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

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Product

Key Details Product model	Product Overview	features
ADP16F06	ADP16F06 realizes a low-cost and low-power inverter implementation scheme with a new high-performance CMOS process. The chip adopts 16 bit DSP core, based on Haval bus architecture, and realizes 16 bit x 16 bit multiplication and accumulation (MAC) operation, 4-level pipeline parallel processing. With the fast interrupt response and processing, the processing performance of the chip is greatly improved. The chip integrates two digital motor control output modules, each module flexibly outputs 3-phase motor control PWM; The minimum conversion time of high-performance 12 bit analog-to-digital converter (ADC) is 100ns, which can provide up to 16 channels of analog input. The automatic sorting function of ADC allows multiple conversions in a single conversion session without any CPU overhead. It integrates the serial communication interface (SCI) function to provide asynchronous communication for other devices in the system. For systems that require additional communication interfaces, ADP16F06 provides a synchronous serial peripheral interface (SPI), which can use the boot mode of external SPI Flash to dynamically update the execution program. To maximize device flexibility, function pins can also be configured as general-purpose input/output (GPIO). The 1.8v core LDO in the chip realizes the single power supply mode of a single chip.	High performance CMOS process	Operating frequency 50MHz
			Low power consumption design (core 1.8V, I/O voltage 3.3V
			Integrated 1.8V linear regulated power supply (LDO)
		Support JTAG online simulation	/
		High performance 16 bit CPU	Single cycle 16 bit x16 bit multiply accumulate (MAC) operation
			Harvard bus architecture
			Fast interrupt response and handling
			Efficient programming with C/C++and assembly language
		Chip memory resource	B0 and B1: 2 256x 16 bit DARAM
			B2: 32x16 bit DARAM
			I0：2K x 16 bit SARAM
			E0：6K x 16 bit SARAM
			32Kx16 bit Flash
		Clock and system control	Support dynamic phase-locked loop (PLL) frequency division coefficient adjustment
			On-chip oscillator
			Watchdog timer
		2 external interrupt interfaces	/
		Peripheral interrupt expansion block (PIE) supporting 48 peripheral interrupts	/
		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, 6 numerical comparators/PWM outputs, 3 capture units, and 1 orthogonal encoding circuit.
		Serial port peripherals	Serial Peripheral Interface (SPI)
			Serial communication interface (SCI), compatible with UART standard
			CAN controller
		10 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: 250ns/4MSPS
		40 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
			supportCode Composer Studio™ IDE
			supportDSP/BIOS™
			JTAGsimulator
		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	LQFP100
		Product grade	C：Consumption grade
		Product grade	G：Industrial grade
ADP16F01	ADP16F01 adopts enhanced DSP architecture design to achieve low cost, low power consumption and high performance processing capability. Several advanced peripherals optimized for digital motor and motion control applications are integrated to provide a true single chip DSP controller. ADP16 series provides up to 32K x 16bit flash memory devices, providing cost-effective reprogrammable solutions for mass production. The device provides an event manager module, which is optimized for digital motor control and power conversion applications. Functions include center and (or) edge aligned PWM generators, programmable deadband to prevent through faults, and synchronous analog-to-digital conversion. The high-performance 12 bit analog-to-digital converter (ADC) has a minimum conversion time of 500ns and can provide up to 15 channels of analog input (the other A3 channels are used for internal temperature sensors). The automatic sorting function of ADC allows up to 16 conversions in a single conversion session without any CPU overhead. The function of integrated serial communication interface (SCI) provides asynchronous communication for other devices in the system, as well as online programming scheme of SCI. For systems requiring additional communication interfaces, ADP16F01 provides a 16 bit synchronous serial peripheral interface (SPI). To maximize device flexibility, function pins can also be configured as general-purpose input/output (GPIO).	High performance CMOS process	Operating frequency 40MHz
			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 16 bit CPU	Single cycle 16 bit x16 bit multiply accumulate (MAC) operation
			Harvard bus architecture
			Fast interrupt response and handling
			Efficient programming with C/C++and assembly language
		Chip memory resource	B0和B1：2block256x 16位DARAM
			B2: 32x16 bit DARAM
			I0：2K x 16 bit SARAM
			32Kx16 bit Flash
			512x 16 bit ROM
		Clock and system control	Support dynamic phase-locked loop (PLL) frequency division coefficient adjustment
			On-chip oscillator
			Watchdog timer
		2 external interrupt interfaces	/
		Support serial port SCI boot program burning	/
		Peripheral interrupt expansion block (PIE) supporting 29 peripheral interrupts	/
		Motor control peripheral (PWM generation circuit)	Event Manager 1 (EM1)
		Motor control peripheral (PWM generation circuit)	Including: 2 16 bit timers, 7 numerical comparators/PWM outputs, 3 capture units, and 1 group of orthogonal encoding units.
		Serial port peripherals	Serial Peripheral Interface (SPI)
		Serial port peripherals	Serial communication interface (SCI), compatible with UART standard
		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: 300ns/3.33MSPS
		4 on-chip operational amplifiers	/
		5 voltage comparators	/
		Temperature sensor	/
		23 general purpose I/O (GPIO) pins	/
		8 multiplexed digital input channels	/
		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):+2000V/- 2000V
			ESD machine mode (MM):+400V/- 400V
			Latch up trigger current: 400mA
		Packaging Options	LQFP48
		temperature range	S0：（-20°C~125°C）

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