The DP83TD535-Q1 is 10BASE-T1S OA TC-14 compliant PMD transceiver with MDC/MDIO management port and direct VBAT
supply connection. This device provides full analog front end functionality
while relying on the host system for MAC, digital PHY, and management functions.
This solution, similar to the CAN transceiver approach, features a simple and cost
effective 3-pin clock-less interface between the host controller and the PMD
transceiver chip. The device supports 10Mbps multi-drop or point-to-point
half-duplex communication over unshielded twisted pair cables with extended common
mode voltage (CMV) tolerance. The
device communicates to a host controller or switch using OA-3pin interface. The host
must have the 10BASE-T1S digital PHY incorporated.
Additionally MDC/MDIO pins allow host-independent configurations, enhanced
diagnostics, and flexible power-domain design while maintaining full compatibility
with the OA3-pin PMD digital interface in the MCU.
The DP83TD535-Q1 incorporates TC10 wake/sleep features to enable efficient
system-level power consumption. The device supports remote wake-up over the Ethernet
data line. When a
wake-up event is detected, the DP83TD535-Q1
initiates system start-up by driving INH high.
The DP83TD535-Q1 is equipped with diagnostic features such as cable fault
detection, undervoltage and overtemperature monitoring to streamline system
development and maintenance.
The DP83TD535-Q1 is 10BASE-T1S OA TC-14 compliant PMD transceiver with MDC/MDIO management port and direct VBAT
supply connection. This device provides full analog front end functionality
while relying on the host system for MAC, digital PHY, and management functions.
This solution, similar to the CAN transceiver approach, features a simple and cost
effective 3-pin clock-less interface between the host controller and the PMD
transceiver chip. The device supports 10Mbps multi-drop or point-to-point
half-duplex communication over unshielded twisted pair cables with extended common
mode voltage (CMV) tolerance. The
device communicates to a host controller or switch using OA-3pin interface. The host
must have the 10BASE-T1S digital PHY incorporated.
Additionally MDC/MDIO pins allow host-independent configurations, enhanced
diagnostics, and flexible power-domain design while maintaining full compatibility
with the OA3-pin PMD digital interface in the MCU.
The DP83TD535-Q1 incorporates TC10 wake/sleep features to enable efficient
system-level power consumption. The device supports remote wake-up over the Ethernet
data line. When a
wake-up event is detected, the DP83TD535-Q1
initiates system start-up by driving INH high.
The DP83TD535-Q1 is equipped with diagnostic features such as cable fault
detection, undervoltage and overtemperature monitoring to streamline system
development and maintenance.