米6体育平台手机版

ZHCSKK3B December 2019 – February 2022 TPS6594-Q1

PRODUCTION DATA

封装选项

机械数据 (封装 | 引脚)

RWE|56
- MPQF405A

散热焊盘机械数据 (封装 | 引脚)

RWE|56
- QFND656

订购信息

8.4.1.2.3 Mission State Configuration

The Mission States portion of the FSM engine manages the sequencing of power rails and external outputs in the user defined states. For the rest of Section 8.4.1 the Figure 8-42 is used as an example state machine which is defined through the configuration memory using the configuration FSM instructions.

Figure 8-42 Example of a Mission State-Machine

Each power state (light blue bubbles in Figure 8-42) defines the ON or OFF state and the sequencing timing of the external regulators and GPIO outputs. This example defines 4 power states: STANDBY, ACTIVE, MCU ONLY, and DEEP_SLEEP/S2R states. The priority order of these states is as follows:

ACTIVE
MCU ONLY
DEEP SLEEP/S2R
STANDBY

The transitions between each power state is determined by the trigger signals source pre-selected from Table 8-15. These triggers are then placed in the order of priority through the trigger ID assignment of each trigger source. The critical error triggers are placed first, some specified as immediate triggers that can interrupt an on-going sequence. The non-error triggers, which are used to enable state transitions during normal device operation, are then placed according to the priority order of the state the device is transitioning to. Table 8-16 list the trigger signal sources, in the order of priority, used to define the power states and transitions of the example mission state machine shown in Figure 8-42. This table also helps to determine which triggers must be masked by the TRIG_MASK command upon arriving a pre-defined power state to produce the desired PFSM behavior.

Table 8-16 List of Trigger Used in Example Mission State Machine

Trigger ID	Trigger Signal	State Transitions	Trigger Masked In Each User Defined Power State
Trigger ID	Trigger Signal	State Transitions	STANDBY	ACTIVE	MCU ONLY	DEEP SLEEP / S2R
0	IMMEDIATE_SHUTDOWN ⁽¹⁾	From any state to SAFE RECOVERY
1	MCU_POWER_ERROR ⁽¹⁾	From any state to SAFE RECOVERY
2	ORDERLY_SHUTDOWN ⁽¹⁾	From any state to SAFE RECOVERY
3	TRIGGER_FORCE_STANDBY	From any state to STANDBY or LP_STANDBY	Masked
4	WD_ERROR	Perform warm reset of all power rails and return to ACTIVE	Masked		Masked	Masked
5	ESM_MCU_ERROR	Perform warm reset of all power rails and return to ACTIVE	Masked		Masked	Masked
6	ESM_SOC_ERROR	Perform warm reset of power rails in SOC domain and return to ACTIVE	Masked		Masked	Masked
7	WD_ERROR	Perform warm reset of all power rails and return to MCU ONLY	Masked	Masked		Masked
8	ESM_MCU_ERROR	Perform warm reset of all power rails and return to MCU ONLY	Masked	Masked		Masked
9	SOC_POWER_ERROR	ACTIVE to MCU ONLY	Masked		Masked	Masked
10	TRIGGER _I2C_1 (self-cleared)	Start RUNTIME_BIST	Masked			Masked
11	TRIGGER_I2C_2 (self-cleared)	Enable I2C CRC Function	Masked			Masked
12	TRIGGER_SU_ACTIVE	STANDBY to ACTIVE			Masked	Masked
13	TRIGGER_WKUP1	Any State to ACTIVE
14	TRIGGER_A (NSLEEP2&NSLEEP1 = '11')	MCU ONLY or DEEP SLEEP/S2R to ACTIVE	Masked
15	TRIGGER_SU_MCU_ONLY	STANDBY to MCU ONLY		Masked		Masked
16	TRIGGER_WKUP2	STANDBY or DEEP SLEEP/S2R to MCU ONLY		Masked
17	TRIGGER_B (NSLEEP2&NSLEEP1 = '10')	ACTIVE or DEEP SLEEP/S2R to MCU ONLY	Masked
18	TRIGGER_D or TRIGGER_C (NSLEEP2 = '0' )	ACTIVE or MCU ONLY to DEEP SLEEP/S2R	Masked			Masked
19	TRIGGER_I2C_0 (self-cleared)	Any state to STANDBY	Masked			Masked
20	Always '1' ⁽²⁾	STANDBY to SAFE RECOVERY	Mask	Masked	Masked	Masked
21	Not Used		Mask	Masked	Masked	Masked
22	Not Used		Mask	Masked	Masked	Masked
23	Not Used		Mask	Masked	Masked	Masked
24	Not Used		Mask	Masked	Masked	Masked
25	Not Used		Mask	Masked	Masked	Masked
26	Not Used		Mask	Masked	Masked	Masked
27	Not Used		Mask	Masked	Masked	Masked
28-bit TRIG_MASK Value in Hex format:			0xFFE4FF8	0xFF18180	0xFF01270	0xFFC9FF0

(1) This is an immediate trigger.

(2) When an error occurs, which requires the device to enter directly to the SAFE RECOVERY state, the mask for this trigger must be removed while all other non-immediate triggers are masked. The device exits the mission states and the FFSM state machine takes over control of the device power states once this trigger is executed.