• SMD packaging, small size, high environmental adaptability

• High stability, wide frequency range

• Widely used in various wired and wireless electronic products or systems

• SMD packaging, small size, high environmental adaptability

• High stability, wide frequency range

• Widely used in various wired and wireless electronic products or systems

• SMD packaging, small size, high environmental adaptability

• High stability, wide frequency range

• Widely used in various wired and wireless electronic products or systems

• SMD packaging, small size, high environmental adaptability

• High stability, wide frequency range

• Widely used in various wired and wireless electronic products or systems

• SMD packaging, small size, high environmental adaptability

• High stability, wide frequency range

• Widely used in various wired and wireless electronic products or systems

• SMD packaging, small size, high environmental adaptability

• High stability, wide frequency range

• Widely used in various wired and wireless electronic products or systems

Triple-Temperature Compensated Crystal Oscillator, with an optional three-state control function, high precision, low

phase noise temperature characteristics can reach

±0.1ppm at -40 to 85°C

±0.2ppm at -40 to 105°C

and there are overload-resistant products available for selection, with overload resistance >30,000g.

Triple-Temperature Compensated Crystal Oscillator, high precision, low

phase noise with temperature characteristics of

±0.1ppm at -40 to 85°C

±0.2ppm at -40 to 105°C

• Temperature characteristics as low as ±50ppb, ultra-small size, high stability output.

• Suitable for satellite communications，base stations, timing board cards, measuring instruments, digital switching

systems, etc.,

• Suitable for Navigation Communication, Test and Measurement Fields

• Built-in high stability reference source with high stability, low aging, and low phase noise

• Suitable for Navigation Communication, Test and Measurement Fields

extremely low G-sensitivity, low phase noise, low power consumption, and good stability