JAJSLW7B December 2020 – September 2023 TPS6593-Q1
PRODUCTION DATA
VVOUT_Bn = 1.8 V | Fsw = 2.2 MHz | 4-Phase |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1.8 V | Auto Mode |
VPVIN_Bn = 3.3 V | Single-Phase | Forced-PWM Mode |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | Single-Phase |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | 4-Phase |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | Auto Mode |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | Auto Mode |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 10 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 200 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 200 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 10 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 200 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 200 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 200 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 200 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VIN(LDOn) = 3.3 V | VOUT(LDOn) = 1.8 V |
VOUT(LDOn) = 0.8 V | IOUT(LDOn) = 500 mA |
VIN(LDOn) = 3.3 V | IOUT(LDOn) = 50 mA |
VIN(LDOn) = 3.3 V | VOUT(LDOn) = 1 V |
VIN(LDO4) = 3.3 V | VOUT(LDO4) = 3.0 V |
VIN(LDO4) = 3.3 V | VOUT(LDO4) = = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1.8 V | 4-Phase |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1.8 V | Auto Mode |
VPVIN_Bn = 5 V | Single-Phase | Forced-PWM Mode |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | Single-Phase |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 5 V | VVOUT_Bn = 1 V | 4-Phase |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | Auto Mode |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | Auto Mode |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 200 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 10 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 200 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 200 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 10 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 200 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 200 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V | ILOAD = 200 mA |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VPVIN_Bn = 3.3 V | VVOUT_Bn = 1 V |
VIN(LDOn) = 3.3 V | VOUT(LDOn) = 3.0 V |
VOUT(LDOn) = 1.8 V | IOUT(LDOn) = 50 mA |
VIN(LDOn) = 3.3 V | IOUT(LDOn) = 50 mA |
VIN(LDO4) = 3.3 V | VOUT(LDO4) = 1.8 V |
VOUT(LDO4) = 1.8 V | IOUT(LDO4) = 300 mA |