CY8C4125AXQ-483

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Embedded microcontrollers take the form of small, highly specialized computers that are designed to perform a specific task. The high degree of specialization and efficiency of embedded microcontrollers means that they are used in a wide variety of applications, ranging from industrial, automotive, aeronautic and commercial uses. One example of an embedded microcontroller is the CY8C4125AXQ-483.

The CY8C4125AXQ-483 is part of a family of Cortex-M0+ based microcontrollers from Cypress. It contains a variety of advanced features and security options, including hardware-based cryptography and secure boot capabilities. This makes the CY8C4125AXQ-483 ideally suited for a variety of applications and performances, including those in smart grid technology, embedded medical devices, home automation, industrial automation and consumer electronics.

The CY8C4125AXQ-483 can be used in systems that require a high level of performance and efficiency, such as pulse-width modulation (PWM) controllers, position control servo-motors, resistive touch-screen controllers, capacitive touch-screen controllers, LCD controllers and motor control applications. In addition, this device has a wide range of analog capabilities, such as analog-to-digital converters (ADCs) and comparators, and a comprehensive set of digital interfaces.

The CY8C4125AXQ-483 is designed to optimize thermal performance, reduce power consumption, and enable faster time to market. Its small footprint and resource-efficiency make it ideal for a variety of embedded applications. As a deeply embedded product, the CY8C4125AXQ-483 provides higher integration and lower power than comparable Cortex-M0+ processors.

The CY8C4125AXQ-483 is a cortex-m0+ based microcontroller featuring a CPU core operating at up to 48 MHz, 12 kB of system RAM, 128 kB of flash, two UARTs, three I2Cs, two SPI channels, five variable pulse-width modulation (PWM) outputs, and two full-duplex digital audio interface (I2S) channels.

The CY8C4125AXQ-483 supports a wide range of peripherals, and is designed to minimize external components and simplify the design process. It contains a variety of on-chip security and safety features, such as 256-bit secure key storage and secure boot, which provides protection against application data tampering. In addition, it is also compatible with Cypress’s EZ-USB® FX3™ SuperSpeed USB 3.0 peripheral controller.

The CY8C4125AXQ-483 is a highly efficient, feature-rich and secure embedded microcontroller, making it ideal for smart grid, medical, home automation, industrial automation and consumer electronics applications.

The CY8C4125AXQ-483 is based on a dual-core architecture comprising two Cortex-M0+ CPUs, featuring both 32-bit and 16-bit execution. Each core offers a maximum of 48 MHz performance and supports a single-instruction multiple data (SIMD) extended instruction set. The two CPU cores are integrated with an on-chip frequency synthesizer and a range of analog peripherals, such as multiple I/O ports, PWM, I2C and SPI.

The CY8C4125AXQ-483 also features two UARTs, four I2S digital audio ports, four GPIOs and an integrated 10-bit SAR ADC. A range of additional programmable memory options is also available with the device, including dual 8-bit NEON coprocessor and 128 KB of unified flash with ECC, which provides reliable data storage. The Processor Core includes a 64 KB unified instruction and data cache.

The CY8C4125AXQ-483 has an extensive range of on-chip system services and peripherals, including a central processing unit (CPU), DMA controller, general purpose I/O, USB 2.0, two serial communications (UART, SPI, I2C) controllers, a timer/counter (CMT), a watchdog timer (WDT) and an interrupt controller. The processor also includes various application-specific peripherals, including capacitive touch sensing circuitry, audio DACs, pulse width modulation (PWM) and pulse-shape modulation (PSM) outputs, high speed liquid level detection, and a wide range of digital filters.

The CY8C4125AXQ-483 is optimized to provide high performance, low power consumption and high levels of integration, making it the ideal choice for a large variety of embedded-systems applications.

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