ASSVP1-R-D12

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Programmable oscillators offer a wide range of flexible operation and control. These oscillators allow the user to adjust the oscillator output frequency, power supply voltage, and many other parameters. This makes programmable oscillators invaluable in many applications, including those in which system design flexibility is required. ASSVP1-R-D12 is a special type of this type of oscillator, designed to offer high performance and exceptional versatility.

In their basic form, ASSVP1-R-D12 oscillators are designed to produce a sine wave output of selectable frequencies in the 15MHz to 380MHz range. The user can tune the output frequency using a programmable digital interface, allowing adjustment to any frequency within the specified range. At the same frequency, the phase noise is typically -100dBc/Hz at 30kHz offset.

The details of the dynamic range, emissions and other environmental parameters are specified in the datasheet. The datasheet also provides an accurate description of the architecture, features and performance of the device.

The oscillators are available in two package types: a 4-pin ceramic dual-in-line package (4CCDFN) and a 4-pin dip package (4SDIP). Both packages have an operating temperature range from -40°C to +85°C, and are soldered directly to the PC board with no need for a carrier plate.

The working principle behind the ASSVP1-R-D12 oscillator is similar to that of other programmable oscillators. The oscillator consists of a voltage-controlled oscillator (VCO), a phase-locked loop (PLL), and a programmable digital interface. The PLL is used to provide frequency stability and control. The VCO is used to generate the desired frequency output, based on a digital control signal. The frequency is adjusted by varying the control signal.

The digital interface has two inputs: one to control the VCO frequency and one to control the PLL parameters. The PLL parameters can be adjusted to fine-tune the frequency stability, phase noise, and other environmental parameters. The VCO frequency can be adjusted over a wide range. The frequency is kept stable by the PLL, which uses a combination of software and hardware techniques to ensure that the output frequency remains constant.

The ASSVP1-R-D12 includes an internal clock generator which supplies a reference frequency to the oscillator. This reference frequency helps ensure a stable output as the input voltage varies. Other features of the oscillator include an on/off control, power down capability, and a low power, low noise solution.

In summary, the ASSVP1-R-D12 is a versatile and highly accurate programmable oscillator, ideal for applications requiring a high degree of control and flexibility. Its wide bandwidth and low noise performance make it suitable for a variety of applications, including radio, telecommunications, and automotive systems. The device provides a cost-effective solution for system designers who need to achieve optimum performance at minimized cost.

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