The AS5001 silicon oscillator utilizes proprietary frequency synthesis and sensor technologies to provide a quartz-free, MEMS-free clock with a typical phase jitter of 350 fs that supports frequencies between 0.01 and 350 MHz with programmable universal differential driver format.

The AS5002 silicon oscillator utilizes proprietary frequency synthesis and sensor technologies to provide a quartz-free, MEMS-free clock with a typical phase jitter of 350 fs that supports frequencies between 0.01 and 350 MHz with programmable universal differential driver format. It supports 3 configurations with combinations of frequencies and output formats which can be selected by GPIO level.

The AS5011 silicon oscillator utilizes proprietary frequency synthesis and sensor technologies to provide a quartz-free, MEMS-free clock with a typical phase jitter of 1 ps that supports a fixed frequency between 10 kHz and 125 MHz with LVCMOS output. The device is qualified to AEC-Q100 grade 1 for automotive applications.

The AS5003 silicon oscillator utilizes proprietary frequency synthesis and sensor technologies to provide a quartz-free, MEMS-free clock with a typical phase jitter of 350 fs that supports frequencies between 0.01 and 350 MHz with programmable universal differential driver format. It supports programmability of frequency by 0.026ppb resolution and all output formats through I2C interface.

The AS5012 silicon oscillator utilizes proprietary frequency synthesis and sensor technologies to provide a quartz-free, MEMS-free clock with a typical phase jitter of 1 ps. The device is factory-programmed with 3 selectable frequencies between 10 kHz and 125 MHz, selectable through the FS pin, and is qualified to AEC-Q100 grade 1 for automotive applications.

The AS5004 silicon oscillator utilizes proprietary frequency synthesis and sensor technologies to provide a quartz-free, MEMS-free clock with a typical phase jitter of 350 fs that supports frequencies between 0.01 and 350 MHz with programmable universal differential driver format. It supports voltage-control functionality with the tunability up to 250 ppm/V.

The AS5014 silicon oscillator utilizes proprietary frequency synthesis and sensor technologies to provide a quartz-free, MEMS-free, voltage-controlled clock with a typical phase jitter of 1 ps. With a factory-programmed center voltage and tuning slope, the AS5014 delivers an LVCMOS clock from 10 kHz to 125 MHz through the VC pin, and is qualified to AEC-Q100 grade 1 for automotive applications.

The AS5201 is a temperature compensated crystal oscillator (TCXO) with a pair of differential output clocks between 10 MHz and 156.25 MHz. The AS5201 utilizes digital temperature sensing and frequency compensation technologies to provide a high precision, temperature stabilized clock with grade options from ±5 ppm to ±20 ppm.

The AS5005 Arcadium all-silicon oscillator uses frequency synthesis and sensing technologies to provide quartz-free, MEMS-free low-jitter clocks. Factory configuration selects the frequency, output format, pin functions, and SSC mode. Differential outputs cover 10 kHz to 350 MHz, with LVCMOS output options up to 212.5 MHz. Programmable SSC supports center spread up to ±1.5% or down spread up to -3% for EMI reduction. Integrated power supply filtering and industry-standard package options support communications, computing, and industrial applications.

The AS5015 ArcadiumNano all-silicon oscillator provides a quartz-free, MEMS-free LVCMOS clock from 10 kHz to 125 MHz with 1 Hz frequency resolution. Programmable SSC supports center spread up to ±1.5% or down spread up to -3% to reduce EMI. Configurable OE, ACT, or SSC pin functions and integrated power supply filtering simplify system integration. The device supports automotive-grade operation and is offered in industry-standard 3225, 2520, and 2016 packages.