TLE2426CP

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PMIC - Voltage Reference

Voltage references are an essential part of any circuit requiring precise voltage levels, current referencing, power supply regulation, or any other application where reference values are required. Voltage reference components provide a stable output voltage regardless of temperature or variations in the power supply voltage or load currents. The TLE2426CP, a precision, low-power integrated circuit, is ideal for applications requiring precise voltage references.

TLE2426CP overview

The TLE2426CP is an low-power, precision integrated circuit with a single output current-limited voltage regulator. It offers excellent performance over a wide temperature range and superior accuracy with a source current of only 0.1µA. It is capable of providing very low voltages of up to 10V. It also features a fast cycling time for quick regulation when the input voltage changes, making it an ideal choice for applications requiring precise and stable voltage references.

Features of TLE2426CP

• Low power consumption: 0.1µA
• Wide temperature range from -40°C to 125°C
• Very high accuracy - 0.1% over the entire voltage range and temperature range
• Single output current-limited voltage regulator
• Fast cycling time for quick regulation

Applications of TLE2426CP

The TLE2426CP is an ideal choice for applications requiring precise voltage references. It is widely used in various industrial and automotive applications, including power supply regulation, precision data acquisition systems, and a variety of other applications. It is also used in instrumentation and medical equipment as a reference supply.

TLE2426CP working principle

The TLE2426CP works by maintaining a precise voltage output regardless of temperature or input voltage fluctuations. It uses an internal voltage reference and current-limited operation to ensure accuracy and stability. The internal voltage reference is connected to an external reference component in order to maintain a precise output voltage. The TLE2426CP uses a feedback loop to monitor the voltage on the output, and this feedback loop to adjust the internal reference or “set” the output voltage as required. This ensures that the output voltage is precise and stable regardless of changes in temperature, load currents, or input voltage level.

Conclusion

The TLE2426CP is an low-power, precision integrated circuit with a single output current-limited voltage regulator. It is widely used in industrial and automotive applications requiring precise voltage references. It features excellent performance over a wide temperature range and superior accuracy with a source current of only 0.1µA. The TLE2426CP works by maintaining a precise voltage output regardless of temperature or input voltage fluctuations and is ideal for applications requiring precise and stable voltage references.

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