S32K342NHT0MPAST

S32K342NHT0MPAST is an automotive-grade 32‑bit MCU from NXP’s S32K family. It’s built around an ARM Cortex‑M4F core for real‑time control and DSP processing, aimed at safety‑critical automotive functions.
Key points:
- Core and safety: ARM Cortex‑M4F with FPU/DSP; features for functional safety (memory protection, error detection/correction, watchdogs) and ASIL‑capable toolchain support.
- Memory: on‑chip flash and RAM sized for automotive software; ECC/parity protection; secure boot options.
- Peripherals: rich I/O including CAN/CAN FD, LIN, UARTs, SPI, I2C, I2S, timers (PWM/FTM), ADCs, and DACs.
- Power/temperatures: automotive‑grade voltage range with extended operating temperature.
- Tools: supported by NXP S32 Design Studio and MCUXpresso; AUTOSAR compatibility options.
- Applications: body electronics, gateway modules, powertrain/controllers, sensor interfaces.
In short, the S32K342NHT0MPAST is a feature‑rich, safety‑focused MCU designed for robust automotive control applications with long‑term availability.

There are no published direct drop-in equivalents for S32K342NHT0MPAST. Closest functionally are other S32K1/S32K2 Cortex‑M4F MCUs (e.g., S32K144, S32K148, S32K344). For an exact cross-reference, use NXP’s Cross Reference tool or contact an authorized distributor.

S32K342NHT0MPAST is an automotive-grade MCU from NXP’s S32K3 family. Core idea: a safety‑critical, high‑integration 32‑bit MCU with rich peripherals.
Key features (typical for S32K342 family; exact numbers depend on config/packaging):
- CPU: Arm Cortex‑M4F core with FPU and DSP capabilities.
- Performance: high‑speed MCU suitable for motor control and safety‑critical apps (frequency up to the family’s range).
- Safety/Security: automotive‑grade with ASIL‑D readiness, ECC on flash, RAM parity, memory protection unit, hardware CRC, watchdogs, and secure boot options.
- Memory: scalable flash and RAM configurations (variant‑dependent).
- Peripherals: CAN FD (and other automotive comms), LIN, UART, SPI, I2C, I2S; USB (device), and optional Ethernet.
- Timers and PWM: multiple advanced timer modules and PWM channels for motor control and power electronics.
- DMA/EDMA: efficient data transfers with DMA engine.
- ADC/DAC: multiple 12‑bit ADCs (with DMA) and DACs as needed.
- Development: support for standard debug (SWD/JTAG) and ecosystem tools.
Note: exact flash/RAM sizes, peripheral counts, and package/temperature range vary by exact device configuration. Check the NXP datasheet for the precise variant.

Pin count: 176 pins (LQFP176 package).
Function: Automotive-grade 32‑bit MCU (S32K342) with an ARM Cortex‑M4F core, intended for automotive control applications, featuring CAN/CAN FD and a range of peripherals (serial interfaces, ADC/DAC, timers, etc.).

- Manufacturer: NXP Semiconductors.
- What kind of company: A Dutch multinational semiconductor company that designs and manufactures embedded processing ICs, with a focus on automotive microcontrollers, security/connectivity solutions, and broad industrial/consumer applications. It originated from Philips Semiconductors and is publicly traded globally.

Primarily for automotive applications: safety-critical ECUs (ASIL-D) in body electronics, gateway modules, powertrain/motor control, braking, steering, lighting, and digital instrument clusters. Suitable for ADAS data processing and sensor fusion gateways, with in-vehicle networking (CAN FD, LIN) and Ethernet. Also adaptable to industrial automation and robotics for motor control, machine controllers, and smart sensors. Leveraging a Cortex-M4F core and safety features, it supports low- to mid-range automotive and industrial control tasks.

Package type: Plastic Quad Flat Pack (LQFP), 208 pins.