AX7MBF3-155.5200C

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Oscillators enable the supply of timed electrical signals for use in a variety of applications, from frequency regulation to timing and control. The AX7MBF3-155.5200C is an oscillator designed to provide designers with a built-in frequency stability and accuracy for a wide range of applications. It is available with both logic-level compatible and TTL compatible logic interfaces. The device operates from a 3V supply voltage, and is designed to operate in temperatures from -40 to +85 Celsius.

The AX7MBF3-155.5200C is a quartz oscillator that uses a low voltage quartz-crystal for frequency control. It comes packaged in a hermetically sealed small package of only 3.2mm x 2.5mm x 1.0mm. It has a high level of frequency control accuracy with excellent consistency over varying temperature which is suitable for applications requiring very precise frequency control.

The oscillator also features a wide frequency range from 1.0 to 80.0MHz, and a low power consumption of just 3.6mA at 3V and twenty milliamps at 5V. The device offers jitter-free clock signals with a wide power supply range. In addition, it has a very low temperature coefficient and comes with built-in pullability control for improved jitter-reduction.

The AX7MBF3-155.5200C is a suitable choice for a wide variety of applications including military, medical, telecommunications, instrumentation, automotive and consumer electronics. It is typically used for timing, standby and batch synchronization applications, and can also be used in automobile control systems, industrial equipment, and radar and communication systems. The oscillator is capable of generating precision clock signals, with high accuracy and an excellent level of stability over varying temperature.

The AX7MBF3-155.5200C oscillator uses a piezoelectric quartz crystal as the frequency control element. It is a highly stable device, offering precise frequency control over a wide temperature range due to its low temperature coefficient and wide power supply range. The oscillator is designed to be used in a wide variety of applications thanks to its stability, accuracy, repeatability and low power consumption. It combines features such as a wide operating temperature range, a high level of frequency accuracy and low jitter characteristics along with a versatile package which makes it the ideal choice for many different applications.

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