Guangzhou周立功单片机发展 Manuals

The ZLG USB protocol analyzer is a compact and portable USB protocol analyzer that supports USB1.1 full speed and low speed data collection and analysis. Supports PID or manual multi-trigger conditions. USB bus data automatically tracks to ensure data integrity; It also has USB bus error analysis and transmission data error analysis functions; arbitrarily define 1 to 99Mbyte acquisition capacity; Powerful search function, you can easily find error frames or specified data; USB protocol decoding function, data reading is easier; idle time statistics function, data transmission process is clear at a glance; complete data statistics function, bandwidth utilization is available at hand

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This document mainly introduces the characteristics of PHILIPS single chip 16/32-bit microcontrollers - LPC2131/2132/2134/2136/2138, including main features, ordering information, structure diagram, pin information, function description, limit parameters, static characteristics, dynamic characteristics, and packaging

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P87LPC760 OTP MCU selection guide, introduce the features and characteristics of this product

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This document is about the data sheet of the PHILIPS P89C5x series microcontrollers produced by Guangzhou Zhouligong Microcontroller Development Co., Ltd. The series of microcontrollers adopt advanced CMOS technology and include non-volatile FLASH parallel programmable program memory. They are derived from the 80C51 microcontroller series and have the same instructions as the 80C51. The series of microcontrollers have features such as on-chip FLASH program memory, expandable memory size up to 64KB, full static operation, multiple interrupt sources, and I/O ports. They also have enhanced full-duplex UART, programmable clock output, and low EMI capabilities.

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PCA9691 is a single-chip, single-supply, low-voltage 8-bit CMOS data acquisition device

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PCA9560 is a 20-pin CMOS device that can be used to replace DIP switches and jumper systems. It has 3 presets to set the performance of processor operating voltage, deep sleep mode, and ultra-deep sleep mode.

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P89C51/89C52/89C54/89C58 has a parallel programmable non-volatile FLASH program storage device. This series of single-chip microcomputers is a derivative of the 80C51 microcontroller. It is a 8-bit microcontroller manufactured with advanced CMOS technology. Its instruction system is completely the same as 80C51. It has 4K storage, 8-bit I/O ports, 4 priority interrupts, 6 interrupt sources, full-duplex enhanced UART, power control mode, clock stop and resume, idle mode, power-down mode, programmable clock output, asynchronous port reset, dual DPTR register, low EMI, power-down mode can be awakened by external interrupt.

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LM3S601 microcontroller selection guide, introduces the features and characteristics of the microcontroller, including 32-bit RISC performance, internal storage, general timer, watchdog timer, etc.

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This manual introduces the features, pin information, hardware principles, usage instructions, engineering editing, debugging methods and other contents of LPC2103 series microcontrollers in detail. It is an indispensable reference material for LPC2103 series microcontroller developers.

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This document is about the hardware description and quick start of LPC2103 and EasyARM2103 from Guangzhou Zhouligong Single Chip Development Co., Ltd. The document introduces the features and pin information of LPC2103, as well as the hardware characteristics and structure of EasyARM2103. In addition, the document also describes the methods of project editing and debugging using ADS 1.2 integrated development environment, as well as the operation steps of using EasyJTAG-H emulator. Furthermore, the document explains in detail the various functional components of LPC2103, including pin connection module, GPIO, vector interrupt controller, external interrupt, timer and SPI controller.

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SC16C550 UART device is a universal asynchronous receiver/transmitter (UART) that converts parallel data to serial data, and vice versa. UART can process serial data at speeds up to 3 Mbit/s. SC16C550's pin is compatible with ST16C550, TL16C550 and PC16C550. The function after power-on is equivalent to 16C450. Program control registers can enable more features of SC16C550. Additional features include: 16-byte receive and transmit FIFO, automatic hardware or software flow control, and infrared coding or decoding. In FIFO mode, the optional automatic flow control feature greatly reduces software size and improves system efficiency by automatically controlling the serial data flow using RTS output and CTS input signals. SC16C550 also provides DMA mode data transmission through FIFO trigger points and TXRDY and RXRDY signals. The on-chip status register provides users with error indication, device operating status and modem interface control. System interrupts can be adjusted to meet user requirements. Internal loop mode realizes on-chip fault diagnosis. SC16C550 can operate at 5V, 3.3V and 2.5V voltages and in industrial temperature range, with plastic DIP40, PLCC44 and LQFP48 packages.

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LM3S6100 Microcontroller Data Sheet is a data sheet about LM3S6100 microcontroller product of Luminary Micro company, introducing the features and characteristics of the product.

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This datasheet provides information about the LM3S815 microcontroller, including its structure, features, functions, and usage.

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The LPC2119/2129/2194/2292/2294 are based on a 16/32-bit ARM7TDMI-S CPU microcontroller that supports real-time simulation and tracing and includes 128/256k bytes (kB) of embedded high-speed Flash memory. A 128-bit-wide memory interface and a unique acceleration structure enable 32-bit code to run at maximum clock speed. Applications with strict code size control can reduce code size by more than 30% using the 16-bit Thumb mode with little performance loss. Due to the LPC2119/2129/2194/2292/2294's smaller 64- and 144-pin packages, extremely low power consumption, multiple 32-bit timers, 4-channel 10-bit ADCs, 2/4-channel CAN (64-pin and 144-pin packages) and up to 9 external interrupts, they are particularly suitable for industrial control, medical systems, access control and POS machines. In a 64-pin package, up to 46 GPIOs can be used. In a 144-pin package, GPIOs up to 76 (using external memory) ~ 112 (single-chip applications) can be used. Due to the built-in wide range of serial communication interfaces, they are also very suitable for communication gateways, protocol converters, embedded soft modems and various other types of applications.

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