815-ADS7887MDBVT

Manufacturer:

Texas Instruments

Product Number:

815-ADS7887MDBVT

Description:

ADS7887MDBVT Overview

The analogue to digital converter is designed with 10 Bits.The AD converter is embedded in the SOT-23-6 package.The ADC converter is packaged in the way of Tape &

Datasheet:

ADS7887MDBVT

Description:

ADS7887MDBVT Overview

The analogue to digital converter is designed with 10 Bits.The AD converter is embedded in the SOT-23-6 package.The ADC converter is packaged in the way of Tape & Reel (TR).The ADC converter is equipped with 1 Functions .There are 6 terminations in this electrical AD converter, which are the practice of ending a transmission line with a device that matches the characteristic impedance of the line.The analogue to digital converter is powered from a supply voltage of 3.3V.The A/D converter has 1 channels.The is equipped with 6 pin count.The peak reflow temperature (Cel) amounts to 260 to be essentially indestructible.There are ADC, SUCCESSIVE APPROXIMATION converters based on the source input voltage and the output voltage.This electronic AD converter is mounted in the way of Surface Mount.When operating, analogue to digital converter's operating temperature should be kept at -55°C~125°C.The number of samples of audio recorded every second is 1.25M Hz.The input type of this electronic AD converter is Single Ended.There are Supply reference types differentiated on the way by which they are garbage collected. This electronic digital converter is configured in such a way that S/H-ADC.The Sample/Track and Hold component of this electronic AD converter provides a way to sample a continuously varying analog signal and to hold or freeze its value for SAMPLE time.The architecture that analogue to digital converter's core adopts is SAR.There are 6 pins, which are pronged contacts as part of a signal interface in a computer or other communications device. The supply/analog voltage of this electrical ADC converter is 2.35V~5.25V, which converts alternative voltage (AC voltage) to regulated direct voltage (DC voltage) and provide regulated DC power in order to drive a load.The number of pixels of this electrical AD converter is 1.25 B, which is on a display or in a camera sensor (specifically in a digital image).This analogue to digital converter is included in Analog to Digital Converters.It belongs to ADS7887 family.This electrical digital converter is lead free, which means made without lead, or has no lead added to it.It is possible to categorize the supply type according to Single.The supply/digital voltage of this electrical AD converter is 2.35V~5.25V.The ADC converter operates with the maximal supply voltage of 5.25V.It operates with the minimal supply voltage of 2.35V.The output formats of this electrical AD converter are SERIAL , which are used to determine which data is exported and how data is displayed in many areas of OLIB.The maximal analog input voltage of this electrical AD converter is 5.45V.The ADC converter operates from 2.5/5V power supplies.As an undesirable derivative of its primary action, The heat (energy loss or waste) that this electronic or electrical digital converter produces is 8mW. The maximal heat (energy loss or waste) that this electronic or electrical ADC converter produces is 10mW.The number of channels is growing strong/weak: 1.The conversion rate of this electrical AD converter is calculated as 1.25 Msps.The minimal analog input voltage of this electrical AD converter is -0.2V.The digital converter operates with the minimal supply voltage (DC) of 2.35V.The ADC converter operates with the maximal supply voltage (DC) of 5.25V.It is a type of FPGA belonging to the microPOWER? series.

ADS7887MDBVT Features

1 Functions
6 basic kinds of terminations
6 pin count
Minimal supply voltage of 2.35V
2.5/5V power supplies
Maximal supply voltage (DC) of 5.25V
microPOWER? series

ADS7887MDBVT Applications

There are a lot of Texas Instruments ADS7887MDBVT ADC applications.

• Music recording
• Multicarrier, multimode digital receivers
• Medical Imaging
• Telecommunications
• CMOS Image sensors for mobile applications
• Battery Operated Systems
• 3-phase power control
• Music reproduction technology
• Broadband data applications
• Transducer