DC/DC Converter
- ANP006: Influence of control loop by an Outputfilter
- ANP008: Negative input resistance of switching regulators
- ANP009: Loss-Free Filtered
- ANP010: Measurement of the interference voltage on DC/DC switching regulators
- ANP013: Quiet switching controller for audio amplifiers
- ANP017: Designing Low-cost, Multiple Output DC/DC Converters
- ANP044: Impact of the layout, components and filters on the EMC of modern DC/DC switching controllers
- ANP049: EMC & Efficiency Optimization of High Power DC/DC Converter
Inductors
- ANP019: The Sham of the High Rated Current
- ANP020: Cracks on Molded Power Inductors
- ANP021: Safe, Reliable Designs for Non-Isolated Offline Switchers with 400VDC Rated Power Inductors
- ANP029: Accurate Inductor Loss Determination using REDEXPERT
- ANP031: Determination of the Ideal Power Inductor for Energy-efficient Applications
- ANP036: Voids in Bottom Termination Components (BTC)
- ANP039: Power Inductors - 8 Design Tips
- ANP047: The Behavior of Electro-Magnetic Radiation of Power Inductors in Power Management
Wireless Connectivity & Sensors
- ANR001: Metis-II Repeater Mode
- ANR002: Proteus-I Advanced Developer Guide
- ANR003: Proteus-I Low Power Application With Periodic Wake-Up
- ANR004: Proteus-I How To Use The Peripheral Only Mode
- ANR005: Proteus-II Advanced Developer Guide
- ANR006: Proteus-II High Throughput Mode
- ANR007: Calypso IoT Application Based On Calypso Module
- ANR008: WirelessConnectivity Software Developement Kit (SDK)
- ANR010: Range Estimation
- ANR014: Proteus Quickstart
- ANR015: From 868 MHz To 915 MHz
- ANR016: Proprietary Migration Guide
- ANM001: MEMS Sensor PCB Design and Soldering Guidline