frequencies

THE NEW E VARIANTS OF INTEL TIGER LAKE LINEUP AND ADLINK CEXPRESS TL

THE NEW E VARIANTS OF INTEL TIGER LAKE LINEUP AND ADLINK CEXPRESS-TL

Intel¬†has launched three embedded 11th gen, 10nm SuperFin fabricated¬†Tiger Lake ULP3 ‚ÄúE‚Ä̬†processors, keeping in mind the growing need for embedded applications. These new processors join with the earlier released nine Tiger Lake¬†U-series ULP3 and lower-power Y-series ULP4 chips. Taking benefit from these new chips Adlink has now released a COM Express Compact Type 6 module

THE NEW E VARIANTS OF INTEL TIGER LAKE LINEUP AND ADLINK CEXPRESS-TL Read More ¬Ľ

SILICON LABS LAUNCHES TIMING INDUSTRYS SMALLEST LOWEST JITTER I2C PROGRAMMABLE CRYSTAL OSCILLATORS

SILICON LABS LAUNCHES TIMING INDUSTRY’S SMALLEST, LOWEST JITTER I2C-PROGRAMMABLE CRYSTAL OSCILLATORS

Silicon Labs has introduced a new family of small form-factor, high-performance crystal oscillators (XOs) and voltage-controlled crystal oscillators (VCXOs) for applications that require low jitter and frequency-flexible clock synthesis. The Si54x/6x Ultra Series XO/VCXOs deliver jitter performance as low as 80 femtoseconds (fs) for integer and fractional frequencies across the entire operating range, providing outstanding

SILICON LABS LAUNCHES TIMING INDUSTRY‚ÄôS SMALLEST, LOWEST JITTER I2C-PROGRAMMABLE CRYSTAL OSCILLATORS Read More ¬Ľ

ANALOG DEVICES ANNOUNCES 42V 15A SYNCHRONOUS STEP DOWN REGULATOR SILENT SWITCHER 2

ANALOG DEVICES ANNOUNCES 42V, 15A SYNCHRONOUS STEP-DOWN REGULATOR SILENT SWITCHER 2

Analog Devices announced the release of a new synchronous step-down regulator, LT8648S, that features second generation Silent Switcher architecture designed to minimize EMI emissions while delivering high efficiency at high switching frequencies. This includes the integration of input and boost capacitors to optimize all the fast current loops inside and make it easy to achieve advertised EMI performance

ANALOG DEVICES ANNOUNCES 42V, 15A SYNCHRONOUS STEP-DOWN REGULATOR SILENT SWITCHER 2 Read More ¬Ľ

Scroll to Top