552BC000132DGR

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Pin Configurable/Selectable Oscillators are devices that generate a high-frequency waveform. The 552BC000132DGR is a miniature high-frequency wave generator that allows frequency and duty cycle control via input pins, as well as allowing frequency adjustment through a single control pin. The 552BC000132DGR operates on an external 3V-5.5V power supply, with a maximum frequency of up to 33MHz and a minimum frequency of up to 1MHz. This device can be used in a variety of applications, such as precision timing and synchronization, circuit design, and frequency detection.

Application Field

The 552BC000132DGR is a versatile and widely applicable device. Its efficient and tiny size makes it suitable for numerous applications, such as frequency and duty cycle control, as well as frequency measurement and detection. This device can be used in many circuit design applications, including medical equipment, industrial controllers, communication systems, and servomotors. Additionally, the 552BC000132DGR is often found in RF circuits for its efficient frequency control and timing accuracy.

Working Principle

The 552BC000132DGR functions as a programmable oscillator, allowing the user to adjust its frequency and duty cycle through the input pins. Frequency is adjustable through a single control pin, while the input pins allow the user to configure the frequency and duty cycle. The 552BC000132DGR includes an oscillator block, a counter block, and a PLL (Phase Locked Loop). The oscillator block contains a numerical oscillator, which is capable of generating a high-frequency waveform. The output of the oscillator is fed into the counter block, which produces a low-frequency waveform output. This output is then connected to the PLL, which synchronizes the two waveforms and provides the user with the optimum frequency and duty cycle.

The 552BC000132DGR utilizes analog-to-digital (A/D) converters, as well as digital-to-analog (D/A) converters, to control the frequency and duty cycle. The A/D converter samples the analog input signal and converts it into a digital signal, while the D/A converter takes a digital signal and converts it back into an analog signal. The digital signal is then fed into the PLL block, where it is synchronized with the low-frequency waveform output. The synchronized waveform is then outputted from the device, providing the user with their desired frequency.

The 552BC000132DGR is ideal for applications requiring precise timing accuracy. Its small size and efficient design make it an attractive choice for various circuit designs and frequency applications. Plus, the user is able to easily adjust the frequency and duty cycle with the input pins, allowing for maximum performance and precision.

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