SLVAEY0B June   2021  – November 2022 TPS650320-Q1 , TPS650330-Q1 , TPS650331-Q1 , TPS650332-Q1 , TPS650333-Q1

 

  1.   Abstract
  2.   Trademarks
  3. 1Camera PMIC Family Overview
    1. 1.1 Non-Functional Safety Camera PMICs
      1. 1.1.1 TPS650320-Q1
      2. 1.1.2 TPS650330-Q1
    2. 1.2 Functional Safety Camera PMICs
      1. 1.2.1 TPS650331-Q1
      2. 1.2.2 TPS650332-Q1
      3. 1.2.3 TPS650333-Q1
  4. 2Selection Guide
  5. 3Revision History

2 Selection Guide

An existing spin may be appropriate based on a target image sensor or vision application. Many of the camera PMIC spins are programmed for default operation with the example image sensors specified in Table 2-1. For sensors that are not listed, an existing spin may still be compatible if it meets the voltage and sequencing requirements specified in the sensor data sheet.

The non-safety catalog spins, the TPS65032001-Q1 and TPS65033000-Q1, are re-programmable in production. This feature enables the compatibility of these spins with many standard automotive image sensors through the socketed or in-circuit programming. For more information on these devices' programming capabilities, see the BOOSTXL-TPS65033 User's Guide and the TPS650330Q1EVM User's Guide. For complete information regarding each device's default NVM settings, see the corresponding Technical Reference Manual (TRM) on mySecure. Access can be requested through the TPS650330-Q1 product page.

Table 2-1 Camera PMIC NVM Spins
Camera PMICFunctional SafetyConfigurableI2C Bus CRCExternal EnablesOutput Voltages and SequencingBuck 1 UVLO ThresholdsLogic IOsCompatible Sensors
TPS65032001-Q1╳✓╳SEQ1) B1 = 3.3 V
2) B2 = 1.8 V
3) B3 = 1.2 V
4) LDO = 2.8 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = push-pullMany
TPS65032002-Q1╳╳╳None1) B1 = 3.75 V
2) LDO = 3.3 V
3) B3 = 1.1 V
4) B2 = 1.8 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = open-drainOmnivision OX01E10
Omnivision OX01F10
Sony IMX490
Sony IMX622
Sony IMX623
Sony ISX021
Sony ISX031
TPS65032006-Q1╳╳╳None1) B1 = 3.8 V
2) LDO = 3.3 V
3) B2 = 1.85 V
4) B3 = 1.125 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = open-drainOmnivision OX01E10
Omnivision OX01F10
Sony IMX490
Sony IMX622
Sony IMX623
Sony ISX021
Sony ISX031
TPS6503200A-Q1╳╳╳None1) B1 = 3.8 V
2) LDO = 3.3 V
3) B2 = 1.8 V
4) B3 = 1.1 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = open-drainOmnivision OX01E10
Omnivision OX01F10
Sony IMX490
Sony IMX622
Sony IMX623
Sony ISX021
Sony ISX031
TPS6503200B-Q1╳╳╳None1) B1 = 3.8 V
2) LDO = 3.3 V
3) B2 = 1.8 V
4) B3 = 1.15 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = open-drainSony IMX490
TPS6503200C-Q1╳╳╳None1) B1 = 3.8 V
2) LDO = 3.3 V
3) B2 = 1.8 V
4) B3 = 1.5 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = push-pullOmnivision OV10640
Omnivision OV10642
Omnivision OV10650
TPS65032018-Q1╳╳╳None1) B1 = 3.3 V
2) B3 = 1.8 V
3) B2 = 1.1 V
4) Load Switch1		Rising = 5.72 V
Falling = 4.5 V		nRSTOUT = open-drainOmnivision OX01E10
Omnivision OX01F10
TPS65033000-Q1╳✓╳SEQ
GPIO		1) B1 = 3.3 V
2) B2 = 1.8 V
3) B3 = 1.2 V
4) LDO = 2.8 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = push-pull
nINT = push-pull		Many
TPS65033007-Q1╳╳╳None1) B1 = 3.3 V
2) B3 = 1.8 V
3) B2 = 1.2 V
4) LDO = 2.9 V		Rising = 6.24 V
Falling = 5.5 V		nRSTOUT = push-pull
nINT = push-pull		Sony IMX290
Sony IMX390
TPS6503300D-Q1╳╳✓SEQ1) B1 = 3.3 V
2) LDO = 2.8 V
3) B2 = 1.8 V
4) B3 = 1.2 V		Rising = 5.72 V
Falling = 5.0 V		nRSTOUT = push-pull
nINT = open-drain		Omnivision OV2311
Omnivision OV2312
Omnivision OV9284
Omnivision OX05B1S
ON Semi AR0143
ON Semi AR0144
ON Semi AR0147
ON Semi AR0233
TPS6503300E-Q1╳╳✓SEQ1) B1 = 3.85 V
2) LDO = 3.3 V
3) B2 = 1.8 V
4) B3 = 1.3 V		Rising = 5.72 V
Falling = 5.0 V		nRSTOUT = push-pull
nINT = open-drain		Omnivision OV2775
Omnivision OV2778
TPS6503300I-Q1╳✓╳None1) B1 = 3.3 V
2) B2 = 1.8 V
3) B3 = 1.1 V
4) LDO = 2.9 V		Rising = 7.28 V
Falling = 5.0 V		nRSTOUT = push-pull
nINT = push-pull		Sony IMX324
Sony IMX424
Sony ISX019
Sony ISX020
TPS65033104-Q1✓╳✓SEQ1) B1 = 3.3 V
2) LDO = 2.875 V
3) B2 = 1.8 V
4) B3 = 1.2 V		Rising = 4.68 V
Falling = 3.5 V		nRSTOUT = open-drain
INT = open-drain		Sony IMX290
Sony IMX390
TPS65033201-Q1✓╳✓None1) B1 = 3.3 V
2) B3 = 1.8 V
3) LDO = 2.8 V
4) B2 = 1.2 V		Rising = 6.76 V
Falling = 6.0 V		nRSTOUT = open-drain
nINT = open-drain		Omnivision OV9284
ON Semi AR0220
ON Semi AR0820
TPS65033203-Q1✓╳✓None1) B1 = 3.3 V
2) LDO = 2.8 V
3) B2 = 1.8 V
4) B3 = 1.2 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = push-pull
nINT = push-pull		Omnivision OV2311
Omnivision OV2312
Omnivision OV9284
Omnivision OX05B1S
ON Semi AR0143
ON Semi AR0144
ON Semi AR0147
ON Semi AR0233
TPS65033205-Q1✓╳✓None1) B1 = 3.3 V
2) B2 = 1.8 V
3) Load Switch2
4) B3 = 1.1 V		Rising = 5.20 V
Falling = 4.5 V		nRSTOUT = push-pull
nINT = push-pull		Omnivision OX01E10
Omnivision OX01F10
TPS65033206-Q1✓╳✓None1) B1 = 3.3 V
2) LDO = 2.8 V
3) B2 = 1.8 V
4) B3 = 1.2 V		Rising = 5.20 V
Falling = 4.5 V		nRSTOUT = push-pull
nINT = push-pull		Omnivision OV2311
Omnivision OV2312
Omnivision OV9284
Omnivision OX05B1S
ON Semi AR0143
ON Semi AR0144
ON Semi AR0147
ON Semi AR0233
TPS65033207-Q1✓╳✓None1) B1 = 3.3 V
2) B2 = 1.8 V
3) LDO = 2.8 V
4) B3 = 1.2 V		Rising = 9.36 V
Falling = 8.5 V		nRSTOUT = push-pull
nINT = push-pull		Omnivision OV9284
ON Semi AR0220
ON Semi AR0820
TPS65033208-Q1✓╳✓None1) B1 = 3.8 V
2) LDO = 3.3 V
3) B2 = 1.8 V
4) B3 = 1.1 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = push-pull
nINT = push-pull		Omnivision OX01E10
Omnivision OX01F10
Sony IMX490
Sony IMX622
Sony IMX623
Sony IMX728
Sony ISX021
Sony ISX031
TPS65033209-Q1✓╳✓None1) B1 = 3.3 V
2) B3 = 1.1 V
3) B2 = 1.8 V
4) LDO = 2.8 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = push-pull
nINT = push-pull		Omnivision OV23113
Omnivision OV23124
TPS6503320AA-Q1✓╳✓None1) B1 = 4.0 V
2) LDO = 3.3 V
3) B3 = 1.8 V
4) B2 = 1.1 V		Rising = 7.80 V
Falling = 5.0 V		nRSTOUT = push-pull
nINT = push-pull		Omnivision OX01E10
Omnivision OX01F10
Sony IMX490
Sony IMX622
Sony IMX623
Sony IMX728
Sony ISX021
Sony ISX031
TPS6503320D-Q1✓╳✓None1) B1 = 3.3 V
2) B3 = 1.8 V
3) LDO = 2.8 V
4) B2 = 1.2 V		Rising = 6.76 V
Falling = 6.0 V		nRSTOUT = open-drain
nINT = open-drain		Omnivision OV9284
ON Semi AR0220
ON Semi AR0820
TPS6503320F-Q1✓╳✓None1) B1 = 3.3 V
2) LDO = 2.9 V
3) B2 = 1.8 V
4) B3 = 1.1 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = push-pull
nINT = push-pull		Omnivision OX03C10
Omnivision OX03F10
Omnivision OX08A4Y
Omnivision OX08B40
Omnivision OX08B4C
Sony IMX324
Sony IMX424
Sony ISX019
Sony ISX020
TPS6503320G-Q1✓╳✓None1) B1 = 3.3 V
2) LDO = 2.9 V
3) B2 = 1.8 V
4) B3 = 1.2 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = push-pull
nINT = push-pull		Sony IMX290
Sony IMX390
TPS6503320HA-Q1✓╳✓SEQ
GPIO		1) B1 = 3.3 V
2) B2 = 1.8 V
3) LDO = 2.85 V
4) B3 = 1.225 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = open-drain
nINT = open-drain		Omnivision OV9284
ON Semi AR0220
ON Semi AR0820
TPS65033302-Q1✓╳✓None1) B1 = 3.3 V
2) B3 = 1.1 V
3) B2 = 1.8 V
4) LDO = 2.9 V		Rising = 6.24 V
Falling = 5.0 V		nRSTOUT = open-drain
nINT = open-drain		Sony IMX324
Sony IMX424
Sony ISX019
Sony ISX020
TPS65033303-Q1✓╳✓None1) B1 = 3.3 V
2) B2 = 1.8 V
3) B3 = 1.2 V
4) LDO = 2.9 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = push-pull
nINT = push-pull		Sony IMX290
Sony IMX390
TPS65033304-Q1✓╳✓None1) B1 = 3.3 V
2) B2 = 1.8 V
3) B3 = 1.1 V
4) LDO = 2.9 V		Rising = 4.68 V
Falling = 4.0 V		nRSTOUT = push-pull
nINT = push-pull		Sony IMX324
Sony IMX424
Sony ISX019
Sony ISX020
(1) External filtering might be needed for imager analog rail.
(2) External filtering might be needed for imager analog rail.
(3) Power solution requires additional 1.2 V regulator.
(4) Power solution requires additional 1.2 V regulator.