capacitor

HIGH POWER LED FLASHING BEACON USES A SWITCHING REGULATOR

HIGH POWER LED FLASHING BEACON USES A SWITCHING REGULATOR

This flasher/beacon circuit can be employed as a distress signal on highways, a direction pointer for parking lots, hospitals, and hotels, etc. The circuit uses a power LED, and provides more light than a typical incandescent lamp flasher. Use of a 6 V or 12 V SLA lantern battery makes the circuit portable. The heart …

HIGH POWER LED FLASHING BEACON USES A SWITCHING REGULATOR Read More »

Comparing MEMS and Electret Condenser Microphones

Comparing MEMS and Electret Condenser Microphones

MEMS Microphone Basics MEMS microphones are constructed with a MEMS (Micro-Electro-Mechanical System) component placed on a printed circuit board (PCB) and protected with a mechanical cover. A small hole is fabricated in the case to allow sound into the microphone and is either designated as top-ported if the hole is in the top cover or …

Comparing MEMS and Electret Condenser Microphones Read More »

A-TRANSISTOR-LESS-SOUND-SYNTHESIZER

A TRANSISTOR-LESS SOUND SYNTHESIZER

A synthesizer without transistors could almost be the basis of a trick question, surely without transistors it must be using a vacuum tube or similar. Not [Dr. Cockroach]’s synth though, instead of transistors it uses coupled pairs of LEDs and light-dependent resistors as its active components. Its oscillator circuit comes courtesy of [Patrick Flett], and uses …

A TRANSISTOR-LESS SOUND SYNTHESIZER Read More »

Short-on-MLCCs-Choose-Panasonic-Polymer-Series-OEMsecrets

SHORT ON MLCCS? CHOOSE PANASONIC POLYMER SERIES

*Only infotainment or non-safety critical circuits VIEW MORE Panasonic has expanded the CS, CT, and CX SP-Cap series to include higher voltage caps with range up to 35V. The newest additions to the SP-Cap product line features high voltage, low profile, high-temperature reflow, and unique electrode materials for high withstanding voltages. The higher voltage SP-Caps …

SHORT ON MLCCS? CHOOSE PANASONIC POLYMER SERIES Read More »

Scroll to Top