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... oscillators replace traditional quartz or SAW technologies, enhancing reliability and accelerating product development for demanding communication, storage, and networking applications. The DSC1101 features...
...high-performance silicon MEMS oscillators offering excellent jitter and stability across a wide range of supply voltages and temperatures. These oscillators eliminate the need for traditional quartz or SAW t...
...series are high-performance silicon MEMS oscillators offering excellent jitter and stability across a wide range of supply voltages and temperatures. These oscillators provide a reliable alternative to quart...
... oscillators are designed to replace traditional quartz or SAW-based solutions, enhancing reliability and accelerating product development. They meet stringent clock performance criteria for various communic...
.... These oscillators provide a reliable and advanced alternative to traditional quartz or SAW-based devices, accelerating product development and enhancing reliability. They are designed for demanding communi...
...oscillators offering exceptional jitter and stability across a broad range of supply voltages and temperatures. These oscillators leverage MEMS technology to enhance reliability and accelerate product develo...
... oscillators leverage MEMS technology to enhance reliability and accelerate product development, providing a superior alternative to quartz or SAW-based devices. They are designed to meet stringent clock per...
... are high-performance silicon MEMS oscillators offering excellent jitter and stability across a wide range of supply voltages and temperatures. These oscillators provide a reliable alternative to quartz or S...
... oscillators leverage MEMS technology to enhance reliability and accelerate product development, providing a superior alternative to quartz or SAW-based devices. They are designed to meet stringent clock per...
... oscillators provide a reliable and advanced alternative to traditional quartz or SAW technologies, accelerating product development and meeting stringent clock performance requirements for various communica...
.... These oscillators provide a reliable and advanced alternative to traditional quartz or SAW-based devices, accelerating product development and enhancing reliability. They are designed for demanding communi...
... oscillators provide a reliable alternative to traditional quartz or SAW technologies, accelerating product development and enhancing reliability for demanding communication, storage, and networking applicat...
... oscillators provide a reliable alternative to traditional quartz or SAW technologies, accelerating product development and enhancing reliability for demanding communication, storage, and networking applicat...
... are high-performance silicon MEMS oscillators offering excellent jitter and stability across a wide range of supply voltages and temperatures. These oscillators replace traditional quartz or SAW technologie...
...silicon MEMS oscillators offering excellent jitter and stability. They provide a reliable and advanced alternative to traditional quartz or SAW technologies, accelerating product development and enhancing re...
.... These oscillators replace traditional quartz or SAW technologies, enhancing reliability and accelerating product development. The DSC1101 features a standby mode for complete power-down, while the DSC1121 ...
... oscillators leverages advanced silicon MEMS technology to deliver exceptional jitter and stability across a wide range of supply voltages and temperatures. These oscillators offer a reliable and robust alte...
... leverage proven silicon MEMS technology, providing enhanced reliability and faster product development compared to traditional quartz or SAW technologies. They are designed to meet stringent clock performan...
... 2 or 4 outputs, reducing the need for fan-out buffers. With a frequency range of 100 MHz to 700 MHz and selectable power supply voltages of 2.5 V or 3.3 V, this oscillator is suitable for demanding environm...
... 2 or 4 LVDS outputs to reduce fan-out buffers. With a wide frequency range of 100 MHz to 700 MHz and selectable power voltages of 2.5 V or 3.3 V, this oscillator is ideal for server, storage, and network in...