➀ Texas Instruments' TIDA-00431 integrates a 4 GSPS ADC and an 8 GHz DC-coupled differential amplifier, enabling direct RF signal capture up to 2 GHz bandwidth;

➁ Designed for radar, communication, and test systems, it eliminates traditional frequency translation stages to reduce latency and enhance signal fidelity;

➂ Includes full schematics, layout files, and TI component support (LMH5401 amplifier, ADC12J4000 converter) for streamlined high-performance receiver development.

➀ The electronic components market faces widespread uncertainty, with DRAM supply tightened due to AI-driven HBM demand and Micron's temporary price suspension spooking buyers;

➁ Texas Instruments (TI) raised prices by 15-70% on select products and discontinued certain lines, while Vicor announced a 10% price hike;

➂ Procurement teams are advised to monitor tariffs, diversify suppliers, and avoid single-source components to mitigate risks.

➀ Texas Instruments' TIDA-050071 reference design addresses the challenge of powering automotive processors in ADAS and infotainment systems directly from a 12V battery;

➁ It integrates input protection, configurable voltage sequencing via an MSPM0 microcontroller, and a high-efficiency PMIC with multiple outputs;

➂ The compact solution supports cold-cranking down to 3V, reduces EMI, and offers flexibility for applications like autonomous driving modules and head-up displays.

➀ The reference design TIDA-00824 by Texas Instruments addresses key challenges in wearable temperature measurement, including thermal contact, signal integrity, and compact design.

➁ It uses dual LMT70 analog sensors for skin/ambient temperature detection with ±0.1°C accuracy, paired with a 16-bit ADC and microcontroller for data processing.

➂ Features optimized thermal management with micro-PCB designs, low-power consumption (13μA), and supports firmware updates via SPI for diverse wearable applications.

➀ Presents a DIY delay-off timer circuit using TLC555 IC for automated appliance control;

➁ Offers selectable preset timing options (5-30 mins) using dedicated push switches;

➂ Details circuitry, components, and applications in home, office, and automotive scenarios to improve energy efficiency

➀ Texas Instruments (TI) introduces the industry's most sensitive in-plane Hall-effect switch, detecting magnetic fields as low as 1mT for compact, cost-effective designs;

➁ Features ultra-low power consumption (0.6 μA) and integrated signal amplification, ideal for battery-powered devices like smart appliances and security systems;

➂ Supported by developer tools for rapid prototyping, it replaces traditional sensors (e.g., reed switches) and enhances TI’s magnetic sensing portfolio.

➀ Andy recommends Texas Instruments' Application Note AN-20 and other resources for learning basic op amp circuits;

➁ The article includes a knowledge-testing op amp quiz with detailed answer explanations;

➂ Focuses on practical circuit design fundamentals and analog IC applications.

➀ Texas Instruments' TIPD190 reference design offers a robust 2-wire 4–20 mA transmitter with built-in reverse polarity protection and IEC61000-4-compliant EMI/EMC safeguards, ensuring reliable operation in harsh industrial environments;

➁ The design features ultra-low total unadjusted error (<0.15%) and consumes less than 4mA current, maintaining compliance with industrial current loop standards while supporting multiple voltage regulation methods;

➂ Provides complete system protection against wiring errors and electrical stresses, significantly reducing development time with pre-validated schematics and PCB layouts for industrial automation applications.

➀ Texas Instruments' TIDA-050087 reference design provides a compact power solution for NXP i.MX 93 processors, integrating PMIC, DC/DC converter, and LDO components;

➁ Supports low-power modes, DVFS, and flexible boot options, validated for industrial/medical applications including HMIs and automation systems;

➂ Includes complete development resources (BOM, schematics) and compatibility with NXP's evaluation kit for rapid prototyping.

➀ Texas Instruments' TIDA-010954 reference design presents a 600W bidirectional microinverter using GaN technology, achieving 640 W/L power density without heat sinks;

➁ It combines solar PV and battery storage integration through cycloconverter-based AC-DAB topology, supporting 60V DC input and 230V AC output with reactive power compensation;

➂ Features digital control via TMS320F28P55x microcontroller and high-efficiency LMG2100R026 GaN modules, ideal for residential energy systems and grid-tied applications.

➀ Texas Instruments' TIDA-010269 reference design powers 128-channel ultrasound probes with >80% efficiency using a transformerless HV power supply and USB Type-C input;

➁ The compact system eliminates cooling fans, reduces power/size by 80%, and enables high-resolution imaging for handheld diagnostics;

➂ This design supports point-of-care ultrasound deployment in rural areas through improved portability and cost effectiveness compared to cart-based systems.

➀ The PocketBeagle 2, a quad-core development board based on TI's AM6254 SoC, is introduced as an upgrade with 1.4GHz cores, a 3D GPU, and a Cortex-M4F processor;

➁ It targets applications in IoT, robotics, and prototyping;

➂ The board remains compact, following the PocketBeagle form factor for accessibility in embedded projects.

➀ Texas Instruments' TIDA-01407 is a 400-W phase-shifted full-bridge converter designed for automotive applications, converting 36–60 V DC input to a stable 12 V output with high efficiency;

➁ Features zero-voltage switching (ZVS), synchronous rectification, and transformer isolation to prevent battery shorting, ensuring reliability under automotive voltage fluctuations;

➂ Includes gate drivers for 120 V operation, programmable delays for load adaptability, and comprehensive design documentation for implementation in HEV/EV systems and power supplies.

➀ Texas Instruments' TIDA-010053 reference design provides a battery-powered solution for smart meters, supporting wireless protocols like Sub-1 GHz, BLE, and NB-IoT;

➁ The design integrates high-efficiency power converters (buck, boost, buck-boost) with ultra-low quiescent currents, optimizing battery life for IoT applications;

➂ Includes a Battery Health Monitoring system to measure State-of-Health (SOH) and enables applications in gas/water meters, asset tracking, and automated meter reading.

➀ Texas Instruments' TIDA-010949 is a 600W solar power optimizer with GaN technology, supporting up to 80V/18A input/output;

➁ Features a configurable buck-boost converter, >99% efficiency, and integrated PLC/wireless communication via C2000 MCU;

➂ Includes bypass circuitry, MPPT algorithm, and compact design for solar optimizers/rapid shutdown systems.

➀ This article introduces a reference design from Texas Instruments (TI) for controlling Vienna rectifiers in high-power systems. It includes tools for control, monitoring, and faster development.

➁ The design is based on the TIDA-010257 reference design, which demonstrates a method to control the power stage using the C2000 microcontroller (MCU). It also provides a graphical user interface (GUI) for monitoring and controlling the Vienna rectifier.

➂ The design is suitable for various high-power applications, including air conditioner outdoor units, heat pumps, EV charging infrastructure, telecom rectifiers, and factory automation and control systems.

➀ A prototype for an E-Bike terminal has been developed at the Hochschule Karlsruhe (HKA) as part of a project aiming for sustainable mobility;

➁ The terminal is constructed primarily from renewable resources (wood) and is designed to be replicable in other locations;

➂ The project includes a solar power system to charge the E-bikes and features social components such as a meeting point for students and staff.

➀ This study explores the development of chitosan-silanized hexagonal boron nitride (hBN) nanocomposite films;

➁ It focuses on their structural, mechanical, and barrier properties;

➂ The research aims to enhance the performance of biodegradable polymer films, overcoming limitations of chitosan.

➀ MinebeaMitsumi has announced a tender offer to acquire thermistor specialist Shibaura Electronics to save it from a hostile takeover bid from Taiwan's Yageo Corp.;

➁ Shibaura Electronics, with a 13.5% world market share in thermistors, is a key player in vehicles, wind turbines, and industrial robots;

➂ Yageo Corp. plans to make a takeover bid on May 7th, offering $29 per share, but MinebeaMitsumi is offering $31 per share, totaling $485 million for the company.

➀ Ed在日记中透露，关税问题让他感到自豪，他预见到这将是Liz Truss故事的翻版，并相应地应对。

➁ 到周二晚上，关税已使全球股市价值蒸发10万亿美元，而到周四早上，股市又上涨了6万亿美元。

➂ 所有金融人士都说，当政府债券开始抛售时，总统将改变方向，就像Liz在她预算后大量出售金边债券时那样。