1. Introduction & Purpose

️· The document describes the MC9328MXL processor.
️· It contains electrical specifications and timing diagrams.

2. Key Components/Sections Overview

️· Maximum Ratings: Specifies the limits beyond which the processor could be damaged. Includes ratings for voltage, temperature, ESD protection, latch-up current, and storage temperature.
️· Recommended Operating Range: Defines the voltage ranges for optimal performance. It highlights the importance of isolating analog voltage supplies (AVDD).
️· Power Sequence Requirements: Indicates the correct order in which power supplies should be applied and removed, referencing an application note (AN2537) on the i.MX website for details.
️· DC Electrical Characteristics: Lists electrical parameters and their minimum, typical, and maximum values.
️· Power Consumption: Provides data on the current draw under various conditions.

3. Detailed Information (Specifics from the Text)

️· Voltage Levels & Considerations:
- Multiple VDD/VSS pairs exist, including QVDD and QVSS for internal logic, and separate pairs for I/O pads.
- Analog supplies (AVDD) should be noise-filtered and isolated.
️· Current Consumption (Examples):
- Full running current at 96MHz: QVDD at 1.8V = 120mA; NVDD/AVDD at 3.0V = 30mA.
- Standby current varies with core frequency and temperature (examples are provided).
️· Reference Document: Application note AN2537 on the i.MX website should be consulted for power-up sequencing.
️· Maximum Power Consumption: 8001 mW to 13002 mW depending on the application.

4. Summary Table of Electrical Specifications (Highlights)

Category	Parameter	Minimum	Typical	Maximum	Unit
Voltage	I/O Supply (certain interfaces)	2.70		3.30	V
Voltage	Core supply voltage	1.70	1.80/2.00	3.30	V
Current	Full running current	-	120mA (QVDD) / 30mA (NVDD+AVDD)	-	mA
Temperature	Operating temp. range	-40/-30		70/85	°C
ESD	Human body model (HBM)	-	-	2000	V

Important Notes (from the Document):

️· Consult application note AN2537 on the i.MX website for power sequencing details.
️· Pay close attention to the requirements for isolating analog supply voltages (AVDD).
️· Power supply specifications are highly dependent on operating conditions (frequency, temperature, application).