Datasheet STUSB4500L (STMicroelectronics) - 8
| 制造商 | STMicroelectronics |
| 描述 | Standalone USB Type-C sink port controller |
| 页数 / 页 | 32 / 8 — STUSB4500L. Pin description. 2.2.15. VREG_2V7. 2.2.16. VDD. DS13102. Rev … |
| 文件格式/大小 | PDF / 1.8 Mb |
| 文件语言 | 英语 |
STUSB4500L. Pin description. 2.2.15. VREG_2V7. 2.2.16. VDD. DS13102. Rev 2. page 8/32
该数据表的模型线
文件文字版本
STUSB4500L Pin description 2.2.15 VREG_2V7
This pin is used only for external decoupling of the 2.7 V internal regulator. The recommended decoupling capacitor is: 1 µF typ. (0.5 µF min., 10 µF max.)
2.2.16 VDD
This is the main STUSB4500L power supply. Whatever the application is VBUS powered or not, VDD mandatory connection is to USB power line (VBUS). The STUSB4500L can indeed work in dead battery mode, even for self- powered application, in order to reduce power consumption to ZERO when the port is not attached, therefore having no impact on application power leakage.
DS13102
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Rev 2 page 8/32
Document Outline Cover image Product status link / summary Product status link / summary Features Applications Description 1 Functional description 1.1 Block overview 2 Inputs/outputs 2.1 Pinout 2.2 Pin description 2.2.1 CC1 / CC2 2.2.2 CC1DB / CC2DB 2.2.3 RESET 2.2.4 I²C interface pins 2.2.5 DISCH 2.2.6 GND 2.2.7 ATTACH 2.2.8 RP_3A/RP_1A5 2.2.9 GPIO 2.2.10 VBUS_EN_SNK 2.2.11 A_B_SIDE 2.2.12 VBUS_VS_DISCH 2.2.13 VREG_1V2 2.2.14 VSYS 2.2.15 VREG_2V7 2.2.16 VDD 3 Description of the features 3.1 CC interface 3.2 VBUS power path control 3.2.1 VBUS monitoring 3.2.2 VBUS discharge 3.2.3 VBUS power path assertion 3.3 Dead battery mode 3.4 High voltage protections 3.5 Hardware fault management 3.6 Debug accessory mode detection 4 I²C Interface 4.1 Read and write operations 4.2 Timing specifications 5 Start-up configuration 5.1 User-defined parameters 5.2 Default start-up configuration 6 Application 6.1 General information 6.1.1 Power supplies 6.1.2 Connection to MCU or application processor 6.2 Typical application 7 Electrical characteristics 7.1 Absolute maximum ratings 7.2 Operating conditions 7.3 Electrical and timing characteristics 8 Package information 8.1 QFN-24 EP (4x4) package information 8.2 WLCSP (2.6x2.6x0.5) 25 bumps package information 8.3 Thermal information 9 Terms and abbreviations Revision history
This pin is used only for external decoupling of the 2.7 V internal regulator. The recommended decoupling capacitor is: 1 µF typ. (0.5 µF min., 10 µF max.)
2.2.16 VDD
This is the main STUSB4500L power supply. Whatever the application is VBUS powered or not, VDD mandatory connection is to USB power line (VBUS). The STUSB4500L can indeed work in dead battery mode, even for self- powered application, in order to reduce power consumption to ZERO when the port is not attached, therefore having no impact on application power leakage.
DS13102
-
Rev 2 page 8/32
Document Outline Cover image Product status link / summary Product status link / summary Features Applications Description 1 Functional description 1.1 Block overview 2 Inputs/outputs 2.1 Pinout 2.2 Pin description 2.2.1 CC1 / CC2 2.2.2 CC1DB / CC2DB 2.2.3 RESET 2.2.4 I²C interface pins 2.2.5 DISCH 2.2.6 GND 2.2.7 ATTACH 2.2.8 RP_3A/RP_1A5 2.2.9 GPIO 2.2.10 VBUS_EN_SNK 2.2.11 A_B_SIDE 2.2.12 VBUS_VS_DISCH 2.2.13 VREG_1V2 2.2.14 VSYS 2.2.15 VREG_2V7 2.2.16 VDD 3 Description of the features 3.1 CC interface 3.2 VBUS power path control 3.2.1 VBUS monitoring 3.2.2 VBUS discharge 3.2.3 VBUS power path assertion 3.3 Dead battery mode 3.4 High voltage protections 3.5 Hardware fault management 3.6 Debug accessory mode detection 4 I²C Interface 4.1 Read and write operations 4.2 Timing specifications 5 Start-up configuration 5.1 User-defined parameters 5.2 Default start-up configuration 6 Application 6.1 General information 6.1.1 Power supplies 6.1.2 Connection to MCU or application processor 6.2 Typical application 7 Electrical characteristics 7.1 Absolute maximum ratings 7.2 Operating conditions 7.3 Electrical and timing characteristics 8 Package information 8.1 QFN-24 EP (4x4) package information 8.2 WLCSP (2.6x2.6x0.5) 25 bumps package information 8.3 Thermal information 9 Terms and abbreviations Revision history