Ultra-stable dual-output frequency (kHz & MHz).
Lowest system power consumption.
Industry’s highest reliability & robustness.
Packaged MEMS Oscillator:
True-dual-output MEMS oscillator provides ultra stable, low jitter and temperature insensitive kHz and MHz output.
Chip-scale package:
Key features and benefits:
- True-dual-output timing solution
- CLK1: 32.768 kHz output for RTC
- CLK2: MHz output programmable
- Ultra-low power, designed specifically for
battery operated devices - Reduces BOM, simplifies PCB design and layout
- Enables cost-effective, fastest path to market
- Superior shock and vibration resistance
- Direct temperature sensing
- Small form factor package options
Embedded MEMS Resonator:
Stathera’s True dual-output (kHz & MHz) embedded MEMS resonator can be integrated into an MCU/SoC/PMIC for system control, power-moding and Real Time Clock (RTC), and/or into communication IC such as, BLE/NFC/GNSS, enabling accurate timing, simplification of design, lower system power, and reduced BOM cost.
Key features and benefits:
- Total system solution in one chip: Application IC + kHz & MHz resonator
- World’s highest Q-factor MEMS
- Simplification of system design
- Faster time to market – saves time troubleshooting external XTAL
- Smallest system / PCB footprint
- Lowest system power consumption
- Higher shock and vibration resistance
Dual-Output MEMS Oscillator Board:
Stathera’s dual-output MEMS oscillator board is designed to allow users to evaluate the temperature compensated, stable, and concurrent kHz and MHz outputs from Stathera’s true-dual-output MEMS resonator. Contact us to request an evaluation board.
Key features and benefits:
- Dual-output MEMS – kHz & MHz
- kHz output 32.768 kHz.
- MHz output configurable (multiple frequencies)
- Stand-alone mode (selection via DIP switch)
- Remote mode (selections via GUI software)
- Temperature compensated, ultra stable frequency (both outputs)
- SMA connectors – connection to frequency counter