Manufacturer Part Number
TPD8F003DQDR
Manufacturer
Texas Instruments
Introduction
The TPD8F003DQDR is a highly integrated EMI filter designed for suppressing EMI/RFI noise in applications requiring multiple data lines, such as mobile devices.
Product Features and Performance
Low Pass 2nd Order Filter with RC (Pi) Technology
Features 8 channels for comprehensive noise filtering
Attenuates 25dB of noise at 1GHz
Incorporates ESD protection for device safety
Operates efficiently within -40°C to 85°C
Small form factor with 16-WFDFN Exposed Pad package for space-sensitive applications
Product Advantages
Provides efficient EMI suppression while maintaining signal integrity
Integrated ESD protection enhances device resilience and longevity
Compact size ideal for mobile devices and other space-constrained applications
Low insertion loss ensures minimal signal degradation
Key Technical Parameters
Filter Order: 2nd
Number of Channels: 8
Center / Cutoff Frequency: 200MHz
Attenuation Value: 25dB at 1GHz
Resistance Channel (Ohms): 100
Values: R = 100Ohms, C = 8.5pF
Operating Temperature: -40°C ~ 85°C
Quality and Safety Features
Designed in accordance with Texas Instruments' stringent quality controls
Built-in ESD protection mechanisms safeguard against electrostatic discharges
Compatibility
Suited for data lines in mobile devices and applications requiring compact EMI filtering solutions
Application Areas
Primarily designed for data line noise suppression in mobile devices
Product Lifecycle
Currently in an Active status, with no imminent discontinuation. Continuous support and product availability are expected.
Several Key Reasons to Choose This Product
High-efficiency EMI/RFI suppression for improved device performance and user experience
Integrated ESD protection feature safeguarding against potential damage
Compact dimensions making it ideal for integration in space-restricted applications
Manufactured by Texas Instruments, ensuring reliability and performance
Active product lifecycle status ensures ongoing support and availability