S-13A1F17-E6T1U3

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Introduction

S-13A1F17-E6T1U3 is an advanced voltage regulator product series that provides high precision and accuracy of output voltage with fast dynamic response. The product is mainly used in Industrial, Energy Management and Automotive applications, as well as its various application fields and working principles.

PMIC - Voltage Regulators - Linear

S-13A1F17-E6T1U3 voltage regulator employs advanced linear voltage control technology. It is not only designed to provide stable output voltage, but also to minimize power consumption. The output voltage can be regulated within a tolerance of + / - 0.5% in a wide voltage range, while the output current can be regulated to a wide range of 0.25mA to 1.5A. The regulator operates on a wide input voltage range from 4 to 12V, with on-chip trimming capability of the output voltage accuracy to within ± 0.5%.

Application Field

S-13A1F17-E6T1U3 voltage regulator can be used in many different application fields. In Industrial applications, the voltage regulator can be used to control the voltage of automotive motors, water pumps, inverters, PLC, and other applications. In the field of Energy Management, the voltage regulator can be employed for solar energy, energy storage and distribution, battery charging and discharge control, power monitoring, and power supply system management. This type of regulator is also highly suitable for use in Automotive applications, such as electric vehicle power and charging station control, electric motor and power system management, and battery management.

Working Principle

The S-13A1F17-E6T1U3 is a linear voltage regulator that operates by comparing the input voltage with a reference voltage. To regulate the output voltage, the internal feedback circuitry converts the input voltage error into a control signal that is then applied to the output feedback loop. The output voltage is then regulated to the programmed voltage value. The working principle of the regulator can be explained in the following steps.

• The voltage reference is generated from the internal reference source and compared with the input voltage.
• An error amplifier is then used to convert the voltage difference between the reference and input voltage into a current signal.
• This current signal is then applied to the output feedback loop that is used to control the output voltage.
• The output voltage is then regulated to the programmed voltage value.

Conclusion

In conclusion, the S-13A1F17-E6T1U3 is an advanced voltage regulator product series that utilizes linear voltage control technology to provide stable output voltage. The product is suitable for many different application fields, such as Industrial, Energy Management and Automotive, and can be used to control the voltage of automotive motors, water pumps, inverters, PLC, and other applications. It is designed to be used with a wide input voltage range and can be simply programmed to meet the application requirements.

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