AD9609BCPZ-80

Number of A/D Converters:	1
Base Part Number:	AD9609
Supplier Device Package:	32-LFCSP-VQ (5x5)
Package / Case:	32-VFQFN Exposed Pad, CSP
Operating Temperature:	-40°C ~ 85°C
Features:	--
Voltage - Supply, Digital:	1.7 V ~ 1.9 V
Voltage - Supply, Analog:	1.7 V ~ 1.9 V
Reference Type:	External, Internal
Architecture:	Pipelined
Series:	--
Ratio - S/H:ADC:	1:1
Configuration:	S/H-ADC
Data Interface:	Parallel
Input Type:	Differential, Single Ended
Number of Inputs:	1
Sampling Rate (Per Second):	80M
Number of Bits:	10
Part Status:	Active
Packaging:	Tray

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AD9609BCPZ-80 Application Field and Working Principle

Introduction

Analog-to-digital converters (ADCs) are used in a wide range of applications that require the measurement of analog signals and their conversion into digital signals. The AD9609BCPZ-80 is one such ADC from Maxim Integrated that can convert signals with a higher accuracy compared to other similar ADCs. It is useful in applications that require high-precision measurements such as industrial automation, medical equipment, and audio/video equipment.

Features

The AD9609BCPZ-80 is a monolithic integrated circuit (IC) with an on-chip 10-bit SAR ADC. It has a 12-bit accuracy and a maximum resolution of 10 bits. The ADC has a maximum conversion rate of 80 MSPS and consumes very low power. It also features an internal reference and a temperature sensor. The ADC can be configured to run in single or dual - output modes.

Application

The AD9609BCPZ-80 is mostly used in industrial automation and medical equipment due to its high accuracy and fast conversion rate. It can be used for the acquisition of analog signals from medical equipment such as medical imaging systems, as well as for measurement and control equipment in industrial processes. The ADC can also be used in audio/video equipment such as digital TVs and home theater systems.

Working Principle

The AD9609BCPZ-80 converts a continuous analog signal into a digital signal using a successive approximation technique. This technique uses a series of comparators, where the sample and hold capacitor is charged and compared to a determined reference voltage. The comparison process is repeated until the sample and hold voltage equals the reference voltage. The digital output of the ADC corresponds to the number of bits compared. The successive approximation technique also allows for a fast conversion rate. This is because the comparison process is done in parallel, thus reducing the total conversion time. Furthermore, the internal reference and temperature sensor in the AD9609BCPZ-80 enable monitoring of the environmental conditions which can affect the conversion accuracy.

Conclusion

The AD9609BCPZ-80 is a low-power high-precision ADC from Maxim Integrated. It is mainly used in industrial and medical applications due to its higher accuracy and faster conversion rate. The ADC uses a successive approximation technique to convert analog signals into digital signals and the conversion is further enhanced by the internal reference and temperature sensor.

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