ADP172CB1.26-EVALZ

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Channels per IC:	1 - Single
Moisture Sensitivity Level (MSL):	--
Voltage - Output:	1.26V
Current - Output:	300mA
Voltage - Input:	1.6 V ~ 3.6 V
Regulator Type:	Positive Fixed
Board Type:	Fully Populated
Supplied Contents:	Board(s)
Utilized IC / Part:	ADP172
Base Part Number:	ADP172

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Introduction

Linear voltage regulators are an essential component of many electronic circuits, used to accurately and efficiently convert a varying input voltage to an output voltage of consistent magnitude. The ADP172CB1.26-EVALZ is a linear voltage regulator for use in both automotive and industrial applications. This evaluation board is an easy-to-use, robust, and reliable power electronics device, designed to provide precise, higher performance, and efficient regulation of DC input voltages. It is also cost-effective, user-friendly, and light-weight.

Application Field of the ADP17CB1.26-EVALZ Linear Voltage Regulator

The ADP17CB1.26-EVALZ linear voltage regulator is most commonly used in automotive and industrial applications. Automotive applications include power steering pumps, alternators, starters, electric fan cooling systems, and more. In industrial applications, the ADP17CB1.26-EVALZ is used in central power supplies, uninterruptible power supplies, adjustable DC power supplies, and is well-suited for critical applications such as medical equipment, laboratory devices, and communication systems. The ADP17CB1.26-EVALZ is also an ideal choice for experiments, prototyping, and debugging.

Working Principle of the ADP172CB1.26-EVALZ

The ADP172CB1.26-EVALZ linear voltage regulator consists of two main components: a voltage regulator IC (integrated circuit) and a power transistor. The voltage regulator IC receives the input voltage from the power supply and passes it through a series of internal transistors and resistors to provide an adjustable output voltage, thus regulating the power supply voltage. The power transistor acts as an amplifier, increasing the voltage gain of the linear voltage regulator. This allows the regulator to output a precise voltage more efficiently than a single-transistor regulator. The advantage of the ADP172CB1.26-EVALZ linear voltage regulator is its high efficiency, as it can be configured with a low minimum output voltage of 0.8V and a maximum output voltage of 38V. The high efficiency of the regulator can help reduce the size and cost of the power supply, increase efficiency, reduce power consumption, and provide higher reliability for sensitive electronics devices.

Conclusion

The ADP172CB1.26-EVALZ linear voltage regulator provides an economical and reliable power solution for automotive and industrial applications. Its high efficiency and adjustable output voltage make the ADP172CB1.26-EVALZ an ideal choice for power supplies, lab experiments, communication systems, and other critical applications. Its easy-to-use and light-weight design also offers users flexibility and cost savings while providing high levels of accuracy and reliability.

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