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ADIN2111BCPZ-R7 Folha de dados(PDF) 22 Page - Analog Devices |
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ADIN2111BCPZ-R7 Folha de dados(HTML) 22 Page - Analog Devices |
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22 / 129 page ![]() Data Sheet ADIN2111 THEORY OF OPERATION analog.com Rev. A | 22 of 129 POWER-DOWN MODES The ADIN2111 supports the following two power-down modes: ► Hardware power-down ► Software power-down Hardware Power-Down Mode The hardware power-down mode can be used when no operation is required on the ADIN2111 and the power consumption needs to be minimized. The device enters hardware power-down mode when the RESET pin is asserted and held low. In this mode, all analog and digital circuits are disabled, the clocks are gated off, and all the I/O pins are held in tristate mode. In this mode, the ADIN2111 power consumption is equivalent to the internal circuit leakage. The internal registers are not accessible in this mode. Software Power-Down Mode Software power-down mode can be used on each PHY to configure the ADIN2111 registers before bringing a link up. In this mode, the PHY 1 (respectively PHY 2) analog and digital circuits are in a low power state, and the PLL is active and can provide output clocks if configured to do so. Any signals exposed to the MDI pins, P1_TXP and P1_TXN (respectively P2_TXP, P2_TXN), are ignored and any active link on the respective PHY is dropped. The SPI registers are accessible, and the device can be configured using software. The PHY 1 (respectively PHY 2) can be configured to automati- cally enter software power-down mode after power-up, hardware reset, or software reset using the P1_SWPD_EN (respectively P2_SWPD_EN) hardware configuration pin signal. The ADIN2111 can also be instructed to enter software power-down mode by set- ting the software power-down bit (CRSM_SFT_PD) in the software power-down control register (CRSM_SFT_PD_CNTRL) within the respective PHY. The software power-down status bit (CRSM_SFT_PD_RDY) in the system status register (CRSM_STAT) indicates that the respective PHY is in software power-down mode. The ADIN2111 PHY 1 (respectively PHY 2) exits software power- down mode when the CRSM_SFT_PD bit is cleared within the respective PHY. After exiting software power-down, and if autone- gotiation is completed, the PHY 1 (respectively PHY 2) attempts to bring a link up. Note that it is necessary to bring PHY 1 out of software power-down mode to establish a link on PHY 2. |
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