Most of us know that a quartz clock uses a higher frequency crystal oscillator and a chain of divider circuits to generate a 1 Hz pulse train. It’s usual to have a 32.768 kHz crystal and a 15-stage ...

What a time to be alive when you can find inexpensive microcontrollers that come with programmable(ish) logic that can operate independently of the system clock. [David Johnson-Davies] recently built ...

Clocking constitutes one of the most important aspects of any block or SoC level design and its architecture needs to well defined and understood during the conceptualizing/planning phase of the ...

As technology advance, we see complex SoCs emerging in the market with multiple interfaces. These complex SoCs can have multiple clocks driving multiple modules, which may be getting divided further ...

The AD9508 clock buffer and divider IC delivers a low jitter of 41 fs across the 12- to 20-kHz band. The 1.65-GHz device is designed for communications, instrumentation, defense and aerospace ...

Clocking constitutes one of the most important aspect of block or SOC-level design and its architecture needs to well defined and understood during the conceptualizing/planning phase of the design. In ...

Linear Technology has introduced a 1.8GHz clock distribution IC with three independent outputs, each with its own divider and phase delay. The device, the LTC6954, has a jitter specification of less ...

Linear Technology has introduced a 1.8GHz clock distribution IC with three independent outputs, each with its own divider and phase delay. The device, the LTC6954, has a jitter specification of less ...

Linear Technology Corporation has introduced the LTC6954, a range of ultralow jitter 1.8GHz clock distribution chips with three independent outputs, each with its own divider and phase delay. With ...

Linear Technology Corporation announces the LTC6951, a low phase noise integer-N synthesizer with an integrated VCO and an ultralow jitter clock distribution section, ideal for clocking data ...