CY22801KFXCT Overview

This clock IC is packaged using the Tape & Reel (TR) method. 8-SOIC (0.154, 3.90mm Width) contains this Clock PLL. This clock generator ic can sustain 260 degrees of temperature during reflowing. It contains 8 terminations that can be found in frequency synthesizer. For this clock generator ic, a voltage of 3.3V is required. A clock generator's input is called Clock, Crystal and it is designed as the input for this clock generator. 1 circuits are used to achieve clock PLL's superior flexibility. This clock-based frequency generator provides a frequency up to 200MHz Max. With the Surface Mount, it is easy to install this electric component on the panel. As long as there are 3.14V~3.47V supply voltages provided, clock generator ic should work. By calculating the test statistics, 0°C~70°C is the appropriate ambient temperature. LVCMOS logic levels are supported by this RF synthesizer. It has been classified as a Fanout Distribution, Multiplexer, Spread Spectrum Clock Generator electronic part, which means that it is a semiconductor. An IC that generates clocks specifically for microprocessors, this clock PLL is 8-bits in si8e. The related electrical components for the base part number CY22801 can be found below. PLL is designed with 8 pins. The supply voltage should be maintained at 3.3V for high efficiency. Clock generator can also be included into Clock Generators. 3 signal outputs maximi3e the output frequency. For the RF synthesizer to function properly, a supply current of 30mA must be provided.

CY22801KFXCT Features

Available in the 8-SOIC (0.154, 3.90mm Width)
Supply voltage of 3.3V
Operating supply voltage of 3.3V

CY22801KFXCT Applications

There are a lot of Cypress Semiconductor Corp CY22801KFXCT Clock Generators applications.

• Mixed mode (analog and digital) applications
• Multiplexing communication
• 1 Gigabit Ethernet
• Cell phones
• Bluetooth receivers
• Wide area power system
• GPS systems
• Pulsed digital systems
• VSAT (Small Ground Satellite Station)
• Phase modulation cellular systems