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Wireless RF
Wireless RF
N32WB452

N32WB452 series is a BLE5.0 MCU chip based on 32-bit ARM Cortex-M4F + Cortex-M0 dual-core, TX/RX power consumption 3.5mA, transmit power +3dBm, receiving sensitivity -94dBm, main frequency 144MHz, support floating-point operations and DSP instructions, built-in 512KB Flash, 144KB SRAM, integrated 7xU(S)ART, 4xI2C, 3xSPI, 2xCAN 2.0B, 1x USB 2.0 FS Device, 1xSDIO, digital video interface, 2x12bit 5Msps ADC, 2x1Msps 12bit DAC, built-in cryptographic algorithm hardware acceleration engine.

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Main Features

•  BLE5.0

2.4 GHz RF transceiver, support BLE5.0

High receiver sensitivity (–94dBm@BLE)

Programmable transmitter power, up to +3dBm

Built-in Balun/Matching Network

Receive power consumption: 3.5mA@3.0V (DCDC)

Transmit power consumption: 3.6mA@3.0V/0 dBm (DCDC)

•  CPU core

32-bit ARM Cortex-M4 + Cortex-M0 dual-core architecture, in which 32bit ARM Cortex-M0 is used as a co-processor dedicated to processing BLE5.0 radio frequency circuit and Bluetooth core protocol, through the internal bus and ARM Cortex-M4 core application processor communication

32-bit ARM Cortex-M4 core + FPU, single-cycle hardware multiply instructions, support DSP instructions and MPU

Built-in 8KB instruction Cache, support Flash acceleration unit execution program 0 wait

Run up to 144MHz, 180DMIPS

•  Memory

Up to 512KByte embedded Flash memory, support encrypted storage, partition management and data protection, support hardware ECC verification, 100,000 erasing times, 10 years data retention

144KByte embedded SRAM (including 16KByte Retention RAM), supporting hardware parity check

•  Low power management

Standby mode: 4uA, 84 backup registers are retained, all IOs are retained, optional RTC Run, 16KByte Retention SRAM retention, support VBAT pin independent power supply, 100us fast wake-up

Stop2 mode: 6uA, RTC Run, 16KByte Retention SRAM retention, CPU register retention, all IO retention, 40us fast wake-up

Stop0 mode: 150uA, RTC Run, all SRAM retained, all IO retained, 20us fast wake-up

•  Application processor clock

4MHz~32MHz external high-speed crystal

32.768KHz external low-speed crystal

Internal high-speed RC 8MHz

Internal low-speed RC 40KHz

Built-in high-speed PLL

Supports one-way clock output, which can be configured with system clock, HSE, HSI, or PLL frequency division output

•  Bluetooth processor clock

32MHz external high-speed crystal

32.768KHz external low-speed crystal

Internal high-speed RC 32MHz

Internal low-speed RC 32KHz

•  Reset

Supports power on, power down, brown-out, and external pin reset

Support watchdog reset

•  Up to 65 GPIOs with multiplexing function. Most GPIO supports 5V voltage resistance.

•  Communication interface

7x U(S)ART interfaces with speeds up to 4.5Mbps, including 3x USART interfaces (supporting ISO7816, IrDA, LIN) and 4x UART interfaces

3x SPI interfaces with speeds up to 36MHz, two of which support I2S

4x I2C interfaces with speeds up to1MHz, which can be configured in master/slave mode and support dual address response in slave mode

1x USB2.0 Full Speed Device port

2x CAN 2.0B bus interfaces

1x SDIO interface, supporting SD/SDIO/MMC format

1x DVP (Digital Video Port)

•  Analog interface

2x 12bit 5Msps high-speed ADCs, available in 12/10/8/6 bit mode, sampling rate up to 9Msps in 6bit mode and up to 16 external single-ended input channels, supporting differential mode

2x 12bit DAC, sampling rate 1Msps

Support external input independent reference voltage source

All analog interfaces support full voltage from 1.8 to 3.6V

•  2x high-speed DMA controllers, each controller supports 8 channels, channel source address and destination address can be arbitrarily configurable

•  RTC real-time clock, support leap year perpetual calendar, alarm clock event, periodic wake up, support internal and external clock calibration

•  Timing counter

2x 16bit advanced timer counters, support input capture, complementary output, orthogonal coding input and other functions, the highest control accuracy of 6.9ns;Each timer has four independent channels, three of which support 6 complementary PWM output

4x 16bit general timer counters, each timer has four independent channels, support input capture/output comparison /PWM output

2x 16bit basic timer counters

1x 24bit SysTick

1x 7bit Window Watchdog (WWDG)

1x 12bit Independent Watchdog (IWDG)

•  Programming mode

Support SWD/JTAG online debugging interface

―  Support UART and USB Bootloader

•  Security features

Built-in cryptographic algorithm hardware acceleration engine

Supports AES, DES, SHA, SM1, SM3, SM4, SM7, and MD5 algorithms

Flash Storage encryption, Multi-user Partition Management (MMU)

TRNG true random number generator

CRC16/32 operation

Support write protection (WRP), multiple read protection (RDP) levels (L0/L1/L2)

Support security startup, program encryption download, security updates

Support clock failure detection, anti-disassembly detection

•  96-bit UID and 128-bit UCID

•  Working conditions

Operating voltage range: 1.8V~3.6V

Operating temperature range: -40℃ ~ 85℃

― ESD: ±4KV (HBM model), ±1KV (CDM model)

Typical Applications

Including BMS, Bluetooth VCU for electric vehicles, logistics trackers, handheld gimbals, smart door locks, and other Bluetooth applications.

Mass Production Debugging Tools
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Technical Support
Should you have any questions, please feel free to contact us and we will reply to you as soon as possible.