UM324xG-https://www.unicmicro.com

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MCU
MCU
ARM Cortex-M4
- UM324xF - UM32G421
ARM Cortex-M0+
- UM3213A - UM3213F - UM32G13x
8-bit MCU
- UM8005 - UM800Y - UM800YA

Analog
LCD Driver
- UM16436
Motor Control MCU
MCU

- UM32Mx31 - UM32Mx53 - UM32Mx56 - UM324xG - UM324xF

Driver
NN Low-voltage Driver
- UM6031
NN Medium-voltage Driver
- UM6032 - UM6012
NN High-voltage Driver
- UM6312 - UM6332
PN Driver
- UM6030
IPM Driver
- UM6013
RF
Sub-1GHz Transceiver

- UM2010 - UM2011A

Sub-1GHz Transmitter

- UM2001A - UM2003A - UM2003L - UM2005 - UM2005L - UM2005C - UM2007 - UM2007L

Sub-1GHz Receiver

- UM2002B - UM2004 - UM2006A - UM2004A - UM2002

Sub-1GHz SoC

- UM2080F32

125KHz LF Receiver

- UM2020

125KHz SoC

- UM2082F08
PD 3.1
Power Delivery

- UM3500F - UM3506

Digital Power
Module
RF Module

- URM2680 - URM2605C

PKE Module

RKE Module
Tool
Programmer

- MCU Programmer - RF Programmer - RF Burning Socket

BOOT

- MCU BootTool

Home > Motor Control MCU > MCU > UM324xG

Overview

Catalog

Application

Document

SDK

Material Document

UM324xG

Core: ARM Cortex-M4, maximum operating frequency of 168MHz (204MHz@boost mode)

Computing Capabilities: Built-in FPU (Single-Precision Floating-Point Unit) and equipped with DSP (Digital Signal Processing) instruction set

64KB SRAM (Static Random-Access Memory)

256KB eFlash (Embedded Flash Memory)

Standby Mode: 1.5μA @3.0V, with RTC (Real-Time Clock) in operation

Run Mode: 70μA/MHz @3.0V @168MHz

GPIO (General-Purpose Input/Output): Up to 54 pins, configurable with four drive current levels: 20mA, 14mA, 6mA, and 2mA

PWM (Pulse-Width Modulation): 37 PWM output channels; maximum PWM precision of 1.736ns@576MHz (achieved via 4x frequency multiplication of the 144MHz system clock)

2 low-power LPUARTs (Low-Power Universal Asynchronous Receiver/Transmitters)

4 general-purpose UARTs (Universal Asynchronous Receiver/Transmitters)

2 USARTs (Universal Synchronous/Asynchronous Receiver/Transmitters)

I2C Interface: 3 channels, maximum data rate of 1Mbps

CAN Bus: Supports CAN FD (Flexible Data-Rate) with a maximum communication rate of 5Mbps, and is backward compatible with CAN 2.0A/B protocols

DAC (Digital-to-Analog Converter): 1 unit of 12-bit DAC, with a sampling rate of 1Msps (Mega Samples Per Second)

ADC (Analog-to-Digital Converter): 2 units of 12-bit ADCs, 16 channels supporting both single-ended and differential input, with a maximum sampling rate of 5.25Msps

3 OPAs (Operational Amplifiers)

3 ACMPs (Analog Comparators)

USB Interface: 1 USB interface, supporting Full-Speed USB FS (Full-Speed) Device interface (with built-in PHY (Physical Layer))

Dedicated Accelerator: Cordic accelerator (supports operations including sine, cosine, arctangent, square root, multiplication, division, etc.)

Hardware Encryption/Decryption: AES (Advanced Encryption Standard) with 128-bit/256-bit key support

Operating Voltage: 1.8 ~ 3.6V

Operating Temperature: -40 ~ 105°C

ESD (Electrostatic Discharge) Protection: 4KV (HBM - Human Body Model), 1.5KV (CDM - Charged Device Model)

LU (Load Current): 200mA

Package Types: LQFP64, LQFP48, QFN40

32 products in total

Part number	Core	Voltage (V)	Pre_driver	Max freq. (MHz)	GPIO	Flash (KB)	RAM (KB)	OPA	CMP	ADC(CH)	Package
UM32G421-RCT7	M4	1.8~3.6	-	204	54	256	64	3	3	16	LQFP64
UM32G421-CCT7	M4	1.8~3.6	-	204	40	256	64	3	3	12	LQFP48
UM32G421-HCU7	M4	1.8~3.6	-	204	36	256	64	3	3	15	QFN40

Garden Tools
As garden tools have gradually expanded from professional application fields such as industry to civil use, miniaturization, intelligence, and cordless lithium-battery power have become the main development trends of the garden tool industry in the future. The industry is in need of more compact, energy-efficient, high-performance, safer, and more cost-effective control solutions for garden tools.
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EBIKE
Servo motor
Robot joint motor