Datasheet TB9M001FTG (Toshiba)
| 制造商 | Toshiba |
| 描述 | Automotive IC for DC motors with integrated microcontroller |
| 页数 / 页 | 38 / 1 — Preliminary. TB9M001FTG. 1. Description. 2. Applications. 3. Features |
| 文件格式/大小 | PDF / 4.9 Mb |
| 文件语言 | 英语 |
Preliminary. TB9M001FTG. 1. Description. 2. Applications. 3. Features
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Preliminary
TB9M001FTG Bi-CMOS Linear Integrated Circuit Silicon Monolithic
TB9M001FTG
Automotive IC for DC motors with integrated microcontroller.
1. Description
The TB9M001FTG is an integrated IC with a microcontroller unit (MCU) for automotive applications, which incorporates an Arm® Cortex®-M0 Processor, a relay driver, and a LIN transceiver. This IC features a power supply system that operates at vehicle battery voltage levels, making it suitable for DC motor applications using external relays.It also includes large-capacity code flash and data flash memory, allowing it to function as a LIN-control ed secondary device.The TB9M001FTG can be configured to transition to Standby mode in the idle state to reduce power consumption. P-VQFN48-0707-0.50-005 weight: 0.13 g (typ.)
2. Applications
For automotive (electric sunroof, electric wiper, power window, power seat) LIN-controlled secondary device applications.
3. Features
Integrated MCU, relay drivers, and automotive power supply system enable downsizing of the system Built-in LIN transceiver Do not design your products or systems based on the information on this document. Please contact your Toshiba sales representative for updated information before designing your products. **************************************************************************************************************** * Arm and Cortex are registered trademarks of Arm Limited (or its subsidiary) in the US and/or elsewhere. **************************************************************************************************************** © 2 025 1 2025-05-30 Toshiba Electronic Devices & Storage Corporation Rev. 1.0 Document Outline 1. Description 2. Applications 3. Features 4. Functions 5. Block Diagram 6. Pin Assignments 7. Pin Description 8. I/O Equivalent Circuits 9. Functional Description 9.1. CPU 9.1.1. Overview 9.1.2. Arm® Cortex®-M0 Processor 9.1.3. Configurable Options 9.1.4. External Signals 9.1.5. Module Organization 9.2. LINPHY 9.3. LINCNT/UART1 9.4. SPI 9.4.1. External Signals 9.5. GPIO 9.6. 10bit Analog Digital Converter (GADC) 9.7. Low Side Drivers (LSD) 9.8. High Side Drivers (HSD) 9.9. High Voltage Inputs (HVIF) 9.10. Memory Map 10. Electrical Characteristics 10.1. Absolute Maximum Ratings 10.2. Operating Ranges 10.3. Overall Electrical Characteristics 10.4. 5-V/1.5-V Regulator (LDO5V/LDO15V) 10.5. Switch and Hall Sensor IC Inputs（High Voltage Inputs） 10.6. Oscillator 10.7. Reset Generator and Standby Time 10.8. Data Flash 10.9. Program Flash 10.10. LIN 10.11. 12-V High-Side Driver (HSD_VB) 10.12. 5-V High-Side Driver (HSD_VCC) 10.13. Low-Side Drivers 10.14. 10-Bit AD 10.15. DC characteristics 10.16. SPI 10.17. UART 11. Application Circuit Example 12. Package Information 12.1. Package Dimensions 12.2. Marking 13. IC Usage Considerations 13.1. Notes on Handling of ICs 13.2. Points to Remember on Handling of ICs RESTRICTIONS ON PRODUCT USE
TB9M001FTG Bi-CMOS Linear Integrated Circuit Silicon Monolithic
TB9M001FTG
Automotive IC for DC motors with integrated microcontroller.
1. Description
The TB9M001FTG is an integrated IC with a microcontroller unit (MCU) for automotive applications, which incorporates an Arm® Cortex®-M0 Processor, a relay driver, and a LIN transceiver. This IC features a power supply system that operates at vehicle battery voltage levels, making it suitable for DC motor applications using external relays.It also includes large-capacity code flash and data flash memory, allowing it to function as a LIN-control ed secondary device.The TB9M001FTG can be configured to transition to Standby mode in the idle state to reduce power consumption. P-VQFN48-0707-0.50-005 weight: 0.13 g (typ.)
2. Applications
For automotive (electric sunroof, electric wiper, power window, power seat) LIN-controlled secondary device applications.
3. Features
Integrated MCU, relay drivers, and automotive power supply system enable downsizing of the system Built-in LIN transceiver Do not design your products or systems based on the information on this document. Please contact your Toshiba sales representative for updated information before designing your products. **************************************************************************************************************** * Arm and Cortex are registered trademarks of Arm Limited (or its subsidiary) in the US and/or elsewhere. **************************************************************************************************************** © 2 025 1 2025-05-30 Toshiba Electronic Devices & Storage Corporation Rev. 1.0 Document Outline 1. Description 2. Applications 3. Features 4. Functions 5. Block Diagram 6. Pin Assignments 7. Pin Description 8. I/O Equivalent Circuits 9. Functional Description 9.1. CPU 9.1.1. Overview 9.1.2. Arm® Cortex®-M0 Processor 9.1.3. Configurable Options 9.1.4. External Signals 9.1.5. Module Organization 9.2. LINPHY 9.3. LINCNT/UART1 9.4. SPI 9.4.1. External Signals 9.5. GPIO 9.6. 10bit Analog Digital Converter (GADC) 9.7. Low Side Drivers (LSD) 9.8. High Side Drivers (HSD) 9.9. High Voltage Inputs (HVIF) 9.10. Memory Map 10. Electrical Characteristics 10.1. Absolute Maximum Ratings 10.2. Operating Ranges 10.3. Overall Electrical Characteristics 10.4. 5-V/1.5-V Regulator (LDO5V/LDO15V) 10.5. Switch and Hall Sensor IC Inputs（High Voltage Inputs） 10.6. Oscillator 10.7. Reset Generator and Standby Time 10.8. Data Flash 10.9. Program Flash 10.10. LIN 10.11. 12-V High-Side Driver (HSD_VB) 10.12. 5-V High-Side Driver (HSD_VCC) 10.13. Low-Side Drivers 10.14. 10-Bit AD 10.15. DC characteristics 10.16. SPI 10.17. UART 11. Application Circuit Example 12. Package Information 12.1. Package Dimensions 12.2. Marking 13. IC Usage Considerations 13.1. Notes on Handling of ICs 13.2. Points to Remember on Handling of ICs RESTRICTIONS ON PRODUCT USE