company blog about Mingjiada Stock Supplies NXP Power Management ICs (PMICs) and System-on-Chip (SBC) Solutions

Mingjiada Electronics maintains a long-term stock of genuine NXP power management integrated circuits (PMICs) and system-on-chip (SBC) solutions, which are widely used in automotive electronics, industrial control, smart connectivity, consumer electronics, and the Internet of Things (IoT). PMICs provide multiple high-efficiency regulated outputs for processors, memory, and peripherals, while SBCs integrate system-level functions such as CAN/LIN transceivers, watchdogs, and wake-up management on top of the PMIC, significantly simplifying ECU design. All chips are genuine and in ample stock. We welcome inquiries and orders from both new and existing customers.

I. Power Management ICs (PMICs)

1. PF Series Multi-Channel PMICs

PF09 — 9-channel PMIC optimized for high-performance i.MX95 applications, featuring 5 high-efficiency buck converters and 4 linear regulators, supporting up to ASIL D functional safety level

PF1510, PF1550 — PMICs for low-power portable devices, wearables, and IoT applications, specifically designed for i.MX processors

PF3000 — 12-channel configurable PMIC integrating 4 programmable buck regulators and 6 linear regulators, suitable for single- and dual-core Cortex-A7/A9 processors

PF3001 — PMIC for automotive and industrial applications

PF4210 — Multi-channel PMIC for automotive and industrial applications

PF5020, PF5023, PF5024, PF5030 — Multi-channel PMIC series

PF5103, PF5113, PF5123 — Multi-channel PMICs for automotive/industrial applications, with the PF5123 being a 3-channel device

PF5200 — Multi-channel PMIC for automotive ADAS, vision, radar, and infotainment applications

PF5300, PF5301, PF5302 — High-performance core power regulator PMICs, integrating 8A/12A/15A single buck converters, supporting ASIL D safety level, and compliant with AEC-Q100 standards

PF7100 — A 7-channel PMIC designed specifically for i.MX 8 high-performance processors, featuring 5 high-efficiency buck converters and 2 linear regulators, supporting ASIL B safety grade

PF8101, PF8201 — 9-channel PMICs for i.MX 8 and i.MX 8X processors, featuring 5 high-efficiency buck converters and 3 linear regulators; the PF8201 supports ASIL B safety level

PF8121 — 12-channel PMIC for high-performance consumer applications, featuring 7 high-efficiency buck converters and 4 linear regulators, supporting the i.MX 8M Mini

PF9453 — Low-power multi-rail PMIC designed specifically for i.MX 91 and i.MX 93 processors, featuring 4 high-efficiency buck regulators and 3 LDOs, suitable for IoT and portable applications

2. MMPF Series PMICs

MMPF0100 — PMIC for i.MX 6 processors

MMPF0200 — Highly programmable PMIC featuring 4 buck converters, 1 boost regulator, and 6 linear regulators, designed for i.MX 6 processors

MC13892, MC34704, MC34708, MC34709, MC34VR500 — PMIC series for NXP application processors and embedded systems

3. PCA Series PMICs

PCA9420, PCA9421 — 13-channel PMICs for ultra-low-power applications

PCA9422 — Ultra-low-power charger + battery monitor PMIC, specifically designed for low-power microcontrollers such as the i.MX RT500/RT600/RT700, suitable for wearable devices and AI smart glasses

PCA9450 — PMIC for i.MX 8M Mini/Nano/Plus

PCA9451A — PMIC for i.MX 93x application processors

PCA9452 — PMIC for automotive applications in the i.MX 93x processor family

PCA9460 — PMIC Series

4. VR Series PMICs

VR5100, VR5510 — Multi-channel PMICs for automotive applications

II. System-on-Chip (SBC)

1. FS Series Safety SBCs

FS04 — High-voltage ASIL D PMIC for S32N processors, featuring 1 HVBUCK, 5 LVBUCKs, and 1 LDO

FS23 — Safety SBC series, integrating power management, CAN, and LIN functions, suitable for body control units and BMS applications

FS24 — Safety mini CAN FD SBC series, designed for safety-critical automotive access control applications

FS25 — SBC for automotive zone architecture, specifically designed to support NXP S32K5 and S32J devices, supporting ASIL D safety level

FS26 — Low-power safety SBC for ASIL D systems

FS84 — Safety SBC for S32 microcontrollers, supporting ASIL B safety level, focused on ADAS sensor (camera, radar, LiDAR) applications

FS85 — Safety SBC for S32 microcontrollers, supporting ASIL D safety level, pin- and software-compatible with FS84

FS86 — Safety-critical SBC for domain controllers, software-compatible with FS84/FS85, supports ASIL B/D safety levels, suitable for ADAS and electrification applications

FS6500 — Safety-critical SBC for Level 1 and Level 0 safety domains, with integrated CAN flexible transceiver

FS6600 — Safety-critical SBC for S32S2 microcontrollers, supports ASIL D safety level

FS2400 — Failsafe SBC for secure automotive access control (UWB, NFC, BLE) applications, supports CAN FD, supports ASIL B safety level

FS4500 — Safety-grade Level 1 and Level 0 power SBC with integrated CAN flexible data transceiver

FS5502 — High-voltage PMIC with multiple SMPS and LDOs, designed as a primary companion chip for S32Rx processors

FS5600 — Automotive dual-channel buck regulator and controller with voltage monitoring and watchdog timer

2. UJA Series SBCs

UJA1061, UJA1065, UJA1066, UJA1069 — Failsafe SBC series with integrated CAN/LIN interfaces

UJA107xA — Next-generation CAN/LIN SBC series, integrating high-speed CAN and LIN interfaces; reduces PCB space by over 50% by integrating more than 10 active components onto a single chip

UJA113xA — Buck-boost high-speed CAN/LIN system-on-chip

UJA1161, UJA1162 — Self-powered high-speed CAN transceiver, supporting Standby and Sleep modes respectively

3. Other SBCs

MC33FS8400, MC33FS8410, MC33FS8425, MC33FS8430, MC33FS8435 — FS84 series safety SBC variants designed for S32 microcontrollers

Mingjiada guarantees that all supplied NXP PMIC and SBC chips are genuine, with ample stock available for both sample and bulk orders. For a detailed product list and pricing, please contact the Mingjiada sales team.