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— IC芯片 | 连接器 | 传感器 | 被动器件 —
The AD5111BCPZ10-500R7 is a single-channel, nonvolatile digital potentiometer from the Analog Devices AD5111/AD5113/AD5115 family. It provides 128-position adjustment with a nominal resistance of 500 Ω and a maximum resistor tolerance error of ±8%. The device operates on a supply voltage (VDD) ranging from 2.3 V to 5.5 V. Key electrical specifications include a maximum wiper current of ±6 mA for the 5 kΩ and 10 kΩ options, a wide bandwidth of 4 MHz for the 5 kΩ option, and a maximum clock frequency of 50 MHz. It features low power consumption of 2.5 µA max at 2.7 V and 125°C.
Verify that the ordering suffix corresponds to the specific resistance value and package type required. Confirm the revision status of the component against the latest datasheet documentation to ensure compatibility with system design requirements.
Select this component for applications requiring precise, nonvolatile resistance adjustment without external memory. Ensure the total current through terminals A, W, and B does not exceed the specified limits based on the raw resistance value. Verify that the operating temperature range meets the application's environmental conditions.
This part belongs to the AD5111/AD5113/AD5115 series of digital potentiometers. These devices offer a nonvolatile solution for position adjustment applications, featuring guaranteed low resistor tolerance errors and high bandwidth. The series supports multiple interface configurations and is designed to replace mechanical potentiometers in space-constrained designs.
Check pin compatibility and electrical parameters such as resistance tolerance, wiper current limits, and supply voltage range when substituting other digital potentiometers. Ensure the replacement device supports the required number of positions and nonvolatile storage capabilities.
For the 5 kΩ and 10 kΩ options, the maximum continuous current is ±6 mA. For the 80 kΩ option, it is ±1.5 mA.
The AD5111 provides 128-position adjustment.
The power-on EEPROM refresh time is less than 50 μs.