Cypress CY4632 manual Development Tools, Compliance Testing

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Getting Started with the CY4632 Reference Design Kit

File Name: WirelessUSB Managing Power.pdf

Description: This document describes how WirelessUSB technology helps minimize power consumption and how system design considerations play a key role in maximizing battery life.

WirelessUSB Maximizing Range

Location: Docs directory

File Name: WirelessUSB Maximizing Range.pdf

Description: This document describes three main areas of focus for maximizing range in systems that utilize WirelessUSB LS technology.

WirelessUSB LS Radio Module FCC Testing and Verification

Location: Docs directory

File Name: WirelessUSB LS Radio Module FCC Testing.pdf

Description: This document gives a brief overview of the legal issues governing the manufacture and sale of wireless products intended for unlicensed operation in the United States and Canada.

WirelessUSB LS Radio Module ETSI Testing

Location: Docs directory

File Name: WirelessUSB LS Radio Module ETSI Testing.pdf

Description: This document gives a brief overview of the legal issues governing the manufacture and sale of wireless products intended for unlicensed operation in the European Union.

Preliminary WirelessUSB LS Printed Circuit Board Layout Guidelines

Location: Docs directory

File Name: Preliminary WirelessUSB LS PCB Layout Guidelines.pdf

Description: This document provides guidelines for printed circuit board design using the CYWUSB6932/34.

Preliminary WirelessUSB LS Micro Bridge Printed Circuit Board Layout Guidelines

Location: Docs directory

File Name: Preliminary WirelessUSB LS Micro Bridge PCB Layout Guidelines.pdf

Description: This document provides guidelines for a microbridge printed circuit board design.

WirelessUSB Firmware Tips and Tricks

Location: Docs directory

File Name: WirelessUSB Tips and Tricks.pdf

Description: This document provides tips and tricks for firmware when using the CYWUSB6932/34.

Development Tools

The PSoC and enCoRe™ development tools are not provided in this kit. Check the Cypress/Cypress Microsystems website www.cypress.com for availability.

Additionally, the WirelessUSB LS KBM RDK is compatible with the WirelessUSB Listener tool available with the CY3632 WirelessUSB Development Kit.

Compliance Testing

Although most developers are fairly comfortable with the challenges of the hardware and software design process, there is one aspect that is often neglected until late in the design process: compliance testing. These are the USB and emissions compliance tests for the bridge, keyboard and mouse.

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Contents Contents IntroductionReview of Kit Components Connecting the Bridge, Keyboard, and Mouse Getting Started with the CY4632 Reference Design KitWirelessUSB LS Keyboard/Mouse RDK CD-ROM Directory StructureDocumentation Index CY8C27443/643 PSoC Datasheet CYWUSB6934 WirelessUSB LS DatasheetCY7C63723 enCoRe Datasheet Getting Started with the CY4632 Reference Design KitPreliminary WirelessUSB LS 2-Way HID Systems WirelessUSB LS Theory of OperationWirelessUSB LS 1-Way HID Networks WirelessUSB Calculating Battery LifeCompliance Testing Development ToolsSupport

CY4632 specifications

The Cypress CY4632 is an advanced microcontroller designed for applications that require high performance, low power consumption, and robust connectivity options. This versatile device is particularly popular in the realms of consumer electronics, industrial automation, and smart home devices.

One of the standout features of the CY4632 is its powerful ARM Cortex-M4 processor. This 32-bit RISC processor is not only efficient but also capable of handling complex computations with ease. Running at speeds up to 150 MHz, the CY4632 can execute multiple tasks concurrently, thanks to its dual-core configuration, which enhances multitasking capabilities.

The CY4632 is equipped with an extensive memory architecture, featuring up to 512 KB of Flash memory and 128 KB of SRAM. This generous storage capacity allows developers to implement sophisticated applications without worrying about memory constraints. The built-in memory protection unit ensures secure execution, enabling the development of reliable firmware.

Connectivity is a major highlight of the CY4632. It supports various protocols, including Bluetooth Low Energy (BLE), Wi-Fi, and Ethernet, ensuring seamless communication with other devices and the Internet of Things (IoT). The advanced radio capabilities make it an ideal choice for connected applications, offering low latency and reliable transmission over considerable distances.

Another important aspect of the CY4632 is its range of integrated peripherals. The microcontroller includes multiple general-purpose input/output (GPIO) pins, analog-to-digital converters (ADCs), timers, and communication interfaces like UART, SPI, and I2C. These features facilitate easy integration with sensors, displays, and other peripherals, allowing developers to customize their designs.

Low power consumption is yet another characteristic that sets the CY4632 apart from other microcontrollers. It is designed to operate in various power modes, enabling energy-saving strategies that extend battery life in portable applications. This efficiency makes it a suitable choice for wearables and smart home devices that demand prolonged operational time.

Lastly, developer support for the CY4632 is robust, with comprehensive software development kits (SDKs) and a supportive user community. This infrastructure enables designers to rapidly prototype and deploy their applications, translating innovative ideas into market-ready products quickly.

In conclusion, the Cypress CY4632 microcontroller is a feature-rich, versatile platform that combines powerful processing capabilities, extensive connectivity options, and efficient power management. Its well-rounded specifications make it a popular choice among developers looking to create the next generation of smart devices.