CDC857-3DGGG4 Overview
The Tube method is used for packaging clock ICs. The 48-TFSOP (0.240, 6.10mm Width) package embeds this Clock PLL. This clock generator ic can sustain NOT SPECIFIED degrees of temperature during reflowing. As you can see, it consists of 48 terminations. The clock generator ic should be grounded with a voltage of 2.5V. This Clock PLL will be fed by LVTTL, SSTL-2 as its input. A total of 1 circuits are implemented to access the full performance of the electrical part. Due to the Surface Mount-shape, this electronic component can be conveniently installed on the panel. Approximately 2.7V is the maximum supply voltage needed by this time clock generator. The supply voltage for this frequency synthesizer should be kept above 2.3V for safety considerations. As long as there are 3V~3.6V supply voltages provided, clock generator ic should work. Using the test statistics, we estimate that the ambient temperature should be 0°C~85°C. SSTL-2 logic levels are supported by this RF synthesizer. It is possible to classify this electronic component as a PLL Clock Driver. It is a 48-bit IC that is designed for microprocessors specifically. CDC857 is the base part number for finding related electronic parts. The clock PLL has 48 pins that are available. The maximum supply voltage that analog clock generator can handle is 3.3V. In general, this clock PLL is considered a Clock Drivers device. With ALSO REQUIRES 3.3V PLL VOLTAGE, this clock generator produces better clock signals. At a frequency of 167MHz, frequency generator is capable of achieving high efficiency.
CDC857-3DGGG4 Features
Available in the 48-TFSOP (0.240, 6.10mm Width)
Supply voltage of 2.5V
Operating supply voltage of 3.3V
CDC857-3DGGG4 Applications
There are a lot of Texas Instruments CDC857-3DGGG4 Clock Generators applications.
- Small signal recovery
- Mobile telephones
- Multiplexing communication
- Coherent carrier tracking
- Medical equipment
- Skew suppression
- Tracking filters
- Line cards used in telephone exchange
- Various decoding circuits
- Broadcast communication
