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General| Brand | Renesas |
|---|---|
| Model | RH850/U2A 292pin |
| Category | Computer Hardware |
| Language | English |
Lists all items included in the Y-RH850-U2A-292PIN-PB-T1-V1 product package.
Lists main boards compatible with this piggyback board for evaluation.
Highlights key capabilities such as burn-in socket, power options, and interfaces.
Provides visual representations of the top and bottom layouts of the piggyback board.
Instructions on how to properly insert the RH850 device into the socket.
Provides a comprehensive list and description of all jumpers on the board.
Offers an overview of the various connectors available on the piggyback board.
Details the function, color, and remarks for each LED on the board.
Explains the power supply requirements and external connectors for the board.
Details device power supply pins, their functions, and available voltage selections.
Describes methods for supplying and selecting the device's core voltage (VDD).
Explains how to use jumpers to measure current on power rails.
Identifies green LEDs indicating the presence of various power supply voltages.
Covers the on-chip oscillator and external resonator options for clock generation.
Details the option to use a programmable crystal oscillator circuit.
Explains how X1 and X2 signals are connected to CN15 for clock purposes.
Configures device operation modes using specific jumpers.
Explains the function and operation of the SW1 reset switch.
Describes the eight LEDs used for observing device port pin states.
Details the CN12 pin header for pull-up/pull-down signal configuration.
Information on the Marvell 88Q2112 Automotive Ethernet PHY.
Details the RHSIF and MSPI interfaces available at connector CN5.
Summarizes signals for connectors linking the piggyback board to a main board.
Provides pin assignment details for the CN4 debug connector.
Details the pin assignment for the RHSIF and MSPI interface connector.
Lists connections for accessing various device ports via pin headers.
Explains the functionality and jumper settings for CN12.
Refers to automotive Ethernet interface details for these connectors.
Details the GPIO and LED output connector CN20.
Details how to power the piggyback board using a connected debugger.
Example configuration for minimal operation using a single 3.3V external power supply.
Example configuration for operation utilizing all available external power supplies.
Example configuration for operating the board when mounted on a Main Board.
Outlines the required sequence for safely turning off the board's power supply.
Warns about a potential conflict between CAN0RX and FLMD1 signals.
Notes the incompatibility of SVR function with DeepSTOP mode.
