32-bit fixed-point DSP-Into the core-New Crystal Technology (Shenzhen) Co., Ltd.-

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Key Details Product model	Product Overview	features
ADP32F04	ADP32F04 series products are designed with ADP32 core, built-in with large capacity processing and rich peripherals. The 48 pin QFN packaged DSP with 4000V ESD capability is a cost-effective product. The company also developed its own MPPT scheme using this chip. ADP32F04 is mainly used in high calculation and control fields with strict submission requirements, such as simple frequency converter, BLDC motor control, fan and water pump control, etc.	High performance static CMOS technology	Up to 120MHz main frequency (cycle 8.33ns)
			Low power consumption design (I/O voltage 3.3v, core voltage 1.8v)
			On chip LDO (3.3v single power supply)
		JTAG boundary scan support	/
		High performance 32-bit CPU	16 x 16 and 32 x 32 (MAC) operations
			16 x 16 dual MAC
			Harvard bus architecture
			Fast interrupt response and handling
			Efficient programming with C/C++and assembly language
		Chip memory resource	Up to 128k x 16 flash memory (four 8k x16 sectors and six 16k x 16 sectors)
			L0 and L1: two 4k x 16 single access random storage spaces (SARAM)
			H0: 8k x 16 single access random storage (SARAM)
			M0 and M1: two 1k x 16 single access random storage spaces (SARAM)
		Boot ROM boot area	With software boot mode
		Boot ROM boot area	Standard Arithmetic Table
		Clock and system control	Support dynamic phase-locked loop (PLL) frequency division coefficient adjustment
			On-chip oscillator
			Watchdog timer
		Three 32-bit CPU timers	/
		Motor control peripheral (PWM generation circuit)	7roadPWM(PWM1、PWM2、PWM3、PWM4、PWM5、PWM6、PWM12)
			3 capture units, 1 quadrature encoding circuit
			1 power drive protection interrupt pin (T1CTRIP_PDPINTA)
		Serial communication peripheral interface	Serial Peripheral Interface (SPI)
		Serial communication peripheral interface	One 2-wire asynchronous serial communication interface (SCI, SCIB), standard UART
		12 bit 8-channel analog-to-digital converter (ADC)	Two sample and hold circuits
			Single/synchronous conversion
			Fast conversion rate: 80ns/12.5MSPS
		19 general purpose I/O (GPIO) pins	/
		Advanced simulation functions	Analysis and breakpoint functions
		Advanced simulation functions	Hardware based real-time debugging
		ADP32F48Digital Signal Processor	/
		development tool	ANSI C/C++Compiler/Assembly Language/Connector
			Support Code Composer Studio ™ IDE
			Supports DSP/BIOS ™
			JTAG Emulator
		Low power consumption mode and power saving mode	IDLE, STANDBY and HALT modes are supported
		Low power consumption mode and power saving mode	The independent peripheral clock can be disabled
		encapsulation	48 pin QFN package
		Product grade	Industrial grade
ADP32F03x	The ADP32F03X DSP series is the latest product on the core feeding electronic fixed-point DSP platform. The controller based on ADP32Fx has the same 32-bit fixed-point architecture as the existing ADP32FxMCU. It is a very efficient C/C++engine, which not only enables users to develop their control system software in high-level languages, but also to develop mathematical algorithms in C/C++. This device is equally effective in processing DSP arithmetic tasks as it is in processing system control tasks, which are usually handled by microcontroller devices. This efficiency eliminates the need for a second processor in many systems. The 32x32 bit MAC function and its 64 bit processing capability enable the device to effectively handle high digital resolution problems. The fast interrupt response with automatic environment saving of key registers inside the device enables the device to handle many asynchronous events with minimum delay. The device also has an 8-level deep protected pipeline with pipelined memory access. This pipelining operation enables the device to execute instructions at high speed without using expensive high-speed memory. In particular, branch ahead hardware greatly reduces the delay caused by conditional discontinuity. Special storage condition operations further improve performance.	High efficiency 32-bit central processing unit (CPU) (ADP32Fx core)	/
		Main frequency 60MHz (cycle 16.67ns)	/
		3.3V single power supply	/
		Integrated power on and undervoltage reset source	/
		On chip flash memory, SRAM, OTP memory	/
		Code security module	/
		Serial port peripherals (SCI/SPI/I2C/LIN/eCAN)	/
		Enhanced control peripherals	Enhanced Pulse Width Modulator (ePWM)
			High resolution PWM (HRPWM)
			Enhanced Capture (eCAP)
			High Resolution Input Capture (HRCAP)
			Enhanced quadrature encoder pulse (eQEP)
			Analog to Digital Converter (ADC)
			On chip temperature sensor
			comparator
		High efficiency 32-bit central processing unit (CPU) (ADP32Fx)	60MHz (16.67ns cycle time)
			16 x 16 and 32 x 32 Multiply Accumulate (MAC) operations
			16 x 16 dual MAC
			Harvard bus architecture
			Linked operation
			Fast interrupt response and handling
			Unified Memory Programming Model
			Efficient code (using C/C++and assembly language)
		Programmable Control Law Accelerator (CLA)	32-bit floating point arithmetic accelerator
		Programmable Control Law Accelerator (CLA)	Code execution independent of the main CPU
		Strong ESD protection capability	ESD human body mode (HBM):+2000V/- 2000V
		low cost	No power sequencing required
			Integrated power on reset and undervoltage reset
			low power consumption
			No analog support pin
		Clock and system control	Two internal zero pin oscillators
			On chip oscillator/external clock input
			Support dynamic phase-locked loop (PLL) ratio change
			Lost clock detection circuit
		Up to 45 individually programmable multiplexed GPIOs with input filtering	/
		Peripheral interrupt expansion (PIE) module that can support all peripheral interrupts	/
		Three 32-bit CPU timers	/
		Each ePWM module contains an independent 16 bit timer	/
		Chip memory	Flash memory, SRAM, OTP, boot ROM available
		128 bit security key/lock	Secure memory blocks
		128 bit security key/lock	Prevent hardware reverse engineering
		Serial port peripherals	One SCI (UART) module
			Two SPI modules
			An internal integrated circuit (I2C) bus
			A Local Interconnect Network (LIN) bus
			An enhanced controller area network (eCAN) bus
		Advanced Simulation Features	Analysis and breakpoint functions
		Packaging Options	56 pin ultra small square flat no pin (VQFN) package
			64 pin thin quad flat (LQFP) package
			80 pin thin square flat (LQFP) package
			48 pin thin quad flat (LQFP) package
ADP32F1x	A high-performance 32-bit fixed-point digital processor with low power consumption and high performance. Built in a variety of memories and rich peripherals, with a wide range of applications. It can be used in industrial intelligent control, Internet of Things wireless access, variable frequency electric drive, general signal processing and other fields.	High performance CMOS process	Main frequency 150MHz (cycle 6.67ns)
			Low power consumption design (1.8V core, 3.3V I/O voltage)
			Integrated 1.8V linear regulated power supply (LDO)
		Support JTAG online simulation	/
		High performance 32-bit CPU	Single cycle 32-bit x32 bit multiply accumulate (MAC) operation
			Two 16 bit x16 bit multiply accumulate (MAC) operations in a single cycle
			Harvard bus architecture
			Atomic operation
			Fast interrupt response and handling
			Unified register programming mode
			4M linear program/data address
			Efficient programming with C/C++and assembly language
		Chip memory resource	Flash memory: 128K x 16 bit flash memory (4 8Kx16 bit and 6 16Kx16 bit sectors)
			ROM: 128K x 16 bit ROM (Note: Version C, customized)
			1K x 16 OTP ROM
			L0 and L1: 2 blocks 4Kx16 bits independently addressed SARAM
			H0: 1 block 8K x 16 bit SARAM
			M0 and M1: 2 1Kx16 bit independent addressing SARAM
		Boot ROM (4K X 16 bit)	Support software boot mode
		Boot ROM (4K X 16 bit)	Standard arithmetic table
		External storage expansion interface	More than 1M x 16 bit expandable space
			Programmable wait state
			Programmable read/write timing
			3 independent chip selection signals
		Clock and system control	Support dynamic phase-locked loop (PLL) frequency division coefficient adjustment
			On-chip oscillator
			Watchdog timer
		Three external interrupt interfaces	/
		Peripheral interrupt expansion block (PIE) supporting 45 peripheral interrupts	/
		Three 32-bit CPU timers	/
		128 bit security key/lock	Protect Flash/ROM/OTP and L0/L1 SARAM
		128 bit security key/lock	Prevent reverse cracking of firmware
		Motor control peripheral (PWM generation circuit)	Event Manager 1 (EM1), Event Manager 2 (EM2)
		Motor control peripheral (PWM generation circuit)	They include: 2 16 bit timers, 3 numerical comparators, 3 capture units, and 1 orthogonal encoding circuit.
		Serial port peripherals	Serial Peripheral Interface (SPI)
			Two serial communication interfaces (SCI), compatible with UART standard
			Enhanced Controller Area Network (eCAN) controller, integrated on-chip eCAN driver
			Multichannel buffered serial port (McBSP)
		12 bit 16 channel analog-to-digital converter (ADC)	2 x 8-channel input multiplexer
			Two sample and hold circuits
			Single/synchronous conversion
			Fast conversion rate: 80ns/12.5MSPS
		56 general purpose I/O (GPIO) pins	/
		Advanced simulation functions	Analysis and breakpoint functions
		Advanced simulation functions	Hardware based real-time debugging
		development tool	ANSI C/C++Compiler/Assembly Language/Connector
			Support Code Composer Studio ™ IDE
			Supports DSP/BIOS ™
			JTAG Emulator
		Low power consumption mode and power saving mode	IDLE, STANDBY and HALT modes are supported
		Low power consumption mode and power saving mode	The independent peripheral clock can be disabled
		Strong ESD protection capability	ESD human body mode (HBM):+4000V/- 4000V
			ESD machine mode (MM):+400V/- 400V
			Latch up trigger current: 400mA
		Packaging Options	BGA 179 (with external memory interface)
			LQFP176 (with external memory interface)
			LQFP128 (no external memory interface)
		Product grade	G: Industrial grade
		Product grade	C: Consumption grade
ADP32F4408	ADP32F4408 series products use high-performance 32-bit fixed-point processor core, built-in large capacity processing and rich peripherals, and a variety of small package designs. It is a cost-effective product. It is suitable for simple frequency converter, BLDC motor control, fan and water pump control and other application fields.	High performance static CMOS technology	Up to 120MHz main frequency (cycle 8.33ns)
			Low power consumption design (I/O voltage 3.3v, core voltage 1.8v)
			On chip LDO (3.3v single power supply)
		JTAG boundary scan support
		High performance 32-bit CPU	16 x 16 and 32 x 32 (MAC) operations
			16 x 16 dual MAC
			Harvard bus architecture
			Fast interrupt response and handling
			Efficient programming with C/C++and assembly language
		Chip memory resource	Up to 128k x 16 flash memory (four 8k x16 sectors and six 16k x 16 sectors)
			L0 and L1: two 4k x 16 single access random storage spaces (SARAM)
			H0: 8k x 16 single access random storage (SARAM)
			M0 and M1: two 1k x 16 single access random storage spaces (SARAM)
		Boot ROM boot area	With software boot mode
		Boot ROM boot area	Standard Arithmetic Table
		Clock and system control	Support dynamic phase-locked loop (PLL) frequency division coefficient adjustment
			On-chip oscillator
			Watchdog timer
		Three 32-bit CPU timers
		Motor control peripheral (PWM generation circuit)	6路PWM(PWM1~PWM6)
			3 capture units and 1 quadrature encoding circuit.
			1 power drive protection interrupt pin (T1CTRIP_PDPINTA)
		串行通讯外设接口	One 2-wire asynchronous serial communication interface (SCI), standard UART
		12 bit 8-channel analog-to-digital converter (ADC)	2 x 6 channel input multiplexer
			Two sample and hold circuits
			Single/synchronous conversion
			Fast conversion rate: 80ns/12.5MSPS
		8 general purpose I/O (GPIO) pins
		Advanced simulation functions	Analysis and breakpoint functions
		Advanced simulation functions	Hardware based real-time debugging
		development tool	ANSI C/C++Compiler/Assembly Language/Connector
			Support Code Composer Studio ™ IDE
			Supports DSP/BIOS ™
			JTAG Emulator
		Low power consumption mode and power saving mode	IDLE, STANDBY and HALT modes are supported
		Low power consumption mode and power saving mode	The independent peripheral clock can be disabled
		encapsulation	44 pin LQFP package (pin pitch 0.8mm)
		Product grade	Industrial grade

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