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Powering an I.MX 6SX-Based System Using the PF3000 PMIC

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Powering an I.MX 6SX-Based System Using the PF3000 PMIC NXP Semiconductors Document Number: AN5161 Application Note Rev. 1.0, 7/2016 Powering an i.MX 6SX-based system using the PF3000 PMIC 1 Introduction Contents 1 Introduction. 1 The PF3000 is a highly integrated Power Management IC ideally suited to power NXP's i.MX 6SX, i.MX 6SL, i.MX 6S, i.MX 6DL, 2 PF3000 voltage regulators . 2 i.MX 6UL and the i.MX 7 series of applications processors. This 3 i.MX 6SX power management using the PF3000 . 3 Application Note discusses the power tree configuration for 4 PF3000 power input . 4 powering an i.MX 6SX based system using the PF3000. NXP analog ICs are manufactured using the SMARTMOS 5 PF3000 layout guidelines . 5 process, a combinational BiCMOS manufacturing flow that 6 PF3000 software support . 5 integrates precision analog, power functions and dense CMOS 7 Schematics. 6 logic together on a single cost-effective die. 8 References . 27 9 Revision history . 28 © 2016 NXP B.V. PF3000 voltage regulators 2 PF3000 voltage regulators Table 1 shows a summary of the voltage regulators in the PF3000. Output voltage and startup sequence of the regulators is programmed into the PMIC through One Time Programmable (OTP) memory. For more details, refer to the product datasheet. Table 1. PF3000 voltage regulators Regulator Output voltage range Load current rating 0.7 V to 1.425 V SW1A 1.8 V 1000 mA 3.3 V SW1B 0.7 V to 1.475 V 1750 mA 1.5 V to 1.85 V SW2 1250 mA 2.5 V to 3.3 V SW3 0.9 V to 1.65 V 1500 mA SWBST 5.0 V to 5.15 V 600 mA VSNVS 3.0 V 1.0 mA VLDO1 1.8 V to 3.3 V 100 mA VLDO2 0.8 V to 1.55 V 250 mA VLDO3 1.8 V to 3.3 V 100 mA VLDO4 1.8 V to 3.3 V 350 mA 1.8 V to 1.85 V VCC_SD 100 mA 2.85 V to 3.3 V V33 2.85 V to 3.3 V 350 mA VREFDDR VINREFDDR/2 10 mA Powering an i.MX 6SX-based system using the PF3000 PMIC, Rev. 1.0 NXP Semiconductors 2 i.MX 6SX power management using the PF3000 3 i.MX 6SX power management using the PF3000 The i.MX 6SX processor features NXP's advanced implementation of the a single ARM® Cortex®-A9 MPCore™ multicore processor, which operates at speeds up to 1 GHz. Table 2 shows how PF3000 can be used to power an i.MX 6SX based system. This include the voltage rails required by the processor as well as memory and common peripherals. As a programming PMIC, the PF3000 can be used in a number of ways to power the i.MX 6SX. Table 2 lists one of the many possibilities. The power tree can be optimized based on specific application requirements. Table 2. PF3000 + i.MX 6SX power tree Regulator Voltage Sequence Load domain SW1A 1.375 V 2 VDDCORE SW1B 1.375 V 2 VDDSOC SW2 3.3 V 4 NVCC_SD4, NVCC_NAND, NVCC_GPIO, NVCC_KEY, NVCC_QSPI, NVCC_LCD1, NVCC_HIGH (SD3), LCD Connector, CAN, Sensors, SD3 (SD3.0 Card), SD4 (SD Card-boot), QSPI Flash SW3 1.35 V 3 DDR3L SWBST 5.0 V Off N/A VSNVS 3.0 V 0 VDD_SNVS_IN VLDO1 3.3 V Off N/A VLDO2 1.5 V Off Camera Connector, MPCIE VLDO3 2.5 V Off Camera Connector, Audio Codec VLDO4 1.8 V 4 NVCC_LOW(SD3), NVCC_CSI VCC_SD 3.3 V 5 VDD_AFE_3P3, VDDA_ADC_3P3 (12-bit ADC), ADC_VREFH (12-bit ADC) V33 3.0 V 1 VDD_HIGH_IN,VDD_HIGH_CAP VREFDDR 0.625 V 3 DRAM_VREF Powering an i.MX 6SX-based system using the PF3000 PMIC, Rev. 1.0 NXP Semiconductors 3 PF3000 power input 4 PF3000 power input PF3000 input voltage range is 2.8 V to 4.5 V or 3.7 V to 5.5 V. 2.8 V to 4.5 V when VIN is used at input. 3.7 V to 5.5 V when VPWR is used as input. For non-battery operated applications, when the input supply voltage exceeds 4.5 V, the front-end LDO can be activated by populating the external PMOS pass FET Q16 in Figure 1 and connecting the VPWR pin to the main supply. In this case, the LDO control block self-starts with a local bandgap reference. R496 0 PSU_5V0 R497 0 R498 0 VPWR R499 0 470PF C380 DNP DNP Q16 FDMA908PZ GND LDOG R500 GATE 3 4 SOURCE 0 8 C383 C384 2 5 0.1UF 4.7uF 1 6 GND GND C386 C387 SYS_3V8 47uF 47uF DRAIN 7 GND GND C392 C393 C394 47uF 47uF 47uF DNP GND GND GND Figure 1. PF3000 5.0 V input circuit Powering an i.MX 6SX-based system using the PF3000 PMIC, Rev. 1.0 NXP Semiconductors 4 PF3000 layout guidelines In a battery operated application, BC3770 input is connected directly to the adapter. BC3770 is a fully programmable switching charger with dual-path output. One output path connect to PF3000 VIN as the system power supply. The other output path is for single-cell Li-Ion and Li-Polymer battery. (See Figure 2.) In this case, the PMOS pass FET Q16 should not be populated and VPWR pin should be grounded externally. WALL_5V_DC_JACK U44 A1 B1 C447 A2 VBUS_A1 PMID C450 VBUS_A2 2.2UF 2.2UF E1 GND A3 PGND_E1 E2 VL PGND_E2 SW2_3V3 GND C444 B2 R793 0 DNP 1.0UF C3 BOOT C452 SYS_3V8 GND 0.1UF L49 VDDIO 0402_CC R794 0 DNP C1 16V 1 2 GND B4 LX_C1 D1 VIO LX_D1 R787 R788 R786 R789 1UH 1.5K 1.5K 10k 10k ind_vls252010 C449 C445 R792 D4 10UF 0.1UF VSYS_D4 2.2K E3 0402_CC B5 VSYS_E3 E4 INT VSYS_E4 GND GND R790 A5 C5 A 0 (6,11) PMIC_SDA SDA CHGOUT_C5 D5 CHG_OUT 0402_CC D33 R791 A4 CHGOUT_D5 E5 (6,11) PMIC_SCL 0 SCL CHGOUT_E5 LED Green 0402_CC C448 C446 D2 C4 4.7uF 0.1UF CHGEN BAT_REG DNP D3 C2 VBAT C SHDN NOBAT B3 GND GND J140 BATSNSN GND BATREG 1 MC32BC3770CS BAT_SNS 2 GND NOBAT 3 Main PWR I2C ADDR: 0x92 1803439 C451 1.0UF J24 LED BATT 2 GND 1 Lithium single cell GND B2B-PH-K-S GND battery connectors Figure 2. BC3770 lithium charger 5 PF3000 layout guidelines The Application Note AN5094 provides best practices for the layout of the PF3000 device on printed circuit boards. To download AN5094, click on the following link: http://www.nxp.com/files/analog/doc/app_note/AN5094.pdf 6 PF3000 software support NXP offers PF3000 code support for a custom i.MX 6 board at the NXP Community site https://community.nxp.com/docs/DOC-105064). Powering an i.MX 6SX-based system using the PF3000 PMIC, Rev. 1.0 NXP Semiconductors 5 Schematics 7 Schematics Power Tree Diagram Note: (*1) - SW2 of PF3000 can be changed to 3.1V after boot-up (by SW) to lower power consumption (*2) - No SW1C and SW4 in PF3000. Legend: 0 - Always On 1 - First start-up supply rail Figure 3. Schematic part 1 Powering an i.MX 6SX-based system using the PF3000 PMIC, Rev. 1.0 NXP Semiconductors 6 NXP Semiconductors 7 Powering an i.MX 6SX-based system using the PF3000 PMIC Over Voltage Note: Over-voltage protection is designed Protection to protect up to +20V. DNP JP1 1 2 WALL_5V_DC_JACK TP2 4 8 5 6 Q1 PSU_5V0 TP99 J1 FDMA530PZ 1 2 7 3 2 R1 C3 C4 C5 CON_1_PWR C1 3.3K TVS3 0.1uF 1uF 47uF 0.1uF RC0603_OV C2 R2 ESD5B5.0ST1G 25V 16V 10V 25V 2 0.01uF 100K 0402_CC 0402_cc 0805_CC 0402_CC WALL_OV_CTL R3 10K WALL_OV_BASE 1 MMBT3906TT1G 25V 3 2 1 Q2 0402_CC 1 3 C D3 D2 GND MM5Z5V1ST1G WALL_OVP_LED A C A TP1 RB521S30T1G Figure R4 2.2K GND GND RC0603_OV R5 3.3K RC0603_OV 4. Schematic part 2 4. Schematic part Main PWR Switch SW1 1 2 3 4 5 6 EG2209A GND Lithium Charger WALL_5V_DC_JACK Note: U44 If solder PF3000 5V input circuit in page4 A1 B1 for, then this part is no needed. C447 A2 VBUS_A1 PMID C450 VBUS_A2 , Rev. 1.0 , Rev. 2.2UF 2.2UF E1 A3 PGND_E1 E2 GND VL PGND_E2 SW2_3V3 GND B2 C444 R793 0 DNP 1.0UF C3 BOOT C452 SYS_3V8 GND 0.1UF L49 VDDIO 0402_CC R794 0 DNP C1 16V 1 2 B4 LX_C1 D1 GND VIO LX_D1 R787 R788 R786 R789 1UH 1.5K 1.5K 10k 10k ind_vls252010 C449 C445 R792 D4 10UF 0.1UF 2.2K VSYS_D4 E3 0402_CC B5 VSYS_E3 E4 INT VSYS_E4 GND GND R790 0 A5 C5 A (6,11) PMIC_SDA 0402_CC SDA CHGOUT_C5 D5 CHG_OUT D33 R791 0 A4 CHGOUT_D5 E5 (6,11) PMIC_SCL LED Green 0402_CC SCL CHGOUT_E5 C448 C446 D2 C4 4.7uF 0.1UF CHGEN BAT_REG DNP D3 C2 VBAT C SHDN NOBAT B3 GND GND J140 BATSNSN GND BATREG 1 MC32BC3770CS BAT_SNS 2 GND NOBAT 3 Main PWR 1803439 C451 1.0UF J24 LED BATT 2 GND 1 Lithium single cell GND B2B-PH-K-S GND battery connectors Schematics NXP Semiconductors NXP Schematics PF3000 5V input circuit R496 0 PSU_5V0 R497 0 R498 0 VPWR SYS_3V8 R499 0 470PF C380 DNP C381 Q16 Note: C382 DNP 1.0UF FDMA908PZ This block is used to compensate the weak pf0100_vcore GND output drive of PMIC_ON_REQ in TO1.0. 10V LDOG R500 GATE3 4 SOURCE 0 8 Powering anPowering i.MX 6SX-based system usingPF3000 the PMIC 1.0UF TO1.2 or later does not need this.
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