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ADP5586ACBZ-03-R7 Datasheet(PDF) 38 Page - Analog Devices |
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ADP5586ACBZ-03-R7 Datasheet(HTML) 38 Page - Analog Devices |
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38 / 44 page  ADP5586 Data Sheet Rev. 0 | Page 38 of 44 LOGIC_FF_CFG, Register 0x37 Table 64. LOGIC_FF_CFG Bit Descriptions Bits Bit Name Access Description [7:2] Reserved Reserved Reserved. 1 FF_SET Read/write 0 = FF not set in the logic block. Refer to Figure 19. 1 = sets FF in the logic block. 0 FF_CLR Read/write 0 = FF not cleared in the logic block. Refer to Figure 19. 1 = clears FF in the logic block. LOGIC_INT_EVENT_EN, Register 0x38 Table 65. LOGIC_INT_EVENT_EN Bit Descriptions Bits Bit Name Access Description [7:3] Reserved Reserved Reserved. 2 LY_DBNC_DIS Read/write 0 = output of the logic block is debounced before entering the event/interrupt block. 1 = output of the logic block is not debounced before entering the event/interrupt block. Use with caution because glitches may generate interrupts prematurely. 1 LOGIC_EVENT_EN Read/write 0 = LY cannot generate interrupt. 1 = allows LY activity to generate events on the FIFO. 0 LOGIC_INT_LEVEL Read/write Configures the logic level of LY that generates an interrupt. 0 = LY is active low. 1 = LY is active high. POLL_TIME_CFG, Register 0x39 Table 66. POLL_TIME_CFG Bit Descriptions Bits Bit Name Access Description [7:4] Reserved Reserved Reserved. 3 PRECHARGE_TIME Read/write Defines time to allow precharge. 0 = 100 µs. 1 = 200 µs. 2 Reserved Reserved Reserved. [1:0] KEY_POLL_TIME[1:0] Read/write Configures time between consecutive scan cycles. 00 = 10 ms. 01 = 20 ms. 10 = 30 ms. 11 = 40 ms. PIN_CONFIG_A, Register 0x3A Table 67. PIN_CONFIG_A Bit Descriptions Bits Bit Name Access Description [7:6] Reserved Reserved Reserved. 5 R5_CONFIG Read/write 0 = GPIO 6. 1 = Row 5. 4 R4_CONFIG Read/write 0 = GPIO 5 (see R4_EXTEND_CFG in Table 69 for alternate configuration, RESET). 1 = Row 4 3 R3_CONFIG Read/write 0 = GPIO 4 (see R3_EXTEND_CFG in Table 69 for alternate configuration, LC). 1 = Row 3 2 R2_CONFIG Read/write 0 = GPIO 3 1 = Row 2 1 R1_CONFIG Read/write 0 = GPIO 2 1 = Row 1 0 R0_CONFIG Read/write 0 = GPIO 1/LY (see R0_EXTEND_CFG in Table 69 for alternate configuration, LY). 1 = Row 0 |
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