534CC000260DGR

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Pin Configurable/Selectable Oscillators are a type of oscillators designed to fit a range of frequency needs. They provide the ability to adjust the frequency and amplitude of the output signal according to the particular application, so they are commonly used in a wide variety of electronics, from home theatre systems to industrial control systems. This article will focus on one product in particular, 534CC000260DGR, and its application field and working principle.

The 534CC000260DGR is a type of selectable oscillator which uses a series of selectable pins to switch between different preset frequencies. The pins are organized in banks of 4, with each bank allowing for 4 different frequencies, from 0-200MHz. When using this device, the designer chooses the desired frequency from the preset list, and connects the corresponding pins to a voltage source. The voltage source is then used to specify the operating frequency and amplitude, as well as to set the duty cycle of the output signal.

This oscillator is most applicable in embedded systems where frequency range and accuracy are important. Since it allows for precise tuning of the output signal, it is suitable for a range of embedded designs, including microcontrollers, wireless communication, TTL serial controllers, and data acquisition. This makes it an ideal choice for designs which require accurate timing, such as those in the automotive, military, and aerospace industries.

The working principle of the 534CC000260DGR is fairly straightforward. The device is composed of two identical components, called “taps”. The taps each contain a bank of 4 pins, which are connected to a voltage source. When the voltage source is switched on, the pins send a signal to a separate circuit that houses the onboard frequency-setting logic. The logic calculates the duty cycle according to the specified frequency and amplifies the output signal accordingly.

Additionally, the oscillator contains a built-in temperature sensor and voltage reference point, which allows for temperature and voltage compensation. This is beneficial for designs which may be subject to environmental variables, as it allows for precise calibration of the output signal. This makes it ideal for applications that require guaranteed reliable performance over a wide range of temperatures and voltages.

In conclusion, the 534CC000260DGR is a selectable oscillator with a range of frequencies from 0-200MHz, making it ideal for embedded systems that require precise timing. Furthermore, it provides temperature and voltage compensation, making it suitable for designs which may be exposed to environmental variables. Thus, it is a great option for designers looking for an oscillator with a broad frequency range and accurate timing.

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