Tag: oscillator

SiTime's ultra-small micropower 1 MHz to 26 MHz oscillators are ideal for battery-powered mobile, wearable, and IoT devices SiTime's SiT8021 oscillator is 90% lower in power consumption and 40% smaller in size than quartz oscillators. The unmatched combination of ultra-low power, an...

SiTime Corporation has released the SiT3901 µPower digitally controlled MEMS oscillator (DCXO) for power-sensitive and space-constrained mobile and IoT applications. Ideal for wireless charging systems for smartwatches, activity trackers, hearing aids, wearables, portable medical...

Abracon AST3TDA Precision SMD Crystal Oscillators are temperature-controlled crystal oscillators with wide operating temperatures and high stability. They feature a wide range of standard frequencies ranging from 10MHz to 50MHz, and voltage control as an available option. Abracon...

Stefan Wagner published another great project on Github. He writes: Sometimes AVRs are operated without an external clock. The internal oscillator does a good job in most applications, but when it comes to precise timing, it is too inaccurate. The accuracy of the oscillator of an AVR...

This is a precision, low power, and easy-to-use oscillator that provides multiphase outputs. The output frequency of the project is set to 250Khz, with 40% spread spectrum. The oscillator frequency can be set by resistor R1, and the spread spectrum can be changed using R3. The master...

This is a precision, low power oscillator that occupies very little space.  The oscillator frequency is adjustable using an onboard multi-turn trimmer potentiometer. The output of the circuit is very accurate and has a 1.5% frequency error. The project operates with a single 5V power...

The EQXO-75UIE series is a ruggedized high-reliability, high temperature range clock oscillator in a standard format 7x5mm SMD ceramic package designed for demanding and vibrating industrial applications Saelig Company, Inc. has launched the Euroquartz EQXO-75UIE Extended Industrial...

Most microcontroller implementation these days, use the traditional capacitor + crystal approach to generate their clock, this approach sometimes, however, lead to problems, especially when used in prototyping situations with a breadboard, jumper wires, etc., all of which have an...