Sponsored by: Texas Instruments Clock stability is more crucial than ever in high-speed timing circuits—and low-noise oscillators and phase-locked loops play key roles in achieving ...

This article describes a design for a precision clock-generator circuit board that can function as a waveform generator in some telecom- or datacom-specific lab bench work. The ...

Stable, accurate reference frequencies are basic to almost all digital electronics. The most common references combine quartz crystals with clock-generator circuits, often employing a PLL ...

This was around the time when DEC Alphas and such were being scrutinized for increased power requirements to drive that clock generator circuit all around the chip... including issues with skew ...

function specific devices like jitter cleaner, clock recovery circuits or clock generator for DDR memories, flexible devices such as programmable clock generator, EMI optimiser, clock translator.

The clock generator circuit in Figure 1 (see figure 1, below) uses an LTC6904, a 1-kHz-to-68-MHz programmable oscillator (Ref. 1). It provides frequency accuracy of 1.1% over the full frequency span ...

According to SiTime, the Symphonic clock generator combines the functions of up to four separate timing devices, which helps simplify system design and reduces circuit board space requirements. The ...

These numerous clocks running at much higher speeds make the noise and interference a big concern for reliable system operation. In this article, we'll discuss how a well-designed centralized clock ...

True Circuits offers a complete family of standardized clock generator, deskew, low bandwidth and spread spectrum PLLs and DDR DLLs that spans nearly all performance points and features typically ...

Renesas is aiming at wireline infrastructure and data centres with a family of 25fs rms jitter 25fs-rms clock generators and jitter attenuators with eight or 12 outputs. RC32312 and RC32308 “provide ...