CY2304SXI-1

CY2304SXI-1 Overview

This clock IC is packaged using the Tube method. Clock PLL is embedded in the 8-SOIC (0.154, 3.90mm Width) package. Under reflowing process, this clock generator ic is able to sustain a maximum temperature of 260. As a result of this, we can find 8 terminations. This clock generator ic should receive a voltage of 3.3V. The input of this clock generator is designed to be Clock. 1 circuits are used to achieve clock PLL's superior flexibility. An up to 133.3MHz frequency is provided by this clock-based RF synthesizer. Surface Mount-slots make it easy to mount this electronic component on panels. It would be possible to supply this clock PLL with 3.6V of power. Safety considerations dictate that the supply voltage for this frequency synthesizer should be greater than 3V. Clock PLL works with 3V~3.6V supply voltage provided. The ambient temperature should be set at -40°C~85°C, which is estimated by the test statistics. It is possible to classify this electronic component as a Fanout Buffer (Distribution), Zero Delay Buffer. In particular, this clock PLL is designed to be used with microprocessors. It is possible to find its related electronic parts by searching for the base part number CY2304. There are 8 pins on the frequency generator that are available for use. In terms of the supply voltage, PLL clock can handle 3.3V volts. 4 signal outputs maximi4e the output frequency. At 0.5 ns Max, this analog clock generator exhibits low timing skew. It is able to realize high efficiency when operating at a frequency of 133MHz.

CY2304SXI-1 Features

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

CY2304SXI-1 Applications

There are a lot of Cypress Semiconductor Corp CY2304SXI-1 Clock Generators applications.

• Televisions
• Satellite receivers
• Digital switching systems
• Quenching?
• Precision auxiliary angle deflection measurement
• Closed circuit systems
• FPGA and processor clocks
• HDD recorders
• Line cards used in telephone exchange
• Small signal recovery