SMSC USB2513i 41

Industrial Temperature Rated USB 2.0 High-Speed 3-Port Hub Controller

Datasheet

5.Moves device from suspended to active (if suspended).

6.Complies with Section 11.10 of the USB 2.0 Specification for behavior after completion of the reset sequence.

The Host then configures the Hub and the Hub’s downstream port devices in accordance with the USB Specification.

SMSC USB2513i	41	Revision 1.98 (11-19-07)
	DATASHEET

Contents

USB2513i Industrial Temperature Rated USB 2.0 High-Speed 3-PortHub Controller PRODUCT FEATURES ORDER NUMBERS: Table of Contents Chapter List of Figures List of Tables Chapter 1 Pin Configuration Figure 1.2 USB2513i 48-PinQFN Chapter 2 Block Diagram Chapter 3 Pin Descriptions 3.1PIN Descriptions Table 3.1 USB2514 Pin Descriptions (continued) Note: SERIAL PORT INTERFACE MISC Page Table 3.2 SMBus or EEPROM Interface Behavior CFG_SEL2 CFG_SEL1 CFG_SEL0 SMBUS OR EEPROM INTERFACE BEHAVIOR 3.2Buffer Type Descriptions Table 3.4 USB2514 Buffer Type Descriptions (continued) Chapter 4 Configuration Options 4.13-PortHub 4.1.1Hub Configuration Options 4.1.1.1Power Switching Polarity 4.1.2VBus Detect 4.3EEPROM Interface 4.3.1Internal Register Set (Common to EEPROM and SMBus) 4.3.1.1Register 00h: Vendor ID (LSB) 4.3.1.2Register 01h: Vendor ID (MSB) Register 02h: Product ID (LSB) 4.3.1.4Register 03h: Product ID (MSB) 4.3.1.5Register 04h: Device ID (LSB) 4.3.1.6Register 05h: Device ID (MSB) 4.3.1.7Register 06h: CONFIG_BYTE_1 4.3.1.8Register 07h: Configuration Data Byte 4.3.1.9Register 08h: Configuration Data Byte 4.3.1.10Register 09h: Non-RemovableDevice Register 0Ah: Port Disable For Self Powered Operation 4.3.1.12Register 0Bh: Port Disable For Bus Powered Operation 4.3.1.13Register 0Ch: Max Power For Self Powered Operation 4.3.1.14Register 0Dh: Max Power For Bus Powered Operation 4.3.1.15Register 0Eh: Hub Controller Max Current For Self Powered Operation 4.3.1.16Register 0Fh: Hub Controller Max Current For Bus Powered Operation 4.3.1.17Register 10h: Power-OnTime 4.3.1.18Register 11h: Language ID High 4.3.1.19Register 12h: Language ID Low 4.3.1.20Register 13h: Manufacturer String Length 4.3.1.21Register 14h: Product String Length 4.3.1.22Register 15h: Serial String Length 4.3.1.23Register 16h-53h:Manufacturer String 4.3.1.24Register 54h-91h:Product String Register 92h-CFh:Serial String 4.3.1.26Register F6h: Boost_Up 4.3.1.27Register F8h: Boost_3:0 4.3.1.28Register FAh: Port Swap Register FBh: Port Remap Register FCh: Port Remap Register FFh: Status/Command 4.3.2 I2C EEPROM 4.3.2.1Implementation Characteristics 4.3.2.2Pull-UpResistor 4.3.2.3I2C EEPROM Slave Address 4.3.3In-CircuitEEPROM Programming 4.4SMBus Slave Interface 4.4.1Bus Protocols 4.4.1.1Block Read/Write Slave Address Register Address 4.4.2Invalid Protocol Response Behavior 4.4.3General Call Address Response 4.4.4Slave Device Time-Out 4.4.5Stretching the SCLK Signal 4.4.6SMBus Timing 4.5Default Configuration Option: 4.6Default Strapping Options: 4.7Reset 4.7.1Internal POR Hardware Reset 4.7.2External Hardware RESET_N 4.7.2.1RESET_N for Strapping Option Configuration 4.7.2.2RESET_N for EEPROM Configuration 4.7.2.3RESET_N for SMBus Slave Configuration 4.7.3USB Bus Reset Page Chapter 5 DC Parameters 5.1Maximum Guaranteed Ratings 5.2Recommended Operating Conditions Table DC Electrical Characteristics I, IS Type Input Buffer Input Buffer with Pull-Up (IPU) Table 5.1 DC Electrical Characteristics (continued) IO-U Note CAPACITANCE TA = 25°C; fc = 1MHz; VDD18, VDDPLL Chapter 6 AC Specifications 6.1Oscillator/Clock 6.1.1SMBus Interface: 6.1.2I2C EEPROM: 6.1.3USB Chapter 7 Package Outlines Figure 7.2 48-PinQFN, 7x7mm Body, 0.5mm Pitch