AX7PBF3-1350.0000T

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Oscillators are electronic components that are used to produce periodic electrical signals at a desired frequency. This includes a wide range of frequencies, from kHz to GHz, depending on the type of oscillator circuit used. One such oscillator is the AX7PBF3-1350.0000T, which is a surface-mount, programmable crystal oscillator. Here we will discuss the application field and working principle of the AX7PBF3-1350.0000T.

The AX7PBF3-1350.0000T is a direct substitute for a quartz crystal oscillator, which gives it a wide range of applications. It is mainly used in cellular transceivers, such as GSM, UMTS, and LTE, as well as other wireless communication systems like Wi-Fi and Bluetooth. Other applications include instrumentation, radar, and sonar systems. It can also be used in timing circuits, such as frequency dividers and phase locked loops.

The AX7PBF3-1350.0000T is based on a combination of surface mount technology (SMT) and a proprietary analog phase locked loop (PLL) architecture. This allows it to be programmed to a wide range of frequencies, from 250KHz to 1.5GHz. The frequency accuracy is ±20ppm, and it has good jitter and phase noise performance. It also features a very low power consumption of 3.3V @ 15mA.

The AX7PBF3-1350.0000T circuit consists of an input buffer, an analog PLL, a multiplier, and an output buffer. The input buffer is used to convert the applied frequency to a level that can be fed into the PLL. The PLL then synthesizes a new frequency by multiplying the input frequency. This multiplied frequency is then passed to the output buffer, which drives the output signal. In addition, the AX7PBF3-1350.0000T features pin-selectable output modes, which allow the user to select between low power, high power, low jitter, and low noise operation.

The AX7PBF3-1350.0000T is a versatile and cost-effective solution for a wide range of applications. It has a small form factor, good jitter and phase noise performance, and low power consumption. In addition, it can be programmed to a variety of frequencies over a wide range, making it suitable for use in various systems. Thus, it is an ideal choice for use in many modern communication, measurement, and timing applications.

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