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VSC060 Datasheet(PDF) 27 Page - Maxim Integrated Products |
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VSC060 Datasheet(HTML) 27 Page - Maxim Integrated Products |
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27 / 166 page ![]() 27 of 166 VSC060 Data Sheet Revision 4.1 January 2008 3.2.6 05h: General-Purpose I/O Port 5 Data (GPD5) The following table shows the bit assignments for the General-Purpose I/O Port 5 Data register. Control of the individual I/O pins in this register can be overridden by the PBC8, PBC9, PBC10, and PBC11 registers when port bypass control is required. 3.2.7 06h: General-Purpose I/O Port 6 Data (GPD6) The following table shows the bit assignments for the General-Purpose I/O Port 6 Data register. Control of the individual I/O pins in this register can be overridden by the PBC12, PBC13, PBC14, and PBC15 registers when port bypass control is required. Register Name: GPD5 Address: 05h Reset Value: XXXX_XXXXb Bit Bit Label Access Description 7:0 GPD5.7-0 R/W General-Purpose Data When the I/O pin is enabled as an output, writing these bits determines the data value that will be present on the corresponding I/O pin. If the I/O pin is enabled as an input, reading these register bits represents the current voltage applied to the pin. At no time do the bits directly represent the value latched into the data register. If a pin is enabled as an input and there is no signal applied, weak internal pull- up resistors hold the pin at a binary 1. After a reset or power on, the register bits are set to a binary 1, but the value returned from a register read is the level applied to the pin since each pin is an input by default. Register Name: GPD6 Address: 06h Reset Value: XXXX_XXXXb Bit Bit Label Access Description 7:0 GPD6.7-0 R/W General-Purpose Data When the I/O pin has been enabled as an output, writing these bits determines the data value that will be present on the corresponding I/O pin. If the I/O pin has been enabled as an input, reading these register bits represents the current voltage applied to the pin. At no time do the bits directly represent the value latched into the data register. If a pin is enabled as an input and there is no signal applied, weak internal pull-up resistors hold the pin at a binary 1. After a reset or power on, the register bits are set to a binary 1, however, the value returned from a register read is the level applied to the pin since each pin is an input by default. |
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