This in depth article explores the theoretical foundation and practical considerations of connecting inductor in series for engineers and electronics students. Learn how series inductance works, why it increases total inductance, how mutual coupling affects it and how to design effective filters.
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An operational amplifier (op-amp) is a high-gain differential amplifier used in analog circuitry to process and condition signals. This article examines op-amp theory, ideal and real behavior, key specifications, core circuits, applications, and practical design considerations.
AI workloads are pushing the power demands of server racks beyond the practical limits of 48 VDC distribution. With current levels reaching several MW, data centers using traditional architectures face insurmountable power losses, making the shift toward HVDC distribution a necessity.
This guide explores the theory behind switching regulators, compares the most common topologies, and details practical design considerations.
A non-inverting amplifier is an op-amp configuration that delivers in-phase voltage gain with high input impedance. This article explains its theory, schematic symbols, gain calculation, bandwidth limits, noise, stability trade-offs, and real-world design practices.
How Molex and Sager Electronics turn complex interconnect requirements into streamlined, production-ready cable solutions.
Explore how electric motor drives are powered, from inverter architectures and MOSFETs to IGBTs, GaN, and SiC devices, and how each impacts efficiency, cost, and performance.
Explore how diagnostic-enabled electro-mechanical switches improve safety, reduce downtime, and enable predictive maintenance across industrial, automotive, and aerospace systems.
Explore how next-generation connectors enable reliable power and data transmission in satellites and spacecraft, overcoming extreme temperature, vacuum, radiation, and launch stresses.
Understand the key differences between regulated and unregulated DC/DC converters, their tradeoffs in stability, efficiency, cost, and how to choose the right option for your power design.
Discover how CoolSET™ PWM Gen5 Pro controllers enhance auxiliary power supply performance with faster startup, flexible gate drive, robust protection, and high efficiency in high-voltage systems.
Solid-state relays deliver high-cycle reliability for industrial switching, enabling precise PID control, silent operation, and long service life in demanding systems.
Learn how to select the right Murata MLCCs for modern power architectures, balancing low ESL, stable capacitance, and smart placement to ensure power integrity in high-speed, high-current systems.
Solid-state MOS FET relays offer compact size, fast and stable switching, low power use, and long service life. With diverse package options and strong isolation, they help engineers build reliable, space-efficient, and maintenance-free electronic systems.
This in-depth guide explains the physics of PN junction diodes, surveys modern diode types, illustrates a standard diode schematic, explores rectifiers, clippers, and clampers, and offers practical design tips.
