532FC000753DGR

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Pin Configurable/Selectable Oscillators are a type of specialized semiconductor devices that are used for a variety of applications requiring a precise, controlled signal for timing purposes. The 532FC000753DGR is one such device. It is a Pin-Selectable Oscillator that offers frequency stability with Symmetry, and enables design flexibility for local oscillator (LO) functions.

Features and Benefits

The 532FC000753DGR has a range of features that make it a useful and versatile tool for applications requiring precision frequency control. These features include:

• Low-cost solution for frequency control
• Wide frequency range (3.3-200 MHz)
• Astant frequency stability over full operating range
• Optionally adjustable Push-Pull output or LVPECL output
• Output enable control
• Selectable Duty Cycle
• Optional power supply available

The 532FC000753DGR also provides advantages that enable a higher level of performance in a variety of applications. These advantages include:

• Small package size and low power consumption
• Easy configuration with pin-selectable options
• High noise margin and fast rise/fall times
• Operating temperature range -40°C to +85°C

Applications

The 532FC000753DGR is suited for a variety of precise frequency control applications, including:

• Communications systems
• Wireless and mobile applications
• Networking
• High performance clock oscillators
• Broadcast/cable TV
• Test and measurement systems
• Automotive, medical and instrumentation applications

Working Principle

The 532FC000753DGR is a Pin-Selectable Oscillator that enables design flexibility and precise frequency control. The device utilizes a combination of an internal crystal reference, an internal oscillator circuit, and an internal voltage-controlled oscillator (VCO) to generate a precisely controlled signal. The internal oscillator circuit is designed to generate a waveform at a selected frequency and amplitude, while the VCO provides the capability to adjust the frequency over a wide range.

The frequency of the device is selected by configuring the appropriate pins. In addition, the output enable pin and duty cycle adjust pin can be used to adjust the waveform for the desired wave shape and frequency stability. The combination of these design elements allows for precise frequency control and stability over temperature, voltage and load.

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