LTC2107 (4)
The LTC2107 is available from Analog Devices at Xecor. Designed for high-performance analog-to-digital conversion, the LTC2107 offers 16-bit resolution, 210Msps sampling rate, and exceptional AC performance with 80dBFS SNR and 98dBFS SFDR. Available in a 48-pin QFN package, it is ideal for software-defined radios, military radio and RADAR, cellular base stations, and spectral analysis. Whether used in imaging systems or ATE and instrumentation, this series ensures high linearity, low noise, and scalability for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the LTC2107 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| LTC2107IUK#PBF | Automotive-grade 48-pin QFN package | WFQFN-48 | 9,823 | |
| LTC2107IUK#TRPBF | Accurate analog-to-digital conversion | QFN-48 | 2,090 | |
| LTC2107CUK#PBF | Cutting-edge 16-bit ADC offering a rapid conversion rate of 210 million samples per second | QFN-48 | 4,188 | |
| LTC2107CUK#TRPBF | 1-Channel Single ADC Pipelined 210Msps 16-bit Parallel 48-Pin QFN EP T/R | QFN-48 | 9,101 |
Key Featrues
High Spurious-Free Dynamic Range (SFDR) of 98dBFS: This feature ensures minimal distortion and high signal clarity, making the ADC ideal for applications requiring precise signal capture, such as software-defined radios and spectral analysis.
Low Aperture Jitter of 45fsRMS: The extremely low jitter allows for accurate sampling of high-frequency signals up to 500MHz, enhancing performance in demanding applications like military RADAR and cellular base stations.
Programmable Gain Amplifier (PGA) Front-End: The PGA supports input ranges of 2.4VP-P or 1.6VP-P, providing flexibility in handling varying signal amplitudes, which is crucial for imaging systems and instrumentation.
Optional Internal Dither and Data Output Randomizer: These features improve linearity and reduce harmonic distortion, ensuring better signal integrity in high-performance applications like ATE (Automated Test Equipment).
Shutdown Mode and Low Power Dissipation (1280mW): The shutdown mode reduces power consumption when idle, while the efficient power dissipation ensures reliable operation in industrial and automotive environments with extended temperature ranges.
Low Aperture Jitter of 45fsRMS: The extremely low jitter allows for accurate sampling of high-frequency signals up to 500MHz, enhancing performance in demanding applications like military RADAR and cellular base stations.
Programmable Gain Amplifier (PGA) Front-End: The PGA supports input ranges of 2.4VP-P or 1.6VP-P, providing flexibility in handling varying signal amplitudes, which is crucial for imaging systems and instrumentation.
Optional Internal Dither and Data Output Randomizer: These features improve linearity and reduce harmonic distortion, ensuring better signal integrity in high-performance applications like ATE (Automated Test Equipment).
Shutdown Mode and Low Power Dissipation (1280mW): The shutdown mode reduces power consumption when idle, while the efficient power dissipation ensures reliable operation in industrial and automotive environments with extended temperature ranges.
Applications
High-Speed Signal Processing in Software Defined Radios: The LTC2107 is ideal for high-speed signal processing in software-defined radios (SDRs). Its 210Msps sampling rate and 16-bit resolution enable precise digitization of wideband RF signals, while its low noise and high linearity ensure accurate signal reconstruction. This makes it suitable for advanced communication systems, including military and commercial SDR applications.
Precision Signal Acquisition in Cellular Base Stations: The LTC2107 is well-suited for precision signal acquisition in cellular base stations. Its high dynamic range (98dBFS SFDR) and low aperture jitter (45fsRMS) allow for accurate digitization of RF and IF signals, ensuring reliable performance in multi-channel GSM and LTE base station environments.
High-Frequency Signal Analysis in Spectral Analysis Systems: The LTC2107 is perfect for high-frequency signal analysis in spectral analysis systems. Its ability to directly sample IF frequencies up to 500MHz with excellent performance makes it ideal for applications requiring detailed frequency domain analysis, such as spectrum analyzers and signal monitoring equipment.
High-Resolution Imaging in Radar Systems: The LTC2107 is highly effective for high-resolution imaging in radar systems. Its 16-bit resolution and 210Msps sampling rate enable precise digitization of radar return signals, while its low noise and high linearity ensure accurate target detection and imaging in military and civilian radar applications.
Precision Signal Acquisition in Cellular Base Stations: The LTC2107 is well-suited for precision signal acquisition in cellular base stations. Its high dynamic range (98dBFS SFDR) and low aperture jitter (45fsRMS) allow for accurate digitization of RF and IF signals, ensuring reliable performance in multi-channel GSM and LTE base station environments.
High-Frequency Signal Analysis in Spectral Analysis Systems: The LTC2107 is perfect for high-frequency signal analysis in spectral analysis systems. Its ability to directly sample IF frequencies up to 500MHz with excellent performance makes it ideal for applications requiring detailed frequency domain analysis, such as spectrum analyzers and signal monitoring equipment.
High-Resolution Imaging in Radar Systems: The LTC2107 is highly effective for high-resolution imaging in radar systems. Its 16-bit resolution and 210Msps sampling rate enable precise digitization of radar return signals, while its low noise and high linearity ensure accurate target detection and imaging in military and civilian radar applications.
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