513JCB000270BAG

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Pin Configurable/Selectable Oscillators are designed for very specific applications. The 513JCB000270BAG provides such a wide range of configuration options and adjustable parameters, allowing it to be used in various applications. It is an ideal solution for those applications that require a fast oscillator frequency, a precise frequency tolerance and a wide range of frequency adjustment options.The 513JCB000270BAG is a dual-core oscillator that utilizes a tiny precision ferromagnetic resonator to achieve high frequency accuracy. It is housed in a 5-pin, 3.5 x 5mm package. The output can be configured for either LVCMOS, LVDS or Difference (LVDD) supplies. It also offers a wide range of switching options: crystal quartz, ceramic and bulk acoustic wave (BAW) resonator. These frequencies range from 14 kHz to 70 MHz.The circuit functions by taking a voltage input and producing an output frequency. The input voltage is set to the reference frequency of the oscillator to enable accurate frequency control. The output frequency of the oscillator depends on the input voltage, the output capacitor and the feedback resistor value.The oscillator is designed with several built-in options to manage its performance including capacitance, frequency stability, and accuracy. It also has two inputs that can be used for programming, allowing the user to make changes to the frequency output. Additionally, the frequency stability and accuracy can be further enhanced by programming the 513JCB000270BAG with a third-party software.The 513JCB000270BAG also features operating temperature ranges from -40° to +85°C, making it a suitable solution for high temperature applications. It also features excellent power consumption levels of 0.4 mW and a low start-up time of 10µs.The 513JCB000270BAG is an ideal solution for applications that require a fast, accurate, and adjustable oscillator frequency. It can be used in diverse fields, ranging from digital storage systems, audio/video systems, and communication, to military and aerospace systems. Moreover, its superior performance makes it a preferred choice in a wide variety of microprocessor controlled applications, such as computers, routers, broadcast systems and test & measurement instruments.

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