Occasionally you might need a simple clock module for various projects. A small CMOS clock module, such as the one presented here, is not capable of offering as much precision as a clock module built ...
Integrated Device Technology has announced the availability of all-silicon cmos oscillators in wafer and package forms. According to the mixed signal semiconductor specialist, it is the only company ...
The IDT3C02 generates frequencies on chip without relying on a piezoelectric or mechanical resonator. Built on a standard cmos process, the device uses a programmable architecture and supports ...
We are always glad to see [Ken Shirriff] tear into something new and this month he’s looking inside a quartz oscillator module. Offhand, you’d think there’s not much to these. A slab of quartz and ...
Integrating MEMS and CMOS technologies in a single monolithic die can eliminate many of the disadvantages of conventional two-die MEMS oscillator solutions. To alleviate the drawbacks of quartz ...
Built on Mixed-Signal Devices' patented "Virtual Crystal" CMOS timing architecture, it enables multi-gigahertz performance with femtosecond-level jitter and sub-Hz frequency programmability. It's all ...
Dubbed Si500, “it generates any frequency from 900kHz to 200MHz and phase jitter is 2ps(RMS) maximum, 1.5ps typical”, said the firm. Period jitter at 100MHz is typically under 0.8ps. Silicon Labs has ...
Optical microcavities, capable of dramatically enhancing nonlinear processes, have been used to demonstrate multi-wavelength sources for scientific applications such as frequency comb generation for ...
Toshiba has developed a quartz-replacing all-CMOS +/-85ppm oscillator, claiming it to be the most accurate in its class. Presented at the VLSI Symposium in Honolulu, the 24MHz RC oscillator was ...
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