CDC582PAHG4 Overview
A clock integrated circuit is packaged in a Tray-shaped package because it is for use as a clock. In the 52-TQFP package, there is an embedded clock generator. Frequency generator can maintain a maximum temperature of 260 under reflowing conditions. It contains a total of 52 terminations within RF synthesizer. Clock generator ics require a voltage of 3.3V. There is a Clock PLL called LVPECL which is designed to be the input to this clock generator. To access the full performance of the electronic component, 1 circuits are implemented. With the Surface Mount, it is easy to install this electric component on the panel. 3.6V would be the maximum supply voltage for this clock generator. Safety considerations dictate that the supply voltage for this frequency synthesizer should be greater than 3V. There are 3V~3.6V available for use with this clock PLL. Based on test statistics, ambient temperature should be set at 0°C~70°C. In this case, we are dealing with a frequency synthesizer that can be used with LVTTL logic levels. As far as this electronic part is concerned, it can be classified as a PLL Clock Driver component. The clock-generating IC is a 52-bit device designed specifically for microprocessors. This part number is related to its related electronic parts. There is a 52 pin that is available on the digital clock generator. The supply voltage should be maintained at 3.3V for high efficiency. This clock generator can be classified as a kind of Clock Drivers in general. 12 signal outputs are provided for enhancing output frequency as much as possible. As a result of this digital clock generator, there is a low timing skew at 0.5 ns max. When searching for parts of the CDC family, similar frequency generators will be found. At 100MHz, frequency synthesizer achieves high efficiency.
CDC582PAHG4 Features
Available in the 52-TQFP
Supply voltage of 3.3V
Operating supply voltage of 3.3V
CDC582PAHG4 Applications
There are a lot of Texas Instruments CDC582PAHG4 Clock Generators applications.
- Various decoding circuits
- Vector network analyzers (VNA)
- High-speed communication applications
- Wireless base station for LTE, LTE-advanced
- 1 Gigabit Ethernet
- Automatic control
- High-speed optical transport network (OTN)
- Reference signals to RF systems
- Sampling clocks for ADC and DAC
- Time to digital converters
