LTC1655 (13)
The LTC1655 is available from Analog Devices at Xecor. Designed for 16-bit digital-to-analog conversion, the LTC1655 offers monotonicity over temperature, rail-to-rail voltage output, and low power consumption (600µA typical). Available in an SO-8 package, it is ideal for applications such as industrial process control, automatic test equipment, and cellular telephones. Whether used in digital calibration or precision instrumentation, this series ensures high performance, accuracy, and reliability for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the LTC1655 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| LTC1655CS8#PBF | Data acquisition converter | SOIC-8 | 6,424 | |
| LTC1655IS8#PBF | Specs: 16, SOIC-8, -40 85 | SOIC-8 | 7,557 | |
| LTC1655CS8 | Single-channel 16-bit digital-to-analog converter | SOIC-8 | 7,137 | |
| LTC1655LIS8#TRPBF | LTC1655LIS8#TRPBF: Achieve high-resolution analog output | SOIC-8 | 6,113 | |
| LTC1655LIS8#PBF | 20 microsecond SPI 2.7V to 5.5V 16-bit SO-8 DACs | SOIC-8 | 3,109 | |
| LTC1655LCS8#TRPBF | High-performance DAC for precision analog applications | SOIC-8 | 5,610 | |
| LTC1655LCS8#PBF | Single-channel design with compact 8-Pin SOIC package | SOIC-8 | 7,852 | |
| LTC1655IN8#PBF | Low-power 16-bit DAC with rail-to-rail output | PDIP-8 | 5,694 | |
| LTC1655CS8#TRPBF | LTC1655CS8#TRPBF is a DAC with 1 channel and a 16-bit resolution, packaged in an 8-pin SOIC format for easy integration on circuit boards | SOIC-8 | 6,344 | |
| LTC1655CN8#PBF | Effortlessly convert digital signals to analog waves with precision and accuracy | PDIP-8 | 2,985 | |
| LTC1655IS8#TRPBF | DAC 1-CH 16-bit 8-Pin SOIC N T/R | SOIC-8 | 5,374 | |
| LTC1655LCN8#PBF | Ideal for precision voltage control in compact designs | PDIP-8 | 3,366 | |
| LTC1655LIN8#PBF | Control voltage with LTC1655LIN8#PBF micropower DAC | PDIP-8 | 6,162 |
Key Featrues
16-Bit Monotonicity Over Temperature: Ensures consistent and accurate digital-to-analog conversion across varying temperatures, enhancing reliability in precision applications such as industrial process control and automatic test equipment.
Deglitched Rail-to-Rail Voltage Output: Provides clean and stable voltage output from the lowest to the highest levels, minimizing signal distortion and improving performance in sensitive applications like cellular telephones.
Low Power Consumption (600µA Typical): Reduces energy usage, making it ideal for battery-powered or energy-efficient devices, while maintaining high performance in micropower applications.
750kHz Max Update Rate: Enables fast signal updates, suitable for high-speed applications such as digital calibration and real-time control systems, ensuring minimal latency.
3-Wire Cascadable Serial Interface: Simplifies integration with SPI/QSPI and MICROWIRE™ protocols, allowing for easy cascading of multiple DACs and reducing system complexity in multi-channel designs.
Deglitched Rail-to-Rail Voltage Output: Provides clean and stable voltage output from the lowest to the highest levels, minimizing signal distortion and improving performance in sensitive applications like cellular telephones.
Low Power Consumption (600µA Typical): Reduces energy usage, making it ideal for battery-powered or energy-efficient devices, while maintaining high performance in micropower applications.
750kHz Max Update Rate: Enables fast signal updates, suitable for high-speed applications such as digital calibration and real-time control systems, ensuring minimal latency.
3-Wire Cascadable Serial Interface: Simplifies integration with SPI/QSPI and MICROWIRE™ protocols, allowing for easy cascading of multiple DACs and reducing system complexity in multi-channel designs.
Applications
Digital Calibration System: The LTC1655/LTC1655L is ideal for digital calibration systems, providing precise 16-bit resolution and rail-to-rail voltage output. Its low power consumption and compact SO-8 package make it suitable for portable calibration equipment, ensuring accurate adjustments in industrial and laboratory settings.
Industrial Process Control: The LTC1655/LTC1655L excels in industrial process control applications, offering a 16-bit DAC with a settling time of 20µs and a maximum DNL error of ±1LSB. Its robust 3-wire serial interface and internal reference ensure reliable and accurate control of industrial processes, even in harsh environments.
Automatic Test Equipment: The LTC1655/LTC1655L is perfect for automatic test equipment (ATE), providing high-resolution 16-bit digital-to-analog conversion with a 750kHz update rate. Its rail-to-rail output and low power consumption make it ideal for generating precise test signals in ATE systems, ensuring accurate and repeatable measurements.
Cellular Telephones: The LTC1655/LTC1655L is well-suited for cellular telephones, offering a compact SO-8 package and low power consumption. Its 16-bit resolution and internal reference ensure high-quality audio and signal processing, making it ideal for advanced communication applications in mobile devices.
Industrial Process Control: The LTC1655/LTC1655L excels in industrial process control applications, offering a 16-bit DAC with a settling time of 20µs and a maximum DNL error of ±1LSB. Its robust 3-wire serial interface and internal reference ensure reliable and accurate control of industrial processes, even in harsh environments.
Automatic Test Equipment: The LTC1655/LTC1655L is perfect for automatic test equipment (ATE), providing high-resolution 16-bit digital-to-analog conversion with a 750kHz update rate. Its rail-to-rail output and low power consumption make it ideal for generating precise test signals in ATE systems, ensuring accurate and repeatable measurements.
Cellular Telephones: The LTC1655/LTC1655L is well-suited for cellular telephones, offering a compact SO-8 package and low power consumption. Its 16-bit resolution and internal reference ensure high-quality audio and signal processing, making it ideal for advanced communication applications in mobile devices.
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