LTC2232 (4)
The LTC2232 is available from Analog Devices at Xecor. Designed for digitizing high-frequency, wide dynamic range signals, the LTC2232 offers exceptional performance with a 105Msps sampling rate, 61dB SNR, and 75dB spurious free dynamic range. Available in a 48-pin QFN package, it is ideal for wireless and wired broadband communication, cable head-end systems, power amplifier linearization, and communications test equipment. Whether used in communications infrastructure or test equipment, this series ensures ultralow jitter (0.15psRMS) and low power dissipation (475mW) for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the LTC2232 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| LTC2232CUK#TRPBF | 10-Bit Analog-to-Digital Converters | QFN-48 | 4,036 | |
| LTC2232IUK#PBF | Compact and reliable 10-bit ADC solution offering high sampling rates up to 105MHz for demanding applications | QFN-48 | 6,345 | |
| LTC2232IUK#TRPBF | 1-Channel Single ADC Pipelined 105Msps 10-bit Parallel 48-Pin QFN EP T/R | QFN-48 | 8,249 | |
| LTC2232CUK#PBF | Analog-to-Digital Converters with 105Msps Sampling Rate | QFN-48 | 6,329 |
Key Featrues
High Sampling Rate (105Msps): The LTC2232 offers a high sampling rate of 105 million samples per second, making it ideal for applications requiring fast and accurate digitization of high-frequency signals, such as wireless communication and broadband systems. This feature ensures precise signal capture and enhances overall system performance.
Low Power Dissipation (475mW): With a power dissipation of just 475mW, the LTC2232 is highly energy-efficient, making it suitable for power-sensitive applications. This low power consumption helps in reducing heat generation and extends the operational life of the device in compact and portable systems.
Selectable Input Ranges (±0.5V or ±1V): The device supports selectable input voltage ranges, providing flexibility in handling different signal amplitudes. This feature allows for optimized signal conditioning and improves the dynamic range and accuracy of the ADC in various use cases.
Ultralow Jitter (0.15psRMS): The ultralow jitter of 0.15psRMS ensures minimal timing errors during signal sampling, which is crucial for applications involving high-frequency and undersampled signals. This feature enhances the noise performance and reliability of the ADC in demanding communication systems.
Shutdown and Nap Modes: The inclusion of shutdown and nap modes allows for significant power savings during idle or low-activity periods. These modes enable the device to operate more efficiently in battery-powered or energy-conscious applications, reducing overall power consumption without compromising performance.
Low Power Dissipation (475mW): With a power dissipation of just 475mW, the LTC2232 is highly energy-efficient, making it suitable for power-sensitive applications. This low power consumption helps in reducing heat generation and extends the operational life of the device in compact and portable systems.
Selectable Input Ranges (±0.5V or ±1V): The device supports selectable input voltage ranges, providing flexibility in handling different signal amplitudes. This feature allows for optimized signal conditioning and improves the dynamic range and accuracy of the ADC in various use cases.
Ultralow Jitter (0.15psRMS): The ultralow jitter of 0.15psRMS ensures minimal timing errors during signal sampling, which is crucial for applications involving high-frequency and undersampled signals. This feature enhances the noise performance and reliability of the ADC in demanding communication systems.
Shutdown and Nap Modes: The inclusion of shutdown and nap modes allows for significant power savings during idle or low-activity periods. These modes enable the device to operate more efficiently in battery-powered or energy-conscious applications, reducing overall power consumption without compromising performance.
Applications
Wireless Communication Signal Processor: The LTC2232 is ideal for digitizing high-frequency signals in wireless communication systems, such as LTE, 5G, and Wi-Fi. Its 105Msps sampling rate and 61dB SNR ensure accurate signal capture and processing, making it suitable for base stations, transceivers, and communication test equipment.
Cable Head-End Signal Digitizer: The LTC2232 is perfect for digitizing signals in cable head-end systems, where it can handle wide dynamic range signals with high fidelity. Its 75dB SFDR and differential input capability make it ideal for processing broadband signals in cable TV and internet infrastructure.
Power Amplifier Linearization System: The LTC2232 is well-suited for power amplifier linearization applications, where it can digitize feedback signals to correct distortion and improve amplifier efficiency. Its high-speed sampling and low jitter ensure precise signal capture, making it ideal for RF and microwave power amplifiers.
Communications Test Equipment: The LTC2232 is an excellent choice for communications test equipment, such as signal analyzers and waveform generators. Its 10-bit resolution, 105Msps sampling rate, and differential/single-ended input options enable accurate signal analysis and generation for testing and validating communication systems.
Cable Head-End Signal Digitizer: The LTC2232 is perfect for digitizing signals in cable head-end systems, where it can handle wide dynamic range signals with high fidelity. Its 75dB SFDR and differential input capability make it ideal for processing broadband signals in cable TV and internet infrastructure.
Power Amplifier Linearization System: The LTC2232 is well-suited for power amplifier linearization applications, where it can digitize feedback signals to correct distortion and improve amplifier efficiency. Its high-speed sampling and low jitter ensure precise signal capture, making it ideal for RF and microwave power amplifiers.
Communications Test Equipment: The LTC2232 is an excellent choice for communications test equipment, such as signal analyzers and waveform generators. Its 10-bit resolution, 105Msps sampling rate, and differential/single-ended input options enable accurate signal analysis and generation for testing and validating communication systems.
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