SNLU271B
March 2020 – June 2022
DP83TD510E
DP83TD510E-EVM User’s Guide
Trademarks
1
Definitions
2
Introduction
2.1
Key Features
2.2
Block Diagram
2.3
Board Setup Out of Box
3
Board Setup Details
3.1
Power Supply Selection
3.1.1
Onboard Power Supply Operation
3.1.2
External Power Supply Operation
3.1.3
USB Power Supply Option
3.2
Clock Selection – DP83TD510E
3.2.1
50 MHz Reference Clock for DP83TD510E in RMII Slave Mode
3.2.2
Enable External Clock on DP83TD510E Board
3.2.3
Enable On-Board 25 MHz Crystal for DP83RD510E Board
3.2.4
Enable On-Board 25 MHz Crystal for DP83822 Board
3.2.5
50 MHz Reference Clock for DP83822 Board in RMII Slave Mode
3.3
SMI Connection
3.4
Cable Assembly
3.5
LED Indication
3.6
Serial Management Interface
3.7
Configuration Options
3.7.1
Bootstrap Options
4
Software
4.1
MSP430 Driver
4.2
USB-2-MDIO Software
5
USB to MDIO procedure
6
Schematics
6.1
Main Power Schematic
6.2
Main Block Schematic
6.3
Interface Schematic
6.4
Analog Front End Schematic
6.5
COMs Schematic
6.6
Header Board
6.7
Hardware Schematic
7
Layout
7.1
Top Overlay
7.2
Top Layer Mask
7.3
Top Layer
7.4
Ground Layer 1
7.5
Signal Layer
7.6
Power Layer
7.7
Ground Layer 2
7.8
Bottom Layer
7.9
Bottom Layer Mask
7.10
Bottom Overlay
7.11
Board Assembly
8
Bill of Materials
9
Revision History
2.1
Key Features
Media Converter: 10BASE-T1L to 10BASE-TX
DP83TD510E IEEE802.3cg Compliant
10Base-TX Interface For Standard Ethernet RJ-45 Connection Using DP83822H
RMII Back-to-Back Configuration
On-board USB2MDIO to Configure PHY
USB-2-MDIO Support
4-Pin Dip Switch
Status LEDs
DP83TD510E
Link
Link + Activity
DP83822
Link
SMI Command
Variable I/O Voltage Range: 1.8-V, 2.5-V, and 3.3-V
Bootstraps for Hardware Configuration
10BASE-T1L Error Free Data Transfer Over 1000 Meters
10BASE-T1 Error Free Data Transfer Over 200 Meters
Figure 2-1
DP83TD510E-EVM Top Side
Figure 2-2
DP83TD510E-EVM Bottom Side