Function USB2 USB speed (Mbps) 12 Supply voltage (V) 3.3 Rating Catalog Operating temperature range (C) -40 to 85 open-in-new 查找其它 USB 集线器和控制器


LQFP (VF) 32 49 mm² 7 x 7 open-in-new 查找其它 USB 集线器和控制器


  • Fully Compliant With the USB Specification as a Full-Speed Hub: TID #30220231
  • 32-Pin LQFP (1) Package With a 0.8-mm Terminal Pitch or QFN Package With a 0.5-mm Pin Pitch
  • 3.3-V Low-Power ASIC Logic
  • Integrated USB Transceivers
  • State Machine Implementation Requires No Firmware Programming
  • One Upstream Port and Four Downstream Ports
  • All Downstream Ports Support Full-Speed and Low-Speed Operations
  • Two Power Source Modes
    • Self-Powered Mode
    • Bus-Powered Mode
  • Power Switching and Overcurrent Reporting Is Provided Ganged or Per Port
  • Supports Suspend and Resume Operations
  • Supports Programmable Vendor ID and Product ID With External Serial EEPROM
  • 3-State EEPROM Interface Allows EEPROM Sharing
  • Push-Pull Outputs for PWRON Eliminate the Need for External Pullup Resistors
  • Noise Filtering on OVRCUR Provides Immunity to Voltage Spikes
  • Package Pinout Allows 2-Layer PCB
  • Low EMI Emission Achieved by a 6-MHz Crystal Input
  • Migrated From Proven TUSB2040 Hub
  • Lower Cost Than the TUSB2040 Hub
  • Enhanced System ESD Performance
  • No Special Driver Requirements; Works Seamlessly With Any Operating System With USB Stack Support
  • Supports 6-MHz Operation Through a Crystal Input or a 48-MHz Input Clock

(1)JEDEC descriptor S-PQFP-G for low-profile quad flatpack (LQFP).

All trademarks are the property of their respective owners.

open-in-new 查找其它 USB 集线器和控制器


The TUSB2046x is a 3.3-V CMOS hub device that provides one upstream port and four downstream ports in compliance with the Universal Serial Bus (USB) specification as a full-speed hub. Because this device is implemented with a digital state machine instead of a microcontroller, no firmware
programming is required. Fully compliant USB transceivers are integrated into the ASIC for all upstream and downstream ports. The downstream ports support full-speed and low-speed devices by automatically setting the slew rate according to the speed of the device attached to the ports. The configuration of the BUSPWR pin selects either the bus-powered or the self-powered mode.

Configuring the GANGED input determines the power switching and overcurrent detection modes for the downstream ports. If GANGED is high, all PWRON outputs switch together and if any OVRCUR is activated, all ports transition to the power-off state. If GANGED is low, the PWRON outputs and OVRCUR inputs operate on a per-port basis.

The TUSB2046x provides the flexibility of using a 6-MHz or a 48-MHz clock. The logic level of the TSTMODE terminal controls the selection of the clock source. When TSTMODE is low, the output of the internal APLL circuitry is selected to drive the internal core of the device. When TSTMODE is high, the TSTPLL/48MCLK input is selected as the input clock source and the APLL circuitry is powered down and bypassed. The internal oscillator cell is also powered down while TSTMODE is high. Low EMI emission is achieved because the TUSB2046x can usee a 6-MHz crystal input. Connect the crystal as shown in Figure 6. An internal PLL then generates the 48-MHz clock used to sample data from the upstream port and to synchronize the 12 MHz used for the USB clock. If low-power suspend and resume are desired, a passive crystal or resonator must be used. However, a 6-MHz oscillator may be used by connecting the output to the XTAL1 pin and leaving the XTAL2 pin open. The oscillator TTL output must not exceed 3.6 V.

For 48-MHz operation, the clock cannot be generated with a crystal using the XTAL2 output because the internal oscillator cell supports only the fundamental frequency. Other useful features of the TUSB2046x include a package with a 0.8-mm pin pitch for easy PCB routing and assembly, push-pull outputs for the PWRON pins eliminate the need for pullup resistors required by traditional open-collector I/Os, and OVRCUR pins have noise filtering for increased immunity to voltage spikes.

open-in-new 查找其它 USB 集线器和控制器


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类型 标题 下载最新的英文版本 发布
* 数据表 TUSB2046x 4-Port Hub for the Universal Serial Bus With Optional Serial EEPROM Interface 数据表 2017年 6月 28日




评估板 下载
document-generic 用户指南 document-generic 下载最新的英文版本 (Rev.A)

EVM430-FR6047 评估套件是一款开发平台,可用于评估适用于超声波检测应用(如智能水表)的 MSP430FR6047 MCU 的性能。MSP430FR6047 MCU 是一款超低功耗器件,具有集成的超声波检测模拟前端 (USS),可实现高精度超声波测量。该器件还包括用于优化信号处理的低耗能加速器 (LEA),可帮助优化功耗,延长电池寿命。该 EVM 提供了一种灵活的解决方案,从而让工程师能够使用 MSP430FR6047 MCU 和各种传感器(范围从 50KHz 到 2.5MHz)快速进行评估和开发。该 EVM 能够利用板载 LCD 显示屏和适用于射频通信模块的连接器显示测量参数。

  • USB 供电,并且提供外部电源
  • 提供可连接不同类型变送器的连接器
  • 提供可连接外部板(I2C、SPI、UART、GPIO)和射频通信模块的 BoosterPack™ 插件模块接头
  • 板载分段式 LCD
  • 用于编程和调试的板载 eZ-FET 仿真电路
评估板 下载
document-generic 用户指南

现在可以在 EVM430-FR6989 参考板的支持下使用 MSP430 Wolverine 产品系列开发水表、燃气表和热量计的流量计设计。EVM430-FR6989(水表参考设计)套件是一款易于使用的评估模块,适用于 MSP430FR698x 系列微控制器。它包含在基于 MSP430FR698x 平台的 MSP430 MCU 上着手开发流量计所需的全部资源,包括用于编程和调试的板载仿真。

此参考设计由三个板组成。EVM 的主板构建于带 LCD 显示屏的 MCU MSP430FR6989 之上。该板的背面有一个电池插座,提供 3.0V 电压。下一个是传感器板。传感器板专为各种传感器设计,例如 LC、GMR 或光学传感器。该板的右侧安装了 LC 传感器。对在左侧安装 GMR 或光学传感器有一项规定。此设置中的第三个板是电机板。电机板用于驱动转子磁盘以模拟水流或燃气流。该板的背面有一个电池插座。

此工具已构建完成,可用于演示流量计市场中的 FR69x 器件的功能,同时协助设计人员实现快速原型设计和更短的设计周期。

您可以从 TI 网上商店购买由 EVM430-FR6989 水表参考平台组成的捆绑套件。

为简化设置,我们使用新型 FlowESI GUI 来实现基于连接到扩展扫描接口的传感器的代码的简单配置。还提供免费的软件开发工具,例如 TI 提供的基于 Eclipse 的 Code Composer Studio 和 IAR 嵌入式工作平台。

该工具的 ECCN(出口控制分类编号)分类与包含的微控制器的分类相同。有关微控制器的 ECCN 信息,请参阅该器件的数据表。任何依据德州仪器 (TI) 分类(无论是 ECCN 或 HTS)做出的使用行为均与 TI 无关,相关风险由用户自行承担。HTS 和出口分类可能有所变更。贵公司作为已登记的出口商,应负责确定出口期间所有商品的正确分类。由 TI 提供的所有 HTS 或出口分类均仅供 TI 内部使用,不应理解为关于正确出口分类的表述或保证,亦不得用作进行许可决定的依据。

评估板 下载
TPS207x 评估模块
document-generic 用户指南
  • Bus-powered input voltage range (BP), 0 to 100 mA/port, 4.75 V min to 5.25 V max
  • Self-power input voltage range (SP), 0 to 500 mA/port, 4.85 V min to 5.15 V max
  • Downstream output voltage range in bus-powered mode, 0 to 100 mA/port, 4.4 V min to 5.25 V max
  • Downstream output voltage range in self-powered (...)
  • Complete 4-Port Hub Reference Design featuring TPS2071 USB Power Controller and TUSB2046B USB Device Controller.
  • Smaller, simpler, and more cost-effective design due to advanced integration of TPS2071
开发套件 下载
document-generic 用户指南

Download Design Files

Develop low power, PC-connected applications with integrated Full-speed USB 2.0 (HID/MSC/CDC).  The MSP-EXP430F5529LP LaunchPad is an inexpensive, simple microcontroller development kit for the MSP430F5529 USB microcontroller. It’s an easy way to start developing on (...)

  • USB 2.0-enabled MSP430F5529 16-bit MCU
  • Up to 25 MHz
  • 128KB Flash and 8KB RAM
  • 12 Bit SAR ADC
  • Various USB device class examples and embedded software libraries available (CDC, HID, MSC)
  • eZ-FET lite: Open source onboard debugger with application UART
  • One USB connection for emulator and target via the use of (...)


仿真工具 下载
document-generic 用户指南 document-generic 下载英文版本 (Rev.A)


封装 引脚 下载
LQFP (VF) 32 了解详情



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