米6体育平台手机版

SLUSFA1 September 2024 TPS1214-Q1

ADVANCE INFORMATION

Figure 9-2 Start-Up Profile of Low Power Path (LPM = Low, VIN = 12V, No Load, C_BST = 470nF)

Figure 9-4 Zoom-In View of State Transition From LPM to Active Mode (LPM = Low, VIN = 12V, EN/UVLO = High)

Figure 9-6 State Transition From LPM to Active Mode (LPM = Low to High, VIN = 12V, No Load)

Figure 9-8 I²T based Overcurrent Response of TPS1214-Q1 EVM for 6A to 16A Load Step

Figure 9-10 Auto-Retry Response of TPS1214-Q1 for an I²T-Based Overcurrent Fault

Figure 9-12 Output Short-Circuit Response of TPS1214-Q1

Figure 9-14 GATE Turn-ON During Input Reverse Battery Fault for TPS12141-Q1 and TPS12143-Q1

Figure 9-16 SCP_TEST Diagnosis in Active Mode (LPM = High)

Figure 9-3 State Transition From LPM to Active Mode (LPM = Low, VIN = 12V, EN/UVLO = High)

Figure 9-5 When LPM = Low in LOAD WAKEUP state, INP Has No Control on GATE

Figure 9-7 With LPM = Low to High, INP Gained Control on GATE (VIN = 12V, No Load)

Figure 9-9 I²T based Overcurrent Response of TPS1214-Q1 EVM for 6A to 23A Load Step

Figure 9-11 Latch-Off Response of TPS1214-Q1 for an I²T-Based Overcurrent Fault

Figure 9-13 TPS1214-Q1 Current Monitoring Output (IMON) Transient Response

Figure 9-15 GATE Turn-OFF During Input Reverse Battery Fault for TPS12140-Q1 and TPS12142-Q1

Figure 9-17 SCP_TEST Diagnosis in Low Power Mode (LPM = Low)