ICS93V855AGT

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The ICS93V855AGT is a versatile programmable timing device that can be used in a variety of application fields. Its agenda include all sorts of timing involving counters, frequency dividers, phase shifters and other timing functions. It is capable of being configured for either a single or multiple application fields, depending on the user’s needs. Furthermore, this device contains functions to help optimize the application it is used in, such as optimized data masking, phase-locked looping and clock synchronization.

The ICS93V855AGT is mainly aimed at timing, counter and frequency divider applications. It uses application specific tasks to solve different problems. These tasks will be executed depending on the needs of the particular application. Moreover, this device can be used as a frequency generator and as a source of source clock. It is also capable of generating various non-standard frequencies and multipliers.

The ICS93V855AGT contains two independent oscillators, each of which can be used in a wide range of operations. These oscillators are used for generating frequency dividers, pulse width modulators, and pulse-width encoders. Secondly, both oscillators include an in-built phase-locked loop which allows to lock at previously defined frequency. This allows users to achieve higher accuracy and improved performance. Finally, the oscillators may be used as the source of source clock. In addition, ICS93V855AGT contains a programmable DAC to set up frequency dividers and counters, and two sets of programmable inputs for controlling interface.

Regarding the working principle, the ICS93V855AGT is a PLL (phase-locked loop) device that allows synchronization between an external clock and its internal oscillator inputs. The PLL selects the incoming external clocks and divides them without compromising their accuracy. Furthermore, the PLL acquires a clean periodic signal from the incoming clock and compared it with the internally generated clock. The output frequency of the ICS93V855AGT is generated using these two signals.

The control of the ICS93V855AGT is provided by the user via the programmable filter circuits. This filter circuitry sets the limits of useful frequency selection and phase matching. The output of the device is also adjustable by programming to achieve the desired optimization of the application field it is used in. The ICS93V855AGT can be used in a variety of application fields by exploiting its programmable digital filter and synchronization algorithm functionality.

In conclusion, the ICS93V855AGT is a highly versatile device that can be used in many application fields. Its programmable digital filter and synchronized algorithms provide the user with a great level of flexibility in the way it can be used. Moreover, this device is able to generate various non-standard frequencies as well as use PLL to increase accuracy. Finally, the ICS93V855AGT can be tailor made for different user requirements and it offers optimal performance for application-specific tasks.

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