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AVP32F035

AVP32F035 is a DSP controller based on a high-performance 32-bit AVP32 floating-point core, with a clock speed of up to 120MHz. It integrates a single precision floating-point arithmetic unit (FPU) and an independent programmable control loop accelerator (CLA), significantly enhancing real-time computing and parallel processing capabilities. It integrates a wide range of high-precision control peripherals, including up to 8 enhanced PWM modules (supporting HRPWM), 12 bit high-speed ADCs, and multiple communication interfaces. It adopts a 3.3V single power supply solution, integrates high-capacity memory and system protection functions, providing developers with a highly integrated solution. This processor is designed specifically for high-performance real-time control and is an ideal choice for driving industrial motor control, photovoltaic inverters, and digital power supplies.

AVP32F08

AVP32F08 is a 32-bit fixed-point and floating-point digital signal processor that supports a clock frequency of 150 MHz and has powerful computing capabilities. It integrates multiple types of memory, enhanced peripherals, communication interface peripherals, and analog peripherals internally, supports QFP100 packaging, and has passed AEC-Q100 automotive certification. It can be widely applied in fields such as industrial motor drive, photovoltaic inverters and digital power supplies, electric vehicles and transportation, motor control, as well as sensing and signal processing.

AVP32F0039

AVP32F0039 is a high-performance floating-point processor with a Harvard bus architecture and a clock speed of up to 120MHz; Provide instruction extensions such as trigonometric acceleration and cyclic redundancy check; Enhanced the speed of key algorithms in real-time control systems. Added ECC protection for Flash and RAM, supporting diagnostic features for memory power on self-test and hardware built-in self-test. Enhance real-time firmware update hardware, allowing for quick context switching from old firmware to new firmware to minimize application downtime when updating device firmware. Rich control peripherals and communication interfaces make the device widely applicable to applications such as automotive electronic drives and power supplies.

AVP32F0049

AVP32F0049 is a high-performance floating-point processor with a Harvard bus architecture and a clock speed of up to 120MHz; Supports up to 256KB (128KW) of flash memory and three independent 12 bit ADCs; Contains advanced control peripherals (with frequency independent ePWM/HRPWM and eCAP); Supports connections through various industry standard communication ports such as SPI, SCI, I2C, LIN, and CAN.

AVP32F335

AVP32F335 is a 32-bit fixed-point and floating-point digital signal processor that supports a clock frequency of 150 MHz and has powerful computing capabilities. It integrates multiple types of memory, enhanced peripherals, communication interface peripherals, and analog peripherals internally, supports QFP176 and BGA176 packaging, and has passed AEC-Q100 automotive certification. It can be widely used in industrial motor drives, photovoltaic inverters and digital power supplies, electric vehicles and transportation, motor control, as well as sensing and signal processing fields.

AVP32F069

AVP32F069 is a high-performance floating-point processor with a clock speed of up to 90MHz; The provided Control Loop Accelerator (CLA) can fully implement C programming and support complex mathematical instructions and direct memory access, reducing CPU interrupt overhead. Multiple internal linear stabilized power supplies have achieved single power supply. Improvements have been made to the HRPWM module to provide dual edge control (frequency modulation). Provide up to 256KB Flash and 100KB RAM space; Multiple communication interfaces, including but not limited to USB. Mainly suitable for various applications in power electronics such as energy storage and photovoltaic inverters.

AVP32F379

A high-performance multi-core 32-bit digital signal processor with a dual core structure, built-in 2 CPUs and 2 FPUs, and powerful digital signal processing and computing capabilities. It has multiple built-in parallel and serial communication interfaces, which can facilitate interaction with the outside world. The addition of CAN-FD interface enables the chip to support high-performance and high reliability communication. The built-in multiple enhanced control peripherals and analog peripherals greatly expand the application scenarios of the chip. ADC supports both single ended 12 mode and differential 16 mode, enabling high-precision sampling and precise control.

ADP32F036

ADP32F036 is a high-performance 32-bit fixed-point DSP with a clock frequency of up to 100MHz, built-in CLA operation accelerator, integrated operational amplifier, comparator, ADC, (HR) PWM controller, and communication peripherals such as SCI, SPI, IIC, CAN \ CAN-FD, LIN, etc.

ADP32F03xB

ADP32F03XB is a 32-bit fixed-point digital signal processor, in which ADP32F035B uses CLA for single precision floating-point operations. The main frequency reaches 100MHz, and it integrates various types of memory, enhanced peripherals, communication interface peripherals, and analog peripherals internally. Among them, an additional 8K capacity is added in SRAM for CPU use. Supporting various types of packaging such as QFP80, QFP64, QFP56, QFP48, and QFP32, it can be widely used in industrial motor drives, photovoltaic inverters and digital power supplies, motor control, as well as sensing and signal processing fields.

ADP32F03x

ADP32F03X is a 32-bit fixed-point digital signal processor, in which ADP32F035 supports CLA for single precision floating-point operations. The main frequency supports 60MHz, and it integrates multiple types of memory, enhanced peripherals, communication interface peripherals, and analog peripherals. It supports various types of packaging such as QFP80, QFP64, QFP56, QFP48, and QFP32. The chip has passed AEC-Q100 vehicle specification certification and can be widely used in industrial motor drives, photovoltaic inverters and digital power supplies, electric vehicles and transportation, motor control, as well as sensing and signal processing.

ADP32F1x

ADP32F1X is a 32-bit fixed-point digital signal processor with a main frequency of 150MHz. It integrates a 12 bit ADC, PWM controller, sensor acquisition, and various communication peripherals. It can be extended by XINTF and supports connection with FPGA.

ADP32F08

ADP32F08 is a high-performance 32-bit fixed-point digital processor that adopts an improved Haval bus architecture and features low power consumption and high performance. It is equipped with various types of memory and rich enhanced peripherals and communication peripherals, with a wide range of application space. Its built-in high-performance ADC makes it widely applicable in various fields, such as industrial intelligent control, wireless access to the Internet of Things, variable frequency electric drive, and general signal processing.

ADP16F03

The ADP16F03 series products adopt an enhanced Harvard architecture DSP core, with a main frequency of up to 150MHz, 32KW Flash, 4KW SARAM, 544W DARAM, integrated operation accelerator, operational amplifier, comparator, 12BitADC, temperature sensor, PWM controller, and SCI/SPI communication peripherals; Support 4-wire fast program burning; Support multiple square wave and chord wave motor driving modes;

ADM32F735EQ

ADM32F735EQ is a highly integrated and powerful SoC designed for automotive applications, featuring a built-in 32-bit floating point and 32-bit fixed-point 5-core digital signal processor. It supports dual rotor soft decoding, dual high-power motor control, DC-DC power conversion control, and integrates multiple onboard buses, signal acquisition, and sensor interfaces; Multi core architecture meets the computing power requirements of real-time control and security redundancy for multiple control sources and multiple execution mechanisms; AEC-Q100 certification;

ADM32F735DQ

ADM32F735DQ is a highly integrated and powerful SoC designed for automotive applications, featuring a built-in 32-bit floating-point and 32-bit fixed-point 4-core digital signal processor. It supports rotary soft decoding, high-power motor control, and integrates multiple onboard buses, signal acquisition, and sensor interfaces; Multi core architecture meets the computing power requirements of real-time control and security redundancy for multiple control sources and multiple execution mechanisms; AEC-Q100 certification;

ADM32F036Q

ADM32F036Q is a high-performance SoC designed for automotive applications, with a main frequency of 100MHz and a built-in CLA operation accelerator. It integrates operational amplifiers, comparators, ADCs, (HR) PWM controllers, as well as pre drivers and LDOs for communication peripherals such as SCI, SPI, IIC, CAN/CAN-FD, LIN, etc. It is directly powered by 12V and has high integration; AEC-Q100 certification

ADM32F036A2Q

ADM32F036A2Q is a high-performance SoC designed for automotive applications, with a main frequency of 100MHz and a built-in CLA operation accelerator. It integrates operational amplifiers, comparators, ADCs, (HR) PWM controllers, as well as pre drivers and LDOs for communication peripherals such as SCI, SPI, IIC, CAN/CAN-FD, LIN (with transceiver), etc. It is directly powered by 12V and has high integration; AEC-Q100 certification

ADM32F036A3Q

ADM32F036A3Q is a 32-bit DSP vehicle grade improved version for motor control, integrating LDO, charge pump, and 6NMOS pre drive. It is equipped with a 100M main frequency 32-bit DSP processing core+CLA, enhanced control peripherals, CAN, CANFD, LIN (with transceiver), SPI, HRCAP modules, 12 bit ADC, voltage comparator, and temperature sensor; It can form a highly integrated motor control and drive core, directly driving power transistors to complete motor control, supporting multiple modes such as inductive, non inductive, square wave, and sine wave.

ADM32F036A3AQ

ADM32F036A3AQ is a 32-bit DSP vehicle grade improved version for motor control, integrating LDO, charge pump, and 6NMOS pre drive. It is equipped with a 100M main frequency 32-bit DSP processing core+CLA, enhanced control peripherals, CAN, CANFD, LIN (with transceiver), SPI, HRCAP modules, 12 bit ADC, voltage comparator, and temperature sensor; It can form a highly integrated motor control and drive core, directly driving power transistors to complete motor control, supporting multiple modes such as inductive, non inductive, square wave, and sine wave.

ADM32F036A5

ADM32F036A5Q is a high-performance SoC designed for automotive applications, integrating LDO, charge pump, 8NMOS pre drive, and four-way independent half bridge. It has multiple protection mechanisms such as GDF, VCP, OTP, and OCP, and is equipped with a 100M main frequency 32-bit DSP processing core+CLA, enhanced control peripherals, CAN, CANFD, LIN (with transceiver), SPI, HRCAP modules, 12 bit ADC, OP, PGA, voltage comparator, and temperature sensor; Can form a highly integrated motor control driver, directly driving the motor, supporting low-power brushed, stepper, and three-phase brushless (inductive, non inductive, square wave, sine wave).

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DSPcontrollable: Controllable DSP China chip

Hunan Jinxin Electronic Technology Co., Ltd. is an integrated circuit design enterprise specializing in the research and development of digital signal processor (DSP) chips and embedded solutions. The company possesses advanced hardware and software design platforms, as well as a professional and high-caliber DSP design team...

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