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TUSB3410 датащи(PDF) 15 Page - Texas Instruments |
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TUSB3410 датащи(HTML) 15 Page - Texas Instruments |
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15 / 92 page ![]() 2–3 Table 2–1. Terminal Functions TERMINAL I/O DESCRIPTION NAME NO. I/O DESCRIPTION CLKOUT 22 O Clock output (controlled by CLKOUTEN and CLKSLCT in MODECNFG register (see Section 5.1.5 and Note 1) CTS 13 I UART: Clear to send (see Note 4) DCD 15 I UART: Data carrier detect (see Note 4) DM 7 I/O Upstream USB port differential data minus DP 6 I/O Upstream USB port differential data plus DSR 14 I UART: Data set ready (see Note 4) DTR 21 O UART: Data terminal ready (see Note 1) GND 8, 18, 28 GND Digital ground P3.0 32 I/O Port-3.0 (see Notes 3, 4, 5, and 8) P3.1 31 I/O Port-3.1 (see Notes 3, 4, 5, and 8) P3.3 30 I/O Port-3.3 (see Notes 3, 4, 5, and 8) P3.4 29 I/O Port-3.4 (see Notes 3, 4, 5, and 8) PUR 5 O Pull-up resistor connection (see Note 2) RESET 9 I Controller master reset signal (see Note 4) RI/CP 16 I UART: Ring indicator (see Note 4) RTS 20 O UART: Request to send (see Note 1) SCL 11 O Master I2C controller: clock signal (see Note 1) SDA 10 I/O Master I2C controller: data signal (see Notes 1 and 5) SIN/IR_SIN 17 I UART: Serial input data / IR Serial data input (see Note 6) SOUT/IR_SOUT 19 O UART: Serial output data / IR Serial data output (see Note 7) SUSPEND 2 O Suspend condition signal (see Note 3) TEST0 23 I Test input (for factory test only) (see Note 5) TEST1 24 I Test input (for factory test only) (see Note 5) VCC 3, 25 PWR 3.3 V VDD18 4 PWR 1.8-V Supply. An internal voltage regulator generates this supply voltage when terminal VREGEN is asserted. When VREGEN is deasserted, 1.8 V must be supplied externally. VREGEN 1 I This active-low terminal is used to enable the 3.3-V to 1.8-V voltage regulator in the core. WAKEUP 12 I Remote wake-up request pin. When low, wakes up system (see Note 5) X1/CLKI 27 I 12-MHz crystal input or clock input X2 26 O 12-MHz crystal output NOTES: 1. 3-state CMOS output ( ±4-mA drive/sink) 2. 3-state CMOS output ( ±8-mA drive/sink) 3. 3-state CMOS output ( ±12-mA drive/sink) 4. TTL-compatible, hysteresis input 5. TTL-compatible, hysteresis input, with internal 100- µA active pullup 6. TTL-compatible input without hysteresis, with internal 100- µA active pullup 7. Normal or IR mode: 3-state CMOS output ( ±4-mA drive/sink) 8. The MCU treats the outputs as open drain types in that the output can be driven low continuously, but a high output is driven for two clock cycles and then the output is tristated. |
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