ICS853P022AMLF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The ICS853P022AMLF integrated circuit, produced by IDT, is an advanced logic translator, level shifter and frequency synthesizer piece of hardware. By taking in a wide range of frequencies, it enables its users to create a frequency featuring a synchronous synthesizer output clock. A particular advantage of the ICS853P022AMLF is its dual purpose as both a translator and level shifter, allowing for simpler implementation of circuits requiring different voltage levels without additional work or components.

The device is usually employed in high speed output circuits requiring precise frequency synthesizers and clocks conducive for multiple applications. This is especially useful to high speed interfaces, especially for systems that contain a range of clock frequencies and/or high-speed signals. Due to its small size and low power consumption, it is well suited for use in a range of high-speed, critical systems including military and aerospace, communications, computing and storage systems. The ICS853P022AMLF is also suitable for applications with tight power budgets such as those seen in mobile circuits.

Before utilizing the device, its working principle must be understood. The device features two clock inputs (CLKIN1 and CLKIN2), two frequency synthesizers (FS1 and FS2), and two programmable outputters (OUT1 and OUT2). Based on the frequency inputs at CLKIN1 and CLKIN2, the frequency synthesizers (FS1/FS2) determine the frequency ratio between CLKIN1 and CLKIN2 and perform a frequency translation of input frequencies (using the programmable outputters). Since the ICS853P022AMLF can support an input clock frequency up to 200 MHZ and has a variable range reference frequency from 2886 MHZ to 2895 MHZ, the device can produce a wide range of frequency synthesizers.

In addition, the ICS853P022AMLF also works as a level shifter. This is done by converting signal levels from the logic levels of CLKIN1 and CLKIN2 to the logic levels of the programmable outputtes (OUT1,OUT2). In other words, it acts as a translator between the two levels. As such,voltage level shifting can be achieved without additional components. This is beneficial because fewer components result in a simpler and more efficient design.

Overall, the ICS853P022AMLF integrated circuit is an ideal choice for applications requiring precise frequency synthesizers and level shift. Its wide range of input frequencies, small size, and low power consumption make it a suitable solution for many applications. Furthermore, its dual purpose as both a translator and level shifter allows for the design of circuits requiring different voltage levels without additional work or components. The ICS853P022AMLF is a powerful and reliable tool allowing for fast synthesis and synchronization of signals and voltage levels.

The specific data is subject to PDF, and the above content is for reference