516CEB000270AAG

Pin Configurable/Selectable Oscillators are a type of oscillatory device that allow users to select and configure operating characteristics according to their needs. The 516CEB000270AAG is a modern pin configurable/selectable oscillator that provides flexibility to users in selecting and configuring operating characteristics.

This configuration flexibility comes in two forms: pin configuration or Frequency Selection. The configuration mode allows the user to control parameters such as frequency and output type by assigning physical pins to various configurations. The frequency selection mode enables users to select and set desired frequencies with the help of a frequency marking code.

The 516CEB000270AAG provides pin configuration flexibility with a 4x4 output structure. This provides users with four outputs that can be used to determine various operating characteristics. With one output pin, the user can decide on the frequency and another pin can control the type of output – either open drain N-channel MOSFET or TTL. The other two outputs can be used to control other parameters such as output power or standby time.

In frequency selection mode, the 516CEB000270AAG supports frequency values up to 1GHz. The user has to input a specific frequency by writing a frequency marking code into a register. This marking code is used to set the frequency value of the oscillator; depending on this frequency, the device will be able to provide an output signal. Also, the frequency can be easily changed by writing another code. The in built frequency range of this device ranges from 25MHz to 1GHz.

For its working principle, the 516CEB000270AAG utilizes an internal microprocessor in order to manage the output signals and frequencies. The device works with both active(voltage-controlled) and passive (temperature-controlled) control technologies. With the help of an internal temperature sensor, the device can make adjustments to the output frequency and power supply in order to ensure a steady output signal. Additionally, the device also uses a variety of other materials, such as quartz crystal and ceramic resonators, to maintain accurate frequencies in various environments. Furthermore, the use of its sophisticated electrical components ensures the operating characteristics are rigidly controlled at all times.

The 516CEB000270AAG is a very useful oscillator device that enables user to configure and select operating characteristics according to their needs. It is designed to provide flexibility in both pin configuration and frequency selection modes, giving users the ability to set desired frequencies and parameters easily. Additionally, the device utilizes a variety of materials and components to ensure accuracy and stability of its output signals. As a result, the 516CEB000270AAG is the ideal device for applications requiring both flexibility and accuracy.