Putting Altera MAX Series in Hibernation Mode Using User Flash Memory

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ID 683668
Date 1/14/2016
Public
Document Table of Contents
Document Table of Contents x
1. Putting Altera MAX Series in Hibernation Mode Using User Flash Memory
1. Putting Altera MAX Series in Hibernation Mode Using User Flash Memory x
1.1. Design Example Description 1.2. External Hardware Circuitry 1.3. Design in the MAX II Device 1.4. Design in the MAX 10 Device 1.5. Document Revision History
1.3. Design in the MAX II Device x
1.3.1. 4-Bit Binary Up-Counter 1.3.2. Data Controller 1.3.3. Timer 1.3.4. User Flash Memory Instantiation Module 1.3.5. User Flash Memory Data Save and Retrieval Method
1.4. Design in the MAX 10 Device x
1.4.1. 4-Bit Binary Up-Counter 1.4.2. 16-Bit Binary Slow Counter 1.4.3. Main Controller 1.4.4. Random Start Block
1. Putting Altera MAX Series in Hibernation Mode Using User Flash Memory

1. Putting Altera MAX Series in Hibernation Mode Using User Flash Memory

The MAX® II, MAX V, and MAX 10 devices can be used in this example application.

You can completely power down the device into hibernation mode during an inactive period. The device powers down automatically, and allows the system to power it up again when the system requires the device to execute a task, while retaining the register data.

This example application shows the capability of the supported Altera device to store the register data into the non-volatile user flash memory (UFM) before self-powering-down after an idle period. The device also reads back the data from the UFM and reloads the registers for the device to resume operation shortly after powering up.


Section Content
Design Example Description
External Hardware Circuitry
Design in the MAX II Device
Design in the MAX 10 Device
Document Revision History

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