AN15257 - Guidelines for Evaluating System Performance of Cypress WirelessUSB™ RF Products
When product designers use reference designs as a basis for their own projects, they typically modify or enhance the original designs. Unfortunately, these modifications can cause a considerable decline in performance.
AN2141 - PSoC® 1 Glitch Free PWM
AN2373 - Ranking Original Pseudo-Noise Codes in a DSSS System
If a WirelessUSB™ or any direct-sequence spread spectrum (DSSS) system is to be used with unique pseudo-noise (PN) codes, an assessment should be done of the code’s auto-correlation properties. This Application Note explains about assessing the quality of a given PN code relative to another, because it is important in choosing a code appropriate for an application.
AN4002 - Calculating Battery Life in WirelessUSB LS™ Systems
This application note provides guidelines for calculating expected battery life in 2-way WirelessUSB products for engineers who are familiar with these basic power management concepts.
AN4004 - Interference Mitigation Challenges and Solutions in the 2.4 to 2.5 GHz ISM Band
This application notes discusses avoiding interference using WirelessUSB.
AN43353 - Using enCoRe™ V 16-Bit Timer Modules as PWMs
AN43353 describes how the 16-bit Timer User Module in enCoRe™ V can be leveraged to build a PWM using the part. The PSoC® Designer™ project accompanying this application note discusses the method of implementation.
AN48399 - WirelessUSB™ LP/LPstar Transceiver PCB Layout Guidelines
AN48399 provides guidelines for PCB layout design and manufacture of the WirelessUSB™ LP/LPstar transceiver chip. These recommendations help in saving time and money in the development of an integrated wireless solution, by avoiding costly layout changes late in the design cycle.
AN48610 - Design and Layout Guidelines for Matching Network and Antenna for WirelessUSB™ LP Family
AN48610 provides design and layout guidelines for the matching network and antenna recommended for the WirelessUSB™ LP/LPstar radio. Follow these suggestions to minimize time and expenses when developing your own integrated wireless solution.
AN5033 - WirelessUSB™ Dual Antenna Design Layout Guidelines
WirelessUSB(TM) Dual Antenna Design Layout Guidelines
AN54181 - Getting Started with PSoC® 3
AN54181 introduces you to PSoC® 3, an 8051-based programmable system-on-chip. It helps you explore the PSoC 3 architecture and development tools and shows you how to create your first project using PSoC Creator™, the development tool for PSoC 3. This application note also guides you to more resources to accelerate in-depth learning about PSoC 3.
AN6066 - Wireless Binding Methodologies
AN6066 discusses the general considerations for deciding on a binding methodology of devices in robust wireless systems, and also gives examples of common binding schemes, highlighting their advantages and disadvantages. It is intended for system architects, particularly those who are relatively new to wireless designs.
AN64285 - Wirelessusb™ NL Low Power Radio Recommended Usage and PCB Layout
Wireless products are now found in abundance, all around us today, and their usage continues to rapidly expand. This application note introduces the Cypress CYRF8935 device and a sample PCB design. The appendix section guides you on antenna selection process.
AN72428 - Schematic Review Checklist for WirelessUSB™ NL
AN72428 discusses the hardware considerations and recommended practices for systems that use WirelessUSB™ NL, the Cypress third generation 2.4-GHz low-power RF technology. WirelessUSB NL operates in the 2.4-GHz ISM band and delivers the next level of low-power performance on a small 4-mm × 4-mm footprint.
AN75320 - Getting Started with PSoC® 1
AN75320 introduces you to PSoC® 1, an 8-bit processor with programmable digital and analog blocks that enable implementation of custom functions.