LTC2298 (4)
LTC2298 is available from Analog Devices Inc. Inc. at Xecor. Designed for digitizing high-frequency, wide dynamic range signals, the LTC2298 offers dual 14-bit resolution, 65Msps sampling rate, and low power consumption of 400mW. Available in a 64-QFN (9x9) package, it is ideal for wireless and wired broadband communication, imaging systems, spectral analysis, and portable instrumentation. Whether used in telecommunications or medical imaging, this series ensures high performance, scalability, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices Inc. Inc.. Please view our extensive selection of the LTC2298 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| LTC2298CUP#PBF | 2-Channel Dual ADC Pipelined 65Msps 14-bit Parallel 64-Pin QFN EP Tube | 64-WFQFNExposedPad | 5,888 | |
| LTC2298IUP#PBF | A product named LTC2298IUP#PBF offering two 14-bit ADCs with a high sampling rate of 65Msps and low power consumption at 3V | QFN-64 | 7,056 | |
| LTC2298CUP#TRPBF | 2-Channel Dual ADC Pipelined 65Msps 14-bit Parallel 64-Pin QFN EP T/R | QFN-64 | 6,591 | |
| LTC2298IUP#TRPBF | Wide-Bandwidth Conversion for Demanding System | QFN-64 | 5,614 |
Key Featrues
Dual 14-Bit ADCs with 65Msps Sampling Rate: The LTC2298 integrates two 14-bit analog-to-digital converters with a high sampling rate of 65 million samples per second (Msps). This feature enables precise and high-speed digitization of signals, making it ideal for applications requiring high dynamic range and accuracy, such as wireless communication and imaging systems.
Low Power Consumption (400mW): Operating on a single 3V supply, the LTC2298 consumes only 400mW of power. This low power consumption enhances energy efficiency, making it suitable for portable instrumentation and other power-sensitive applications.
74.3dB SNR and 90dB SFDR: With a signal-to-noise ratio (SNR) of 74.3dB and a spurious-free dynamic range (SFDR) of 90dB, the LTC2298 delivers exceptional signal clarity and minimal distortion. This ensures high-fidelity signal processing, particularly in demanding environments like spectral analysis and broadband communication.
Flexible Input Range (1VP-P to 2VP-P): The device supports a wide input voltage range, accommodating both single-ended and differential signals. This flexibility allows it to handle diverse signal types, enhancing its versatility across various applications.
Shutdown and Nap Modes: The LTC2298 includes shutdown and nap modes, which reduce power consumption during idle periods. This feature improves energy efficiency and extends battery life in portable devices, while also providing operational flexibility in power management.
Low Power Consumption (400mW): Operating on a single 3V supply, the LTC2298 consumes only 400mW of power. This low power consumption enhances energy efficiency, making it suitable for portable instrumentation and other power-sensitive applications.
74.3dB SNR and 90dB SFDR: With a signal-to-noise ratio (SNR) of 74.3dB and a spurious-free dynamic range (SFDR) of 90dB, the LTC2298 delivers exceptional signal clarity and minimal distortion. This ensures high-fidelity signal processing, particularly in demanding environments like spectral analysis and broadband communication.
Flexible Input Range (1VP-P to 2VP-P): The device supports a wide input voltage range, accommodating both single-ended and differential signals. This flexibility allows it to handle diverse signal types, enhancing its versatility across various applications.
Shutdown and Nap Modes: The LTC2298 includes shutdown and nap modes, which reduce power consumption during idle periods. This feature improves energy efficiency and extends battery life in portable devices, while also providing operational flexibility in power management.
Applications
Wireless Communication Systems: The LTC2298 is ideal for high-speed signal processing in wireless communication systems, such as 4G/5G base stations and software-defined radios. Its dual 14-bit ADCs with 65Msps sampling rate and 74.3dB SNR ensure accurate digitization of high-frequency signals, making it suitable for demanding RF and IF signal processing applications.
Medical Imaging Systems: The LTC2298 is well-suited for medical imaging applications, such as ultrasound and MRI systems. Its low power consumption, high SNR, and 90dB SFDR enable precise digitization of analog signals from imaging sensors, ensuring high-quality image reconstruction and diagnostic accuracy.
Portable Test and Measurement Instruments: The LTC2298 is perfect for portable instrumentation, such as spectrum analyzers and oscilloscopes. Its low power operation (400mW) and flexible input range (1VP-P to 2VP-P) make it ideal for battery-powered devices, while its 575MHz full power bandwidth ensures accurate signal capture in high-speed measurement applications.
Spectral Analysis in Scientific Research: The LTC2298 is ideal for spectral analysis in scientific research, such as spectroscopy and signal analysis. Its high dynamic range, 74.3dB SNR, and 90dB SFDR allow for precise digitization of complex signals, enabling detailed frequency domain analysis and accurate data interpretation in research environments.
Medical Imaging Systems: The LTC2298 is well-suited for medical imaging applications, such as ultrasound and MRI systems. Its low power consumption, high SNR, and 90dB SFDR enable precise digitization of analog signals from imaging sensors, ensuring high-quality image reconstruction and diagnostic accuracy.
Portable Test and Measurement Instruments: The LTC2298 is perfect for portable instrumentation, such as spectrum analyzers and oscilloscopes. Its low power operation (400mW) and flexible input range (1VP-P to 2VP-P) make it ideal for battery-powered devices, while its 575MHz full power bandwidth ensures accurate signal capture in high-speed measurement applications.
Spectral Analysis in Scientific Research: The LTC2298 is ideal for spectral analysis in scientific research, such as spectroscopy and signal analysis. Its high dynamic range, 74.3dB SNR, and 90dB SFDR allow for precise digitization of complex signals, enabling detailed frequency domain analysis and accurate data interpretation in research environments.
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