CY14B101K
Table 2. Mode Selection
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| A15 – A0 | Mode | IO | Power |
| CE | WE | OE | |||||||||
| H |
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| X |
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| X |
| X | Not Selected | Output High Z | Standby |
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| L |
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| H |
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| L |
| X | READ SRAM | Output Data | Active |
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| L |
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| L |
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| X |
| X | WRITE SRAM | Input Data | Active |
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| L |
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| H |
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| L |
| 0x4E38 | Read SRAM | Output Data | Active ICC2[1, 2, 3] |
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| 0xB1C7 | Read SRAM | Output Data |
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| 0x83E0 | Read SRAM | Output Data |
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| 0x7C1F | Read SRAM | Output Data |
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| 0x703F | Read SRAM | Output Data |
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| 0x8FC0 | Nonvolatile | Output High Z |
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| STORE |
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| L |
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| H |
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| L |
| 0x4E38 | Read SRAM | Output Data | Active[1, 2, 3] |
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| 0xB1C7 | Read SRAM | Output Data |
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| 0x83E0 | Read SRAM | Output Data |
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| 0x7C1F | Read SRAM | Output Data |
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| 0x703F | Read SRAM | Output Data |
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| 0x4C63 | Nonvolatile | Output High Z |
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| RECALL |
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Notes
1.The six consecutive address locations are in the order listed. WE is HIGH during all six cycles to enable a nonvolatile cycle.
2.While there are 17 address lines on the CY14B101K, only the lower 16 lines are used to control software modes.
3.O state depends on the state of OE. The IO table shown is based on OE Low.
Document Number: | Page 6 of 28 |
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