FO2HSBBF12.0-T1

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Oscillators are electrical devices that convert electrical energy into voltage or current, and then back into electrical energy, producing a repeating cycle. The FO2HSBBF12.0-T1 is an oscillator that is used in several applications to stabilize and regulate electrical circuits.

The FO2HSBBF12.0-T1 is a temperature compensated oscillator with a frequency of 12 MHz and has a high stability of 5ppb/ΔC over the temperature range of -45°C to +105°C. The FO2HSBBF12.0-T1 is mainly used in wireless applications such as Bluetooth, ZigBee, radio, and satellite communication systems. The device also finds use in the military and medical industries.

The FO2HSBBF12.0-T1 oscillator utilizes a quartz crystal as the frequency control element. The quartz crystal undergoes alternating compression and expansion as it is subjected to a constant electric field voltage. This change in the physical dimensions of the crystal causes a corresponding change in its electrical properties, and hence its resonant frequency. The frequency of the oscillator is determined by the frequency of the crystal.

The FO2HSBBF12.0-T1 features a hybrid CMOS/LVCMOS architecture. This dual mode operating system enables the oscillator to operate in either low-power or high-frequency modes. In low-power mode, the device is able to supply a maximum output power of 500 mW, with a minimum output power of 100 mW. In high-frequency mode, the oscillator is able to supply up to 2.2W at an output frequency of 12 MHz.

The FO2HSBBF12.0-T1 features a low-jitter clock generator, integrated chargers, multiple digital interfaces, and frequency selection. The frequency selection feature allows the user to select the output frequency from a range of four different values. These can be programmed through software using the included utility programs. Additionally, the integrated EMI filters further reduce the jitter of the clock as well as prevent interference with other electronic devices.

The FO2HSBBF12.0-T1 oscillator is available in a 32-pin hermetically sealed surface mount package. The device is also RoHS compliant and is compatible with all major industrial temperature range specifications. Additionally, the device has an operating life expectancy of years, making it a reliable and long-lasting solution for multiple applications.

In summary, the FO2HSBBF12.0-T1 oscillator is an ideal choice for applications that require high precision and stability. The versatile hybrid CMOS/LVCMOS architecture of the device and its high frequency stability makes it suitable for a variety of applications in wireless communication, military, and medical industries. The device is available in a 32-pin surface mount package and is RoHS compliant and compatible with all major industrial temperature range specifications.

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