ADP166CB-EVALZ

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Channels per IC:	1 - Single
Moisture Sensitivity Level (MSL):	--
Voltage - Output:	1.8V
Current - Output:	150mA
Voltage - Input:	2.2 V ~ 5.5 V
Regulator Type:	Positive Adjustable
Board Type:	Fully Populated
Supplied Contents:	Board(s)
Utilized IC / Part:	ADP166
Base Part Number:	ADP166

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Evaluation Boards - Linear Voltage Regulators

Linear voltage regulators are a widely used power supply and storage component and a critical piece of any electronic device. As such, linear voltage regulators are frequently evaluated and utilized on evaluation boards, or EVB’s, which provide a platform for testing and calibrating linear voltage regulators before being deployed in larger or more complex power supplies and electronic devices. One such EVB is ADP166CB- EVALZ, which offers a sturdy foundation for linear voltage regulators and offers an array of feature-specific advantages.ADP166CB- EVALZ features an in-depth application field and a wide range of options for precise power regulation. Specifically, it is highly suited for testing the power supply design of office automation and consumer applications. It is equipped with a wide input voltage of 3.3V to 18V, allowing for both AC and DC power sources. Additionally, the maximum output current of 3A and 8A respectively, makes this EVB well suited, for example, for high powered displays or custom testing purposes. The power regulation features of ADP166CB- EVALZ are further augmented by its precise output regulation (0.1% tolerance) and its capability to stay within a tight temperature range when working with linear voltage regulators. The ability to stay within such a tight temperature range eliminates the risk of overheating, which could cause severe damage to the power supply unit or potentially impact the functioning of the device. In addition, its built-in soft start feature provides an adjustable current limit for a safe start-up, an important feature for those designing or calibrating linear voltage regulators for a wide range of applications.ADP166CB- EVALZ features a unique working principle that sets it apart from other similar EVBs. As previously mentioned, its wide input voltage and wide output current make it suitable for a range of applications, but the factor that makes it unique comes down to its precise temperature regulation. The temperature of an EVB is kept constant by using a thermally regulated output current called “burst mode”, which works by rapidly switching the output current on and off according to the temperature of the EVB and the output current and voltage needed to maintain the set temperature and precise output regulation. This feature ensures that the output voltage remains within the desired range, also minimizing the power dissipation and temperature rise across the linear voltage regulator. In addition, ADP166CB- EVALZ is equipped with a variety of adjustment and debugging tools, such as the ability to adjust the output voltage, current limit, and soft start delay; providing users with the capabilities to calibrate the linear voltage regulator according to their exact needs, thus ensuring the maximum performance of the power supply design.Lastly, ADP166CB- EVALZ is easy to use and comes with step-by-step setup instructions and detailed schematics and diagrams that facilitate the testing process and ensure error-free installation. This kind of user support is of great benefit for those who are new to the process, and those who need to quickly set up the board in order to calibrate and test linear voltage regulators in the lab or on the field.In conclusion, ADP166CB- EVALZ is an ideal choice for testing and calibrating linear voltage regulators, owing to its wide input voltage, wide output current, precise output regulation, temperature regulation, and user support. Its user-friendly setup process, step-by-step instructions, and detailed schematics make it easy to use and the perfect choice for evaluating the power supply design of many office automation and consumer applications.

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