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Introduces the APWlink+ microphone USB demonstration board from STMicroelectronics. It hosts the microcontroller STM32F107RC and either the MP45DT02 or MP34DT01 (top-port digital microphones) and the MP34DB01 (bottom-port digital microphone).
This application note provides the design method and component selection guidelines for the protection of automotive electronics from electrical hazards.
This application note describes the features of the ST SCLT3-8 series, including current-limited inputs, power management, EMI protection, and thermal characteristics, for use in industrial automation applications.
This document describes a device for overvoltage and overcurrent protection for main distribution frames and line cards, including a primary protection level and suitability. The document also explains the protection concept and analyzes the performance of CLP270M when facing different surges as described in the BELLCORE GR 1089 recommendations.
This document presents a protection solution for single battery voltage SLICs in new networks in the US market. It describes the structure of modern telecom networks and the application of SLICs in these networks. The document proposes a complete protection solution for short line SLICs.
This application note describes the operation of a Trisil™ crowbar type protection diode. The diode is designed to limit voltage and divert surge current, making it suitable for protecting electronic components.
This document presents a comprehensive protection solution based on companion devices from ST and Cooper Bussmann, experts in wireline networks protection. The document provides necessary information for telecom system card designers to make proper protection choices for wireline networks, which remain the most cost-effective solution for data exchange worldwide.
This document discusses the importance of PCB layout optimization and the factors influencing protection circuit design. By choosing the right protection location and suitable protection devices, interference issues in the circuit can be effectively addressed.