CDC2510CPWR Overview

Cut Tape (CT)-method packaging is used for clock ICs. The 24-TSSOP (0.173, 4.40mm Width) package embeds this Clock PLL. A maximum temperature of 260 can be sustained by this clock generator ic during reflowing. There are 24 terminations found in this file. Basically, a voltage of 3.3V should be applied to this electronic frequency generator. As the Clock PLL's input, Clock is designed to be used in order to generate the clock signal. A total of 1 circuits are implemented to access the full performance of the electrical part. Thanks to the Surface Mount, this electric component can easily be installed on a panel. Clock PLL is capable of receiving a maximum of 3.6V as a supply voltage. There should be a voltage supply above 3V for this frequency generator in order to ensure its safety. Clock generator ic works with 3V~3.6V. Test statistics estimate a temperature of 0°C~85°C, which should be set as the ambient temperature. PLL Clock Driver is the type of electrical part that this component is classified as. Microprocessor-specific clock PLL with 24 bits. CDC2510 is the base part number for finding related electronic parts. The clock PLL has 24 pins that are available. RF synthesizers can handle voltages up to 3.3V. Clock PLL is facilitated with 10 signal outputs to magnify output frequency as high as possible. The timing skew of this frequency synthesizer is low at 0.2 nsmax. By operating at a frequency of 125MHz, frequency generator is able to achieve high efficiency. A loading capacitance of 30pF is capable of being delivered through it. It is perfect for this clock generator ic to use the TR package.

CDC2510CPWR Features

Available in the 24-TSSOP (0.173, 4.40mm Width)
Supply voltage of 3.3V
Operating supply voltage of 3.3V
Load capacitance of 30pF

CDC2510CPWR Applications

There are a lot of Texas Instruments CDC2510CPWR Clock Generators applications.

• Electronic countermeasures
• Communication infrastructure
• PCI express cards
• Frequency Modulation (FM) stereo decoders
• Fiber Channel
• Integrated phase noise in aerospace systems
• FPGA and processor clocks
• Satellite receivers
• Coherent detection of the signal
• Digital switching systems