| 전자부품 데이터시트 검색엔진 |
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TC35680FSG 데이터시트(PDF) 29 Page - Toshiba Semiconductor |
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TC35680FSG 데이터시트(HTML) 29 Page - Toshiba Semiconductor |
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29 / 91 page ![]() TC35680FSG-002/TC35681FSG-002 29 2019-04-04 Available Functions in Each Low Power Mode Available functions in each low power mode are shown in Table 3-3. A suitable low power mode should be selected. For the details of the current consumption, refer to Section 5.3. Table 3-3 Available functions Function Active mode Sleep mode Backup mode Deep Sleep mode (Note 1) Reference clock Oscillation Stop Stop Stop Sleep clock Oscillation Oscillation Oscillation Stop CPU power supply ON ON OFF OFF CPU clock 16 MHz/32 MHz Stop Stop Stop Built-in power supply DC/DC converter: 1.2 V (Commodity devices) or LDO regulator: 1.2 V (Customized devices) LDO regulator: 0.85 V LDO regulator: 0.85 V DC/DC converter: OFF LDO regulator: OFF RAM Whole data is retained. Whole or part of the data before entering this mode is retained. Or, no data is retained. (Note 2) Whole or part of the data before entering this mode is retained. Or, no data is retained. (Note 2) No data before entering this mode is retained. (Note 2) Bluetooth® wireless Connection Available Available TC35680/TC35681 do not enter this mode during communicating. Not available Scan Available TC35680/TC35681 do not enter this mode during scanning. Advertise Available Available (Note3) Initiating Available TC35680/TC35681 do not enter this mode during initiating. Hardware reset Available Available Available Available GPIO Available Except the ANYKEY wake-up, the GPIO0 wake-up and the GPIO15 wake-up, other GPIO functions are not executed in this mode. After a wake-up, the settings before entering this mode are resumed. Except the GPIO0 wake-up and the GPIO15 wake-up, other GPIO functions are not executed in this mode. Before entering this mode, the status is retained. UART Available This IC does not enter this mode during communication. In this mode, any UART functions are not executed. Only when the API described in the “Programming Guide” is used to control the UART, the settings before entering this mode are resumed. Deactivated. SPI Available This IC does not enter this mode during communication. In this mode, any SPI functions are not executed. After a wake-up, the settings before entering this mode are resumed. Deactivated. I2C Available This IC does not enter this mode during communication. In this mode, any I2C functions are not executed. After a wake- up, the settings before entering this mode are resumed. Deactivated. PWM Available Before entering this mode, this PWM function should be stopped. After wake-up, the settings before entering this mode are resumed. Deactivated. ADC Available This IC does not enter this mode during ADC is operated. In this mode, ADC functions are not executed. After wake-up, the settings before entering this mode are resumed. Deactivated. |
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