633P15006A3T

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Oscillators can be used to generate essential signals for many types of electronic circuit applications, such as the signals to control amplifier circuits, generators in synchronous circuits, safety circuits and digital circuits. The 633P15006A3T model oscillator is a type of oscillator that can be used to generate these signals. The 633P15006A3T oscillator is a part of Murata Electronics\'s SMD oscillator series, and its design and operating features are equivalent to those of other Murata series oscillators, making it easy to use for technicians and engineers.

The 633P15006A3T oscillator is a high-frequency oscillator that uses a quartz crystal to measure time and generate signals. It has a frequency setting range of 16.67 to 33.33MHz, and is capable of providing the low jitter (noise) performance necessary for data communication and broadcasting applications. The oscillator is designed for low-voltage operation, taking a DC supply voltage of 1.2V, 3V, or 3.3V and operating at a temperature range of -40°C to 85°C.

The 633P15006A3T oscillator is suitable for use in various applications. Its low jitter specifications make it ideal for producing timing signals for digital circuits, such as those referenced to the receiver\'s local oscillator. It is suitable for use in high performance video, audio, and network applications. The low supply voltage allows for ease of use in battery powered applications. In addition, the oscillator gives constant performance over a wide temperature range, and is suitable for commercial, industrial and military applications.

The 633P15006A3T oscillator works by using the electrical property of quartz to measure time. Quartz crystals, or AT-cut crystals, usually take the form of a circular disc. Their oscillation frequency can be altered by varying the thickness of the quartz by applying a voltage across two electrodes. The frequency is proportional to the voltage applied across the two electrodes.

The 633P15006A3T oscillator uses this property of quartz crystals to generate a signal. The quartz crystal is sandwiched between two electrodes that are connected to a connection terminal. An alternating voltage is generated across the electrodes which causes the quartz plate to vibrate. This vibration is then converted into an AC signal. The AC signal is then fed to the external circuit. The output signal has a frequency that is proportional to the impedance of the quartz crystal.

The 633P15006A3T oscillator is a frequency-controlled oscillator designed for use in commercial and industrial applications. It generates a low jitter, high accuracy signal from a quartz crystal, which makes it ideal for use in high performance video, audio, and data applications. The oscillator is easy to install and use, and can provide constant performance over a wide range of temperatures and operating conditions.

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