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How powerful is the performance of the Hang Shun HK32M050? All the core advantages you need to know when selecting a model are here.

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Hang Shun chip

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Hang Shun chip

2025.07.22

Hangsoon Chip, a national-level specialized, refined, and new

Today, we will provide a comprehensive introduction to the selection of HK32MCU specialized chips:

HK32M050 Specialized 

Core: Using ARM Cortex-M0 core, with a maximum operating frequency of 64MHz , it has high-performance processing capabilities. 

Storage Resources: Built-in 16Kbyte Flash and 4Kbyte SRAM Flash at CPU main frequency not exceeding 21MHz , supports waiting bus cycle access, and has data security protection functions. 

Clock System: On-chip high-speed clock HSI can provide 8MHz/16MHz/64MHz three frequencies, on-chip low-speed clock LSI is 40kHz

Timer: Includes a 16  bit advanced timer, with channel PWM output, each channel has an asymmetric dead zone complementary output; a 32  bit general-purpose timer; a 16  bit general-purpose timer; a 16  bit basic timer. 

ADC Equipped with a 12  bit SAR ADC , maximum conversion frequency 1.14MSPS , up to external analog signal input channels, supporting multiple queue configurations and trigger sources. 

Operational Amplifier and Comparator: Integrated analog operational amplifiers, with PGA mode; analog comparators, the comparison threshold can be provided by an external signal. 

Operating Voltage and Temperature: Single power domain VDD is 2.5V~5.5V , operating temperature range -40 ° C~+105 ° C

Low-Power Mode: Supports sleep and shutdown low-power modes, with shutdown mode low-power current as low as 6 μ A@5V 

Communication Interface: Has channel serial port UART high-speed SPI and channel I2C , meeting various communication needs. 

A Vanguard in Domestic Substitution 

Against the backdrop of complex and volatile international trade, domestic substitution has become an inevitable trend in the development of China's semiconductor industry. Hangsoon HK32M050 has emerged as a vanguard in domestic substitution. 

(1) Technical Strength Support: Hangsoon Chip has long been deeply involved in the MCU field, accumulating strong technical strength. HK32M050 From core selection to peripheral function design, Hangsoon demonstrates a precise grasp of market demand and a pursuit of technological innovation. Its performance is comparable to similar products from international giants, providing strong technical support for domestic substitution. 

(2) Adapting to the Domestic Ecosystem: With the rapid development of the domestic electronic information industry, domestically produced MCU application ecosystem is gradually improving. HK32M050 It can better adapt to the domestic development tools, operating systems, and application software ecosystems, reducing technical barriers and compatibility issues during system integration and accelerating the process of domestic substitution. 

(3) Advantages of customized services: Compared with international manufacturers, Hang Shun can be closer to domestic customers and provide them with customized solutions and services. Whether it is functional customization, packaging customization, or software support and technical training, it can meet the personalized needs of different customers, enhancing the domestic MCU competitiveness in the market and promoting the in-depth development of domestic substitution. 

HK32M050 Feature Introduction 

(1) High-performance kernel: Its use of ARM Cortex-M0 kernel has the characteristics of high performance, low power consumption, and low cost. Highest 64MHz working frequency, making the chip perform excellently in processing complex algorithms and real-time control tasks, quickly responding to the needs of various application scenarios, and providing strong power support for motor control and other applications. 

(2) Abundant storage resources: 16Kbyte Flash and 4Kbyte SRAM storage combination, while meeting the needs of code storage and operation, also provides sufficient space for data storage and processing. Flash of waiting bus cycle access characteristics, under certain conditions, can effectively improve the running efficiency of the program, while the data security protection function ensures the reliability of the stored information, even in harsh working environments, it can prevent data loss and tampering, ensuring the stable operation of the system. 

(3) Motor calculation acceleration unit ( EMACC ): Hardware implementation Cordic Clarke Park transformation and SVPWM and other complex calculations, accelerating FOC algorithm, the efficiency far exceeds the pure software solution. Provides a high-speed data channel to help the motor run at high speed and smoothly, suitable for BLDC and PMSM motor control, significantly reducing CPU load and improving overall system performance. 

(4) Various peripheral interfaces: 

Timer: A variety of timer configurations allow it to meet different timing requirements. Advanced timers can implement complex motor control algorithms, such as PWM output for motor speed regulation, and asymmetric dead-zone complementary output can improve the reliability and efficiency of motor driving. General-purpose timers and basic timers can be used for other timing-related functions, such as time measurement and task scheduling, providing flexible timing solutions for various application scenarios. 

ADC 12  bit SAR ADC high precision and fast conversion frequency can accurately collect external analog signals, providing strong support for precise control and monitoring of the system. The rich channel configuration and flexible queue settings allow the chip to simultaneously sample and process multiple analog signals, meeting the needs of multi-parameter detection such as motor current and voltage sampling, and improving the intelligence level of the system. 

Operational Amplifier and Comparator: Built-in operational amplifiers and comparators reduce the use of external components, reducing system cost and size. The op amp PGA mode can achieve flexible signal amplification to meet the processing requirements of different signal amplitudes; the comparator can be used for signal threshold detection, such as motor overcurrent and overvoltage protection, improving the reliability and safety of the system. 

Operating voltage and temperature range: Wide operating voltage range 2.2V~5.5V , allowing it to adapt to different power supply environments, making it easy to connect and match with various sensors, actuators, and peripheral circuits, improving system compatibility and versatility. While -40 ° C~+105 ° C operating temperature range ensures that the chip can operate stably in industrial-grade and even some harsh environments, such as industrial automation equipment and outdoor motor control systems, expanding its application fields. 

Has outstanding advantages compared to competitors 

(1) Performance advantages: Compared with similar competitors, HK32M050 has a higher maximum operating frequency, providing stronger processing power and faster response speed, better meeting the application scenarios with high real-time requirements such as high-speed motor control. 

(2) High degree of functional integration: Its rich peripheral interfaces and functional modules are integrated into one chip. Compared with competitors, multiple chips may be required to achieve the same function, reducing the number of external components and PCB area, reducing system cost and development complexity, improving system integration and reliability. 

(3) ADC superior performance: 12  bit SAR ADC The accuracy and conversion speed are outstanding among similar products, allowing for more accurate acquisition of analog signals, providing stronger support for precise control and monitoring, and helping to improve the overall performance and stability of the system. 

(4) Wide operating voltage and temperature range: Compared with the narrower operating voltage and temperature ranges of some competitors, HK32M050 has stronger adaptability and can operate stably under a wider range of power supply conditions and working environments, reducing the risk of system failures caused by environmental changes and expanding its application range. 

(5) High Cost Performance: While possessing the above-mentioned advantages, HK32M050 the price is competitive, providing customers with higher cost performance, reducing customer procurement and development costs, especially suitable for large-scale applications and cost-sensitive projects. 

Main Promotion Market 

Hang Shun HK32M050 With its high performance, rich functions, low power consumption, and strong domestic substitution advantages, it has become MCU a rising star in the market. It has shown great potential in the field of motor control, especially in brushless DC motors ( BLDC ) field-oriented control ( FOC ) drive control, etc., and can be widely used in a large number of home appliances and industrial equipment, such as electric tools, industrial fans, compressors, electric vehicles, range hoods, vacuum cleaners, water pumps, ceiling fans, air conditioners, etc. 

(1) Home Appliance Market: With consumers' increasing demand for intelligent and energy-saving home appliances, HK32M050 it can provide efficient and precise solutions for motor control of various home appliances, improving the performance and user experience of home appliances, such as intelligent air conditioner fan control and intelligent washing machine motor drive, helping home appliance companies achieve product upgrades and differentiated competition. 

(2) Industrial Automation Market: In the field of industrial automation, its high performance and reliability enable it to meet the strict requirements of industrial equipment for motor control. It can be used to control the motors of various types of industrial fans, water pumps, compressors, etc., improving industrial production efficiency and equipment operation stability, reducing energy consumption and maintenance costs, and promoting the development of industrial automation. 

(3) Power Tool Market: Power tools need to achieve efficient and powerful power output and long-term use under limited battery capacity, HK32M050 its low-power design and high-performance motor control capabilities perfectly meet this need, improving the power performance and battery life of power tools, enhancing the competitiveness of power tools in the market, and meeting the high-performance requirements of professional users and ordinary consumers for power tools.

Welcome to purchase Hang Shun HK32MCU family products. We will push a selection guide every day to help you better understand and choose the right HK32MCU . https://www.hsxp-hk.com/ You can easily and quickly select related high-quality and inexpensive equipment on our website MCU . HK32MCU adheres to " General, Special ”  characteristic concept, everything is centered on product competitiveness, everything is customer-centric, continuously building Hang Shun HK32MCU ecological closed-loop, so that customers are willing to use, easy to use, and continue to use Hang Shun HK32MCU


 

Hang Shun's main product array includes more than 300 industrial/commercial/automotive-grade, general-purpose/special/customized 32-bit MCUs based on ARM Cortex-M0, M3, M4, and RISC-V cores. The following are some specific product families:


 

HK32F005 family (the world's smallest area 1mm² 32-bit MCU subverts the senior TI's carelessness) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 48MHz. 

Storage capacity: Maximum Flash is 32KB, maximum SRAM is 4KB. 

Sub-market: Suitable for various application scenarios, such as smart homes, consumer electronics, wearable devices, etc.

HK32L010 family (low-power monster, high cost performance, high stability, known as the leader in the MCU world) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 48MHz. 

Storage capacity: Maximum Flash is 64KB, maximum SRAM is 4KB. 

Sub-market: Suitable for simple wearable devices, environmental monitoring sensor terminals, and other ultra-low power consumption scenarios.

HK32F407/405/417/415 family (with process innovation, excellent performance, known as the performance monster in the field of industrial control and intelligent applications) 

Core and frequency: Based on ARM Cotex-M4F core, the frequency is up to 168MHz. 

Storage capacity: Maximum Flash is 1MB, maximum SRAM is 256KB. 

Sub-market: Suitable for industrial automation, high-end medical devices, industrial control, power equipment, energy storage, photovoltaic inverters, charging guns, battery management BMS, displays, access control intercoms, stir-fry machines, sweeping robots, scrubbing machines, printers, stage lighting, etc. 

HK32F103A family (with 120MHz high-performance frequency, high precision, known as the king of cost performance in the MCU world, empowering the era of the Internet of Everything) 

Core and frequency: Based on ARM Cotex-M3 core, the maximum frequency is 120MHz. 

Storage capacity: Maximum Flash is 512KB, maximum SRAM is 97KB. 

Sub-market: Suitable for industrial automation, high-end medical devices, industrial control, power equipment, energy storage, photovoltaic inverters, charging guns, battery management BMS, displays, access control intercoms, stir-fry machines, sweeping robots, scrubbing machines, printers, stage lighting, etc. 

HK32F04AA/030A family (performance monster, rich peripheral resources and high cost performance, known as the all-around player in the MCU world) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 96MHz.

Storage capacity: Maximum Flash is 128KB, maximum SRAM is 10KB. 

Sub-market: Suitable for Internet of Things, smart home, industrial, medical, home appliances, etc. 

HK32C030 family (with high-performance core, rich peripheral resources and high cost performance, creating a new benchmark for MCU) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 64MHz. 

Storage Capacity: Maximum Flash memory is 64KB, maximum SRAM is 10KB. 

Market Segmentation: Suitable for consumer electronics, such as coffee machines, smart locks, LED control and dimming. 

HK32F0301MC Family (Performance Monster, Rich Peripherals, Cost-Effective Legend) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 48MHz. 

Storage Capacity: Maximum Flash memory is 16KB, maximum SRAM is 2KB. 

Market Segmentation: Suitable for various application scenarios, such as smart homes, industrial control, and consumer electronics. 

HK32F0301MA Family (Super Peripheral, Explosive Performance and High Cost-Effectiveness, MCU Expert) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 48MHz. 

Storage capacity: Maximum Flash is 32KB, maximum SRAM is 4KB. 

Market Segmentation: Suitable for various application scenarios, such as smart homes, industrial control, and consumer electronics. 

HK32L08X Family (Ultimate Low-Power Monster, Rich Peripherals, Ultimate Low-Power King for IoT and Metering Applications) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 48MHz. 

Storage Capacity: Maximum Flash memory is 128KB, maximum SRAM is 20KB. 

Market Segmentation: Suitable for ultra-low power consumption scenarios such as metering equipment, environmental monitoring sensor nodes, industrial ranging, in-vehicle multimedia, and medical handheld devices, such as water meters and gas meters. 

HK32A040 Family (Automotive Grade Quality, High Performance and Rich Peripherals, Cost-Effective King of Body and Cockpit Domain MCUs) 

Core and Frequency: Based on ARM Cotex-M0 core, maximum frequency up to 96MHz. 

Storage capacity: Maximum Flash is 128KB, maximum SRAM is 10KB. 

Market Segmentation: Suitable for automotive electronic control systems such as body domain and cockpit domain. 

HK32AUTO39A Family (High Reliability, Large Storage, Performance Monster, All-Round King in Automotive Grade MCUs) 

Core and frequency: Based on ARM Cotex-M3 core, the maximum frequency is 120MHz. 

Storage Capacity: Maximum Flash memory is 512KB, maximum SRAM is 96KB. 

Market Segmentation: Suitable for automotive electronic control systems such as body domain and cockpit domain. 

HK32R78 Family (High Integration, Low Power Consumption, High Performance, Super Player in Home Appliance MCUs) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 64MHz. 

Storage Capacity: Maximum Flash memory is 64KB, maximum SRAM is 10KB. 

Market Segmentation: Suitable for home appliances, such as air conditioners, refrigerators, washing machines, range hoods, coffee machines, smart locks, LED control and dimming. 

HK32C005 Family (Functional Safety Certification, Cost-Effective Monster, Intelligent Control King in the Consumer Market) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 64MHz. 

Storage Capacity: Maximum Flash memory is 64KB, maximum SRAM is 10KB. 

Sub-market: Suitable for Internet of Things, smart home, industrial, medical, home appliances, etc. 

HK32C105 Family (Explosive Cost-Effectiveness, Multiple Package Compatibility, IEC60730 Certification, Performance Monster in the Home Appliance Market) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 64MHz. 

Storage Capacity: Maximum Flash memory is 64KB, maximum SRAM is 10KB. 

Sub-market: Suitable for Internet of Things, smart home, industrial, medical, home appliances, etc. 

HK32C207 Family (Functional Safety and Strong Performance Go Hand in Hand, King of Intelligent Control) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 64MHz. 

Storage Capacity: Maximum Flash memory is 64KB, maximum SRAM is 10KB. 

Sub-market: Suitable for Internet of Things, smart home, industrial, medical, home appliances, etc. 

HK32M050 Family (High Integration, Low Power Consumption, Flexible Packaging, Performance Monster in Motor Control) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 64MHz. 

Storage Capacity: Maximum Flash memory is 16KB, maximum SRAM is 4KB. 

Market Segmentation: Suitable for motor control, such as water pumps, power tools, fan applications, high-speed motors, and electric mobility. 

HK32M060 Family (High Integration, High Precision, High Performance, and Self-Developed Motor Acceleration Unit for More Efficient Motor Control) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 48MHz. 

Storage Capacity: Maximum Flash memory is 64KB, maximum SRAM is 8KB. 

Market Segmentation: Suitable for motor control, such as water pumps, power tools, fan applications, high-speed motors, and electric mobility. 

HK32M070 Family (High Precision, High Efficiency, and Cost-Effective Monster, Motor Control Performance King) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 64MHz. 

Storage capacity: Maximum Flash is 32KB, maximum SRAM is 4KB. 

Market Segmentation: Suitable for motor control, such as water pumps, power tools, fan applications, high-speed motors, and electric mobility. 

HK32EC021 Family (Low Power Consumption, High Integration, Intelligent Control, E-cigarette Control Performance Monster) 

Core and frequency: Based on ARM Cotex-M0 core, the maximum frequency is 48MHz. 

Storage capacity: Maximum Flash is 32KB, maximum SRAM is 4KB. 

Market Segmentation: Suitable for the e-cigarette market.

Key words:

HK32MCU,HK32M050,Dedicated