FA-118T 26.0000MF12Z-AC

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Crystals have become a core component of many modern commercial and industrial applications. A crystal oscillator, also known as a crystal clock, is used to provide an extremely precise timing reference for the analog and digital circuitry of many electronic products. The FA-118T 26.0000MF12Z-AC is a crystal oscillator from Resonant, Inc. that is designed to meet the highest performance requirements and to provide reliable operation.

Functional Description

The FA-118T 26.0000MF12Z-AC is a low noise, low current, and low frequency crystal oscillator. It is designed to receive input frequencies from 8.000 Mhz to 33.600 Mhz and generates an output frequency of from 8.000 Mhz to 33.600 Mhz with a ±50 ppm accuracy. The total frequency stability of the FA-118T 26.0000MF12Z-AC is ±100 ppm over temperatures ranging from -40°C to +85°C.

Applications

The FA-118T 26.0000MF12Z-AC has a wide range of applications in the industrial and consumer markets. It is suitable for a wide range of timing applications, including radio and cellular communications, wireless communication systems, digital clocks, automotive electronics, computer peripherals, television systems, and test and measurement equipment. Its ability to provide precise timing reference and reliability makes it a great choice for many applications.

Specifications

The FA-118T 26.0000MF12Z-AC comes with a variety of features and specifications, including:

• Type: Crystal Oscillator
• Frequency range: 8.000 Mhz to 33.600 Mhz
• Frequency accuracy: ±50 ppm
• Temperature stability: ±100 ppm over -40°C to +85°C
• Input voltage: 4.5V to 12V
• Current consumption: <50 mA

Working Principle

A crystal oscillator is a circuit that contains a quartz crystal as the active element. The quartz crystal consists of a thin slice of quartz sandwiched between two metal plates. The quartz crystal acts as a piezoelectric material, meaning it responds to an electric field by producing a mechanical stress, and responds to a mechanical stress by producing an electric field.

Applying an alternating voltage to the crystal causes its mechanical shape to vibrate at its own natural frequency determined by its physical characteristics. This mechanical vibration is then converted back into an electrical signal by the piezoelectric effect. The oscillator circuit then amplifies and stabilizes resulting signal to create the oscillation needed by the device.

Conclusion

The FA-118T 26.0000MF12Z-AC crystal oscillator from Resonant, Inc. is designed for performance and reliability. The oscillator is suitable for many industrial and consumer applications, and provides good frequency accuracy and stability with minimal current consumption. Its piezoelectric and oscillator circuit components allow it to generate the precise timing signals needed by many electronic devices.

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