6 A) 79h = 60.5mV (6.05 A) 7Ah = 61mV (6.1 A) 7Bh = 61.5mV (6.15 A) 7Ch = 62mV (6.2 A) 7Dh = 62.5mV (6.25 A) 7Eh = 63mV (6.3 A) 7Fh = 63.5mV (6.35 A) 80h = 64mV (6.4 A) 81h = 64.5mV (6.45 A) 82h = 65mV (6.5 A) 83h = 65.5mV (6.55 A) 84h = 66mV (6.6 A) 85h = 66.5mV (6.65 A) 86h = 67mV (6.7 A) 87h = 67.5mV (6.75 A) 88h = 68mV (6.8 A) 89h = 68.5mV (6.85 A) 8Ah = 69mV (6.9 A) 8Bh = 69.5mV (6.95 A) 8Ch = 70mV (7 A) 8Dh = 70mV (7 A) 8Eh = 70mV (7 A) 8Fh = 70mV (7 A) 90h = 70mV (7 A) 91h = 70mV (7 A) 92h = 70mV (7 A) 93h = 70mV (7 A) 94h = 70mV (7 A) 95h = 70mV (7 A) 96h = 70mV (7 A) 97h = 70mV (7 A) 98h = 70mV (7 A) 99h = 70mV (7 A) 9Ah = 70mV (7 A) 9Bh = 70mV (7 A) 9Ch = 70mV (7 A) 9Dh = 70mV (7 A) 9Eh = 70mV (7 A) 9Fh = 70mV (7 A) A0h = 70mV (7 A) A1h = 70mV (7 A) A2h = 70mV (7 A) A3h = 70mV (7 A) A4h = 70mV (7 A) A5h = 70mV (7 A) A6h = 70mV (7 A) A7h = 70mV (7 A) A8h = 70mV (7 A) A9h = 70mV (7 A) AAh = 70mV (7 A) ABh = 70mV (7 A) ACh = 70mV (7 A) ADh = 70mV (7 A) AEh = 70mV (7 A) AFh = 70mV (7 A) B0h = 70mV (7 A) B1h = 70mV (7 A) B2h = 70mV (7 A) B3h = 70mV (7 A) B4h = 70mV (7 A) B5h = 70mV (7 A) B6h = 70mV (7 A) B7h = 70mV (7 A) B8h = 70mV (7 A) B9h = 70mV (7 A) BAh = 70mV (7 A) BBh = 70mV (7 A) BCh = 70mV (7 A) BDh = 70mV (7 A) BEh = 70mV (7 A) BFh = 70mV (7 A) C0h = 70mV (7 A) C1h = 70mV (7 A) C2h = 70mV (7 A) C3h = 70mV (7 A) C4h = 70mV (7 A) C5h = 70mV (7 A) C6h = 70mV (7 A) C7h = 70mV (7 A) C8h = 70mV (7 A) C9h = 70mV (7 A) CAh = 70mV (7 A) CBh = 70mV (7 A) CCh = 70mV (7 A) CDh = 70mV (7 A) CEh = 70mV (7 A) CFh = 70mV (7 A) D0h = 70mV (7 A) D1h = 70mV (7 A) D2h = 70mV (7 A) D3h = 70mV (7 A) D4h = 70mV (7 A) D5h = 70mV (7 A) D6h = 70mV (7 A) D7h = 70mV (7 A) D8h = 70mV (7 A) D9h = 70mV (7 A) DAh = 70mV (7 A) DBh = 70mV (7 A) DCh = 70mV (7 A) DDh = 70mV (7 A) DEh = 70mV (7 A) DFh = 70mV (7 A) E0h = 70mV (7 A) E1h = 70mV (7 A) E2h = 70mV (7 A) E3h = 70mV (7 A) E4h = 70mV (7 A) E5h = 70mV (7 A) E6h = 70mV (7 A) E7h = 70mV (7 A) E8h = 70mV (7 A) E9h = 70mV (7 A) EAh = 70mV (7 A) EBh = 70mV (7 A) ECh = 70mV (7 A) EDh = 70mV (7 A) EEh = 70mV (7 A) EFh = 70mV (7 A) F0h = 70mV (7 A) F1h = 70mV (7 A) F2h = 70mV (7 A) F3h = 70mV (7 A) F4h = 70mV (7 A) F5h = 70mV (7 A) F6h = 70mV (7 A) F7h = 70mV (7 A) F8h = 70mV (7 A) F9h = 70mV (7 A) FAh = 70mV (7 A) FBh = 70mV (7 A) FCh = 70mV (7 A) FDh = 70mV (7 A) FEh = 70mV (7 A) FFh = 70mV (7 A) |
VOUT_TARGET1_LSB is shown in Table 9-5.
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| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7-0 | VOUT_A | R/W | FFh | Output target Voltage Logical Register Vout Setting Lower Limit: 3.3V or 1V depending on SEL__FB_DIV20 Upper Limit: 48V or 24 V depending on SEL__FB_DIV20 Step size: 20mV or 10mV depending on SEL__FB_DIV20 Value Calculation for 20mV Value Calculation for 10mV |
VOUT_TARGET1_MSB is shown in Table 9-6.
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| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7-4 | NIL | R | 0h | This bit is not implemented in hardware. During write operations data for this bit is ignored. During read operations 0 is returned. |
| 3-0 | VOUT_A | R/W | 0h | Output target Voltage Logical Register Vout Setting Lower Limit: 3.3V or 1V depending on SEL__FB_DIV20 Upper Limit: 48V or 24 V depending on SEL__FB_DIV20 Step size: 20mV or 10mV depending on SEL__FB_DIV20 Value Calculation for 20mV. Value Calculation for 10mV. |
USB_PD_STATUS_0 is shown in Table 9-7.
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USB-PD STATUS REGISTER
| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7 | NIL | R | 0h | This bit is not implemented in hardware. During write operations data for this bit is ignored. During read operations 0 is returned. |
| 6 | CC_OPERATION | R | 0h | Instantanous status for constant current (CC) ILIM operation |
| 5.0 | NIL | R | 0h | This bit is not implemented in hardware. During write operations data for this bit is ignored. During read operations 0 is returned. |
STATUS_BYTE is shown in Table 9-8.
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FAULT STATUS LOW BYTE
| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7 | BUSY | R | 0h | unit is busy
0h = unit not busy 1h = unit busy |
| 6 | OFF | R | 0h | device not providing VOUT and/or unit is off
0h = unit on 1h = unit off |
| 5 | VOUT | R | 0h | VOUT_OV fault
0h = no fault 1h = fault |
| 4 | IOUT | R | 0h | IOUT_OC fault
0h = no fault 1h = fault |
| 3 | INPUT | R | 0h | VIN_UV fault
0h = no fault 1h = fault |
| 2 | TEMPERATURE | R | 0h | Temperature fault or warning
0h = no fault 1h = fault |
| 1 | CML | R | 0h | Comm, Logic, Memory event
0h = no fault 1h = fault |
| 0 | OTHER | R | 0h | other fault or warning
0h = no fault 1h = fault |
USB_PD_CONTROL_0 is shown in Table 9-9.
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USB-PD CONTROL REGISTER
| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7-2 | NIL | R | 0h | This bit is not implemented in hardware. During write operations data for this bit is ignored. During read operations 0 is returned. |
| 1 | FORCE_DISCH | R/W | 0h | Activates Vo discharge
0h = DISABLE 1h = ENABLE |
| 0 | CONV_EN2 | R/W | 0h | Enables the power stage
0h = DISABLE 1h = ENABLE |
MFR_SPECIFIC_D0 is shown in Table 9-10.
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CONFIG_0 Device Configuration Register 0
| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7 | NIL | R | 0h | This bit is not implemented in hardware. During write operations data for this bit is ignored. During read operations 0 is returned. |
| 6 | EN_NEG_CL_LIMIT | R/W | 0h | Enables ILIM for negative current limit, If disabled ILIM clamps pos I_L
0h = DISABLE 1h = ENABLE |
| 5 | EN_VCC1 | R/W | 1h | Enables the VCC1 auxiliary LDO
0h = DISABLE 1h = ENABLE |
| 4 | IMON_LIMITER_EN | R/W | 1h | Enables the Imon in limiter configuration
0h = DISABLE 1h = ENABLE |
| 3 | HICCUP_EN | R/W | 0h | Enables Hiccup short circuit
0h = DISABLE 1h = ENABLE |
| 2 | DRSS_EN | R/W | 0h | Enables Dual Spread Spectrum
0h = DISABLE 1h = ENABLE |
| 1 | USLEEP_EN | R/W | 1h | Enables micro sleep mode
0h = DISABLE 1h = ENABLE |
| 0 | CONV_EN | R/W | 0h | Enables the power stage
0h = DISABLE 1h = ENABLE |
MFR_SPECIFIC_D1 is shown in Table 9-11.
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CONFIG_1 Device Configuration Register 1
| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7 | EN_THER_WARN | R/W | 0h | Enables Thermal Warning
0h = DISABLE 1h = ENABLE |
| 6-5 | THW_THRESHOLD | R/W | 0h | Selects the Thermal Warning Threshold
0h = 140degC 1h = 125degC 2h = 110degC 3h = 95degC |
| 4 | EN_NINT | R/W | 1h | Conigures the nFLT pin handler to act as interupt pin or nFLT pin
0h = DISABLE 1h = ENABLE |
| 3 | EN_DTRK_STARTOVER | R/W | 1h | Enables a direct start-up if DTRK is enabled without waiting for the DTRK PWM signal
0h = DISABLE 1h = ENABLE |
| 2 | FORCE_BIASPIN | R/W | 0h | Enables the priroty to supply VCC2 from BIAS by lowering the threshold.
0h = DISABLE 1h = ENABLE |
| 1 | EN_BB_2P_FPWM | R/W | 0h | Enables 2phase BB swiching in fPWM mode
0h = DISABLE 1h = ENABLE |
| 0 | EN_BB_2P_PSM | R/W | 1h | Enables 2phase BB swiching in PSM mode
0h = DISABLE 1h = ENABLE |
MFR_SPECIFIC_D2 is shown in Table 9-12.
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| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7 | NIL | R | 0h | This bit is not implemented in hardware. During write operations data for this bit is ignored. During read operations 0 is returned. |
| 6 | EN_ACTIVE_DVS | R/W | 1h | Enables the active down ramp for DVS using the discharge
0h = DISABLE 1h = ENABLE |
| 5-4 | DVS_SLEW_RAMP | R/W | 3h | Sets the positive and negative Vo slew rate for DVS
0h = 40mV/us 1h = 20mV/us 2h = 1mV/us 3h = 0.5mV/us |
| 3-2 | DISCHARGE_STRENGTH | R/W | 2h | Sets the discharge current for the Vo discharge
0h = SLOW (25mA) 1h = MEDIUM (50mA) 2h = FAST (75mA) 3h = FAST (75mA) |
| 1 | DISCHARGE_CONFIG0 | R/W | 1h | Selects the discharge together with CONV_EN
0h = DISABLE 1h = ENABLE |
| 0 | DISCHARGE_CONFIG1 | R/W | 0h | Selects the discharge until the VTH DISCH
0h = DISABLE 1h = ENABLE |
MFR_SPECIFIC_D5 is shown in Table 9-13.
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| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7-6 | NIL | R | 0h | This bit is not implemented in hardware. During write operations data for this bit is ignored. During read operations 0 is returned. |
| 5-0 | V_OVP2 | R/W | 3Fh | OVP2 threshold voltage 0h = 4.00V 1h = 4.500V 2h = 5.000V 3h = 5.500V 4h = 6.000V 5h = 6.500V 6h = 7.000V 7h = 7.500V 8h = 8.000V 9h = 8.500V Ah = 9.000V Bh = 9.500V Ch = 10.000V Dh = 10.500V Eh = 11.000V Fh = 11.500V 10h = 12.000V 11h = 12.500V 12h = 13.000V 13h = 13.500V 14h = 14.000V 15h = 14.500V 16h = 15.000V 17h = 15.500V 18h = 16.000V 19h = 17.000V 1Ah = 18.000V 1Bh = 19.000V 1Ch = 20.000V 1Dh = 21.000V 1Eh = 22.000V 1Fh = 23.000V 20h = 24.000V 21h = 25.000V 22h = 26.000V 23h = 27.000V 24h = 28.000V 25h = 29.000V 26h = 30.000V 27h = 31.000V 28h = 32.000V 29h = 33.000V 2Ah = 34.000V 2Bh = 35.000V 2Ch = 36.000V 2Dh = 37.000V 2Eh = 38.000V 2Fh = 39.000V 30h = 40.000V 31h = 41.000V 32h = 42.000V 33h = 43.000V 34h = 44.000V 35h = 45.000V 36h = 46.000V 37h = 47.000V 38h = 48.000V 39h = 49.000V 3Ah = 50.000V 3Bh = 51.000V 3Ch = 52.000V 3Dh = 53.000V 3Eh = 54.000V 3Fh = 55.000V |
MFR_SPECIFIC_D6 is shown in Table 9-14.
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PS_Config0 Power stage Configuration
| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7-6 | CONFIG_SYNC_PIN | R/W | 0h | Selects the SYNC function to mainain paralell operation
0h = Input sync on rising edge 1h = Input sync on falling edge 2h = Sync output from internal rising edge 3h = Sync output from internal falling edge (180deg phase) |
| 5 | EN_CONST_TDEAD | R/W | 0h | Forces a constant deadtime for the setting of SEL_MIN_DEADTIME_GDRV. Disables frequnecy dependency of min Tdead
0h = DISABLE 1h = ENABLE |
| 4 | SEL_SCALE_DT | R/W | 1h | Scales the gate driver dead time freq dependence and 2 MHz setpoint
0h = DISABLE 1h = ENABLE |
| 3-2 | SEL_MIN_DEADTIME_GDRV | R/W | 1h | Defines the minimum dead time at fsw = 2Mhz for the gate driver
0h = 10 ns (No delay) 1h = 20 ns 2h = 40 ns 3h = 60 ns |
| 1-0 | BB_MIN_TIME_OFFSET | R/W | 1h | Scales the BB min Ton or Toff time for the gate refresh
0h = 0.75 x 1h = 1 x 2h = 1.25 x 3h = 1.5 x |
MFR_SPECIFIC_D7 is shown in Table 9-15.
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| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7-6 | NIL | R | 0h | This bit is not implemented in hardware. During write operations data for this bit is ignored. During read operations 0 is returned. |
| 5-4 | SEL_INDUC_DERATE | R/W | 2h | Select the inductor de-rating for PSM mode to slope
0h = DISABLE 1h = 20% 2h = 30% 3h = 40% |
| 3-0 | SEL_SLOPE_COMP | R/W | 8h | Select slope comp current, as ratio of RT current 0h = 0.125 1h = 0.25 2h = 0.375 3h = 0.5 4h = 0.625 5h = 0.75 6h = 0.875 7h = 1 8h = 1.5 9h = 2 Ah = 2.5 Bh = 3 Ch = 3.5 Dh = 4 Eh = 4.5 Fh = 5 |
MFR_SPECIFIC_D8 is shown in Table 9-16.
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| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7 | SEL_FB_DIV20 | R/W | 1h | Select internal FB divider ratio of 20
0h = DIV10 1h = DIV20 |
| 6 | EN_CDC | R/W | 0h | Enables the cable drop compensation
0h = DISABLE 1h = ENABLE |
| 5-4 | CDC_GAIN | R/W | 0h | Selectes the Gain for the CDC voltage (1V) with respect to Vout
0h = 0.250V 1h = 0.500V 2h = 1.000V 3h = 2.000V |
| 3-2 | SEL_DRV1_SEQ | R/W | 1h | Select the sequencing for the DRV 1 operation
0h = Pull-Low/ CP running if converter operation is off 1h = Pull-Low/ CP running if converter operation is on 2h = FORCE ACTIVE 3h = FORCE OFF |
| 1-0 | SEL_DRV1_SUP | R/W | 0h | Select the driver configuration for DRV1 pin
0h = Open Drain (active = pull low) 1h = Vout 2h = VBIAS 3h = VCC2 (Charge Pump driver) |
IVP_VOLTAGE is shown in Table 9-17.
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| Bit | Field | Type | Reset | Description |
|---|---|---|---|---|
| 7-0 | V_IVP | R/W | FFh | Input Overvoltage Protection and Regulatoin Threshold: 0h = 4.75V 1h = 4.875V 2h = 5.000V 3h = 5.125V 4h = 5.250V 5h = 5.375V 6h = 5.500V 7h = 5.625V 8h = 5.750V 9h = 5.875V Ah = 6.000V Bh = 6.125V Ch = 6.250V Dh = 6.375V Eh = 6.500V Fh = 6.625V 10h = 6.750V 11h = 6.875V 12h = 7.000V 13h = 7.125V 14h = 7.250V 15h = 7.375V 16h = 7.500V 17h = 7.625V 18h = 7.750V 19h = 7.875V 1Ah = 8.000V 1Bh = 8.125V 1Ch = 8.250V 1Dh = 8.375V 1Eh = 8.500V 1Fh = 8.625V 20h = 8.750V 21h = 8.875V 22h = 9.000V 23h = 9.125V 24h = 9.250V 25h = 9.375V 26h = 9.500V 27h = 9.625V 28h = 9.750V 29h = 9.875V 2Ah = 10.000V 2Bh = 10.125V 2Ch = 10.250V 2Dh = 10.375V 2Eh = 10.500V 2Fh = 10.625V 30h = 10.750V 31h = 10.875V 32h = 11.000V 33h = 11.125V 34h = 11.250V 35h = 11.375V 36h = 11.500V 37h = 11.625V 38h = 11.750V 39h = 11.875V 3Ah = 12.000V 3Bh = 12.125V 3Ch = 12.250V 3Dh = 12.375V 3Eh = 12.500V 3Fh = 12.625V 40h = 12.750V 41h = 12.875V 42h = 13.000V 43h = 13.125V 44h = 13.250V 45h = 13.375V 46h = 13.500V 47h = 13.625V 48h = 13.750V 49h = 13.875V 4Ah = 14.000V 4Bh = 14.125V 4Ch = 14.250V 4Dh = 14.375V 4Eh = 14.500V 4Fh = 14.625V 50h = 14.750V 51h = 14.875V 52h = 15.000V 53h = 15.125V 54h = 15.250V 55h = 15.375V 56h = 15.500V 57h = 15.625V 58h = 15.750V 59h = 15.875V 5Ah = 16.000V 5Bh = 16.125V 5Ch = 16.250V 5Dh = 16.375V 5Eh = 16.500V 5Fh = 16.625V 60h = 16.750V 61h = 16.875V 62h = 17.000V 63h = 17.125V 64h = 17.250V 65h = 17.375V 66h = 17.500V 67h = 17.625V 68h = 17.750V 69h = 17.875V 6Ah = 18.000V 6Bh = 18.125V 6Ch = 18.250V 6Dh = 18.375V 6Eh = 18.500V 6Fh = 18.625V 70h = 18.750V 71h = 18.875V 72h = 19.000V 73h = 19.125V 74h = 19.250V 75h = 19.375V 76h = 19.500V 77h = 19.625V 78h = 19.750V 79h = 19.875V 7Ah = 20.000V 7Bh = 20.125V 7Ch = 20.250V 7Dh = 20.375V 7Eh = 20.500V 7Fh = 20.625V 80h = 20.750V 81h = 20.875V 82h = 21.000V 83h = 21.125V 84h = 21.250V 85h = 21.375V 86h = 21.500V 87h = 21.625V 88h = 21.750V 89h = 21.875V 8Ah = 22.000V 8Bh = 22.125V 8Ch = 22.250V 8Dh = 22.375V 8Eh = 22.500V 8Fh = 22.625V 90h = 22.750V 91h = 22.875V 92h = 23.000V 93h = 23.125V 94h = 23.250V 95h = 23.500V 96h = 23.750V 97h = 24.000V 98h = 24.250V 99h = 24.500V 9Ah = 24.750V 9Bh = 25.000V 9Ch = 25.250V 9Dh = 25.500V 9Eh = 25.750V 9Fh = 26.000V A0h = 26.250V A1h = 26.500V A2h = 26.750V A3h = 27.000V A4h = 27.250V A5h = 27.500V A6h = 27.750V A7h = 28.000V A8h = 28.250V A9h = 28.500V AAh = 28.750V ABh = 29.000V ACh = 29.250V ADh = 29.500V AEh = 29.750V AFh = 30.000V B0h = 30.250V B1h = 30.500V B2h = 30.750V B3h = 31.000V B4h = 31.250V B5h = 31.500V B6h = 31.750V B7h = 32.000V B8h = 32.250V B9h = 32.500V BAh = 32.750V BBh = 33.000V BCh = 33.250V BDh = 33.500V BEh = 33.750V BFh = 34.000V C0h = 34.250V C1h = 34.500V C2h = 34.750V C3h = 35.000V C4h = 35.250V C5h = 35.500V C6h = 35.750V C7h = 36.000V C8h = 36.250V C9h = 36.500V CAh = 36.750V CBh = 37.000V CCh = 37.250V CDh = 37.500V CEh = 37.750V CFh = 38.000V D0h = 38.250V D1h = 38.500V D2h = 38.750V D3h = 39.000V D4h = 39.250V D5h = 39.500V D6h = 39.750V D7h = 40.000V D8h = 40.250V D9h = 40.500V DAh = 40.750V DBh = 41.000V DCh = 41.250V DDh = 41.500V DEh = 41.750V DFh = 42.000V E0h = 42.250V E1h = 42.500V E2h = 42.750V E3h = 43.000V E4h = 43.250V E5h = 43.500V E6h = 43.750V E7h = 44.000V E8h = 44.250V E9h = 44.500V EAh = 44.750V EBh = 45.000VECh = 45.250V EDh = 45.500V EEh = 45.750V EFh = 46.000V F0h = 46.250V F1h = 46.500V F2h = 46.750V F3h = 47.000V F4h = 47.250V F5h = 47.500V F6h = 47.750V F7h = 48.000V F8h = 48.250V F9h = 48.500V FAh = 48.750V FBh = 49.000V FCh = 49.250V FDh = 49.500V FEh = 49.750V FFh = 50.000V |