LTC1741 (4)
The LTC1741 is available from Analog Devices at Xecor. Designed for digitizing high-frequency, wide dynamic range signals, the LTC1741 offers 12-bit resolution, a 65Msps sampling rate, and pin-selectable input ranges of ±1V or ±1.6V. Available in a 48-pin TSSOP package, it is ideal for telecommunications, cellular base stations, spectrum analysis, and imaging systems. Whether used in receivers or high-speed signal processing, this series ensures high performance, low noise, and efficient power consumption for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the LTC1741 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| LTC1741IFW#PBF | High-speed 1-channel ADC with 65 million samples per second and 12-bit resolution | TSSOP-48 | 2,734 | |
| LTC1741CFW#TRPBF | 1-Channel Single ADC Pipelined 65Msps 12-bit Parallel 48-Pin TSSOP T/R | TFSOP-48 | 6,470 | |
| LTC1741CFW#PBF | 1-Channel Single ADC Pipelined 65Msps 12-bit Parallel 48-Pin TSSOP Tube | TFSOP-48 | 7,739 | |
| LTC1741IFW#TRPBF | 1-Channel Single ADC Pipelined 65Msps 12-bit Parallel 48-Pin TSSOP T/R | TFSOP-48 | 9,841 |
Key Featrues
65Msps Sampling Rate - The LTC1741 offers a high sampling rate of 65 million samples per second, making it ideal for applications requiring fast and accurate data acquisition, such as telecommunications and spectrum analysis. This high sampling rate ensures precise digitization of high-frequency signals, enhancing overall system performance.
12-Bit Resolution - With a 12-bit resolution, the LTC1741 provides fine granularity in signal conversion, resulting in high accuracy and low quantization error. This feature is particularly beneficial in applications like imaging systems and cellular base stations, where detailed signal representation is crucial.
Selectable Input Ranges (±1V or ±1.6V) - The LTC1741 allows users to select between two input voltage ranges, optimizing the ADC for various signal levels. This flexibility ensures optimal performance across different use cases, improving efficiency and adaptability in diverse applications.
Single 5V Supply Operation - The LTC1741 operates on a single 5V power supply, simplifying power management and reducing the complexity of the overall system design. This feature enhances efficiency and makes the ADC easier to integrate into existing systems.
72dB SNR and 85dB SFDR - The LTC1741 delivers a high signal-to-noise ratio (SNR) and spurious-free dynamic range (SFDR), ensuring clean and accurate signal conversion. These metrics are critical in high-performance applications like receivers and spectrum analysis, where signal integrity is paramount.
12-Bit Resolution - With a 12-bit resolution, the LTC1741 provides fine granularity in signal conversion, resulting in high accuracy and low quantization error. This feature is particularly beneficial in applications like imaging systems and cellular base stations, where detailed signal representation is crucial.
Selectable Input Ranges (±1V or ±1.6V) - The LTC1741 allows users to select between two input voltage ranges, optimizing the ADC for various signal levels. This flexibility ensures optimal performance across different use cases, improving efficiency and adaptability in diverse applications.
Single 5V Supply Operation - The LTC1741 operates on a single 5V power supply, simplifying power management and reducing the complexity of the overall system design. This feature enhances efficiency and makes the ADC easier to integrate into existing systems.
72dB SNR and 85dB SFDR - The LTC1741 delivers a high signal-to-noise ratio (SNR) and spurious-free dynamic range (SFDR), ensuring clean and accurate signal conversion. These metrics are critical in high-performance applications like receivers and spectrum analysis, where signal integrity is paramount.
Applications
High-Speed Signal Digitizer: The LTC1741 is ideal for digitizing high-frequency signals in telecommunications and spectrum analysis applications. Its 65Msps sampling rate and 12-bit resolution ensure accurate capture of wide dynamic range signals, making it suitable for base stations and signal processing systems where precision and speed are critical.
Imaging System ADC: The LTC1741 is perfect for imaging systems that require high-speed analog-to-digital conversion. With its 72dB SNR and 85dB SFDR, it ensures high-fidelity digitization of imaging signals, enabling clear and accurate image processing in medical, industrial, and scientific imaging applications.
Cellular Base Station Receiver: The LTC1741 is well-suited for cellular base station receivers, where it can digitize RF signals with high accuracy and low noise. Its selectable input ranges (±1V or ±1.6V) and single 5V supply make it adaptable to various signal levels, ensuring reliable performance in demanding communication environments.
Precision Measurement System: The LTC1741 is ideal for precision measurement systems, such as those used in scientific research or industrial testing. Its pipelined architecture and 12-bit resolution provide high accuracy and low distortion, making it suitable for applications requiring detailed signal analysis and measurement, such as spectrum analysis or high-speed data acquisition.
Imaging System ADC: The LTC1741 is perfect for imaging systems that require high-speed analog-to-digital conversion. With its 72dB SNR and 85dB SFDR, it ensures high-fidelity digitization of imaging signals, enabling clear and accurate image processing in medical, industrial, and scientific imaging applications.
Cellular Base Station Receiver: The LTC1741 is well-suited for cellular base station receivers, where it can digitize RF signals with high accuracy and low noise. Its selectable input ranges (±1V or ±1.6V) and single 5V supply make it adaptable to various signal levels, ensuring reliable performance in demanding communication environments.
Precision Measurement System: The LTC1741 is ideal for precision measurement systems, such as those used in scientific research or industrial testing. Its pipelined architecture and 12-bit resolution provide high accuracy and low distortion, making it suitable for applications requiring detailed signal analysis and measurement, such as spectrum analysis or high-speed data acquisition.
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