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ADIN3310BBCZ bảng dữ liệu(PDF) 26 Page - Analog Devices

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Data Sheet
ADIN3310/ADIN6310
PIN CONFIGURATION AND PIN DESCRIPTIONS
analog.com
Rev. A | 26 of 86
Table 14. Pin Function Descriptions (Continued)
ADIN6310 Ball No.
Mnemonic
Type1
Internal
Termination at
Reset2
Power
Domain2
Description
J14
TIMER1
I/O
Pull-up
VDDIO_A
Timer or GPIO. The boot strapping pin is used to define the host interface
origin and operation.
H16
TIMER2
I/O
Pull-down
VDDIO_A
Timer or GPIO. The boot strapping pin is used to define the host interface
origin and operation.
H15
TIMER3
I/O
Pull-down
VDDIO_A
Timer or GPIO. The boot strapping pin is used to define the host interface
origin and operation.
K16
GPIO0
I/O
Pull-down
VDDIO_A
GPIO.
K14
GPIO1
I/O
Pull-down
VDDIO_A
GPIO.
K15
GPIO2
I/O
Pull-down
VDDIO_A
GPIO and Activity on Industrial Ethernet Engine Port 1.
J16
GPIO3
I/O
Pull-down
VDDIO_A
GPIO and Activity on Industrial Ethernet Engine Port 2.
Management Interface
D15
MDC
O
High-Z
VDDIO_B
Management Data Clock Output up to 5.5 MHz.
D14
MDIO
I/O
High-Z
VDDIO_B
Management Data Bidirectional Line Synchronous to the MDC Clock. The
MDIO pin requires a 1.5 kΩ pull-up resistor to VDDIO_B.
Serial Interface
This interface supports standard SPI, dual SPI and quad SPI
communication.
L14
SPI_SS
I
Pull-up
VDDIO_A
Chip Select Input, Active Low. The boot strapping pin is used to define the
host interface origin and operation.
L16
SPI_SCLK
I/O
Pull-down
VDDIO_A
Clock Input.
L15
SPI_SIO0
I/O
Pull-down
VDDIO_A
Serial Input and Output 0 for the Quad SPI. The boot strapping pin is used
to define the host interface origin and operation. This pin is the Serial Input
and Output 0 for the dual SPI, and the serial data input (SDI) for the SPI.
M16
SPI_SIO1
I/O
Pull-down
VDDIO_A
Serial Input and Output 1 for the Quad SPI. The boot strapping pin is used
to define the host interface origin and operation. This pin is the Serial Input
and Output 1 for the dual SPI, and the serial data output (SDO) for the SPI.
M15
SPI_SIO2
I/O
Pull-down
VDDIO_A
Serial Input and Output 2 for the Quad SPI. The boot strapping pin is used
to define the host interface origin and operation.
M14
SPI_SIO3
I/O
Pull-down
VDDIO_A
Serial Input and Output 3 for the Quad SPI.
Port 0 Interface
P10
P0_RSTN
O
Pull-down
VDDIO_A
Port 0 PHY Reset. Active low output.
T15
P0_TXC
O
Pull-down
VDDIO_A
Port 0 Transmit Clock. In RGMII mode, P0_TXC provides the clock output
of 125 MHz for 1 Gbps speed, of 25 MHz for 100 Mbps, and of 2.5 MHz for
10 Mbps. In RMII mode, the 50 MHz REF_CLK is the input or output and
configured through strapping or software.
R14
P0_TXD0
O
Pull-down
VDDIO_A
Port 0 RGMII and RMII Transmit Data 0 Output.
T14
P0_TXD1
O
Pull-down
VDDIO_A
Port 0 RGMII and RMII Transmit Data 1 Output.
R13
P0_TXD2
O
Pull-down
VDDIO_A
Port 0 RGMII Transmit Data 2 Output.
T13
P0_TXD3
O
Pull-down
VDDIO_A
Port 0 RGMII Transmit Data 3 Output.
P14
P0_TXCTL
O
Pull-down
VDDIO_A
Port 0 RGMII Transmit Control Signal. In RGMII mode, this pin is a
combination of the TX_EN and TX_ER signals using both edges of TXC.
In RMII mode, this is the transmit enable input from the MAC to the PHY
(TX_EN), which indicates that transmission data is available on the data
lines.
R16
P0_RXC
I
Pull-down
VDDIO_A
Port 0 Receive Clock Input. In RGMII mode, expect the clock input of 125
MHz for 1 Gbps, of 25 MHz for 100 Mbps, and of 2.5 MHz for 10 Mbps.
P15
P0_RXD0
I
Pull-down
VDDIO_A
Port 0 RGMII and RMII Receive Data 0 Input.
P16
P0_RXD1
I
Pull-down
VDDIO_A
Port 0 RGMII and RMII Receive Data 1 Input.
N15
P0_RXD2
I
Pull-down
VDDIO_A
Port 0 RGMII Receive Data 2 Input.
N16
P0_RXD3
I
Pull-down
VDDIO_A
Port 0 RGMII Receive Data 3 Input. In RMII mode, this pin is RX_ER. When
asserted high, it indicates that the PHY has detected a receive error.



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