CDCU877RHAR
- Mfr.Part #
- CDCU877RHAR
- Manufacturer
- Texas Instruments
- Package / Case
- 40-VFQFN Exposed Pad
- Datasheet
- Download
- Description
- IC PLL CLOCK DRIVER 1.8V 40VQFN
- Stock
- 11,114
- In Stock :
- 11,114
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- Manufacturer :
- Texas Instruments
- Product Category :
- Application Specific Clock/Timing
- Mount :
- Surface Mount
- Terminal Position :
- QUAD
- Number of Functions :
- 1
- Max I(ol) :
- 0.009 A
- Contact Plating :
- Gold
- JESD-609 Code :
- e4
- Ratio - Input:Output :
- 1:10
- Number of Terminations :
- 40
- Radiation Hardening :
- No
- Number of Pins :
- 40
- Packaging :
- Tape and Reel (TR)
- Input :
- SSTL-18
- Length :
- 6mm
- Weight :
- 103.986051mg
- Nominal Supply Current :
- 500μA
- Number of Outputs :
- 10
- Height :
- 1mm
- Moisture Sensitivity Level (MSL) :
- 3 (168 Hours)
- Packing Method :
- TR
- Supply Voltage :
- 1.8V
- Package / Case :
- 40-VFQFN Exposed Pad
- Differential - Input:Output :
- Yes/Yes
- Peak Reflow Temperature (Cel) :
- 260
- Number of Circuits :
- 1
- Terminal Pitch :
- 0.5mm
- Base Part Number :
- CDCU877
- Voltage - Supply :
- 1.7V~1.9V
- Same Edge Skew-Max (tskwd) :
- 0.035 ns
- Width :
- 6mm
- Lifecycle Status :
- ACTIVE (Last Updated: 4 days ago)
- Lead Free :
- Lead Free
- PLL :
- yes
- Mounting Type :
- Surface Mount
- Logic IC Type :
- PLL BASED CLOCK DRIVER
- Pin Count :
- 40
- Operating Temperature :
- -40°C~85°C
- Factory Lead Time :
- 6 Weeks
- Thickness :
- 900μm
- Output Characteristics :
- 3-STATE
- Operating Supply Voltage :
- 1.8V
- Family :
- 877
- Frequency :
- 400MHz
- RoHS Status :
- ROHS3 Compliant
- Pbfree Code :
- yes
- Main Purpose :
- Memory, DDR2
- Datasheets
- CDCU877RHAR

Application Specific Clock/Timing Texas Instruments CDCU877RHAR Overview
Introducing the CDCU877RHAR from Texas Instruments, a state-of-the-art IC PLL (Phase-Locked Loop) clock driver designed specifically for high-performance data transmission, telecommunication, and digital processing applications. This component ensures reliable operation by stabilizing frequencies through its sophisticated PLL circuitry, ideal for managing clock distribution in advanced electronic systems. Operating at a voltage of 1.8V and enclosed in a compact 40VQFN package, the CDCU877RHAR provides a robust solution for precision clock management and signal integrity enhancement in critical applications.
The Application Specific Clock/Timing Texas Instruments CDCU877RHAR excels in integrating multiple frequency signals into a single high-accuracy output, essential for system synchronization and improved functionality. Its low-jitter feature minimizes signal distortion, which is critical for achieving optimal system performance. This product is tailored to meet the stringent requirements of today’s sophisticated electronic architectures, making it a top choice for designers focusing on efficiency and reliability.
CDCU877RHAR Features
- High-performance PLL for precise clock frequency synthesis
- Low voltage operation at 1.8V minimizing power consumption
- Compact 40VQFN package suitable for space-constrained applications
- Low jitter output ensuring signal integrity and reliability
- Flexible design compatible with various microprocessors and digital signal processors
CDCU877RHAR Applications
- Data Centers: Used to manage clock distribution across various data processing units, ensuring synchronous data handling and processing with minimal latency.
- Telecommunication Equipment: Implements clock generation and frequency synthesis for routers and switches, enhancing signal integrity and reducing error rates in high-speed communication channels.
- Consumer Electronics: Provides clock solutions for devices requiring high precision and stability such as smartphones and tablets, improving the overall functionality and user experience.
- Industrial Systems: Essential in automated manufacturing processes where precise timing is crucial, helping to synchronize operations and improve efficiency.
- Networking Hardware: Facilitates improved data throughput and reliability in network hubs, switches, and routers by stabilizing frequency outputs and reducing system complexities.
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