EV-ADF4153SD1Z

Series:	--
Part Status:	Active
Type:	Timing
Function:	Frequency Synthesizer
Embedded:	--
Utilized IC / Part:	ADF4153
Primary Attributes:	Single Fractional-N PLL
Supplied Contents:	Board(s)
Secondary Attributes:	--
Base Part Number:	ADF4153

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EV-ADF4153SD1Z Evaluation and Demonstration Boards and Kits

EV-ADF4153SD1Z is an Evaluation and Demonstration Boardand Kit from Analog Devices, Inc (ADI). It includes the ADF4153SD1Z Dual-Output Voltage Reference (DOVR), designed to provide high accuracy reference voltage. The EV-ADF4153SD1Z is designed to evaluate the performance of the ADF4153SD1Z, in a range of application fields.

Application Fields

The ADF4153SD1Z is a general-purpose precision voltage reference. It can be used to provide reference voltage for a variety of applications with different voltage requirements. Common areas of use include instrumentation, medical, and industrial control applications as well as data acquisition and process control.In instrumentation, the ADF4153SD1Z can be used to ensure precise measurements by providing a high accuracy reference voltage. It is also suitable for medical applications, where medical instruments rely heavily on a stable supply of power. The ADF4153SD1Z can also be used in industrial control and process control systems, where a steady and reliable reference voltage is of utmost importance for that system’s performance.

Working Principle

The ADF4153SD1Z functions by utilizing two active devices, a temperature compensation diode and an NPN bipolar junction transistor, to produce a stable and precise reference voltage. The DOVR is designed to provide a wide range of output voltages, ranging from 1.2V to 5.2V, and is capable of delivering up to 2A of output current.The temperature compensation diode is used to sense changes in temperature and to adjust the output voltage accordingly, allowing the device to maintain a very high degree of accuracy. The NPN bipolar junction transistor acts as an amplifier for the DOVR’s output current. The voltage reference also includes an internal thermal compensation circuit, which compensates for any changes in temperature in order to maintain a consistent output voltage.

Conclusion

The EV-ADF4153SD1Z Evaluation and Demonstration Boardand Kit is designed to evaluate and demonstrate the performance of the ADF4153SD1Z, a dual-output voltage reference. This reference voltage is intended for a variety of applications, including instrumentation, medical, industrial control and process control systems. It functions by utilizing two active devices - a temperature compensation diode and an NPN bipolar junction transistor - to provide a steady and precise reference voltage. In addition, a thermal compensation circuit further compensates for temperature changes, thus ensuring consistent output voltage levels.

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