ADC912AFS

12-bit accurate CMOS A/D converter, –0.3 V to +7 V, SOIC-24, adc912afs

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Price:: US $2.30~2.50 / piece [Get Latest Price]

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Qty (lots)	Price/lot
1 ~ 100 :	2.50 / Piece
101 ~ 500 :	2.40 / Piece
501 ~ 1000 :	2.30 / Piece

PartNumber:: ADC912AFS

Brand:: Analog Devices - ADI | Pack: | D/C:

Availability:: Supply Ability: 8000/Day Can Ship Immediately
Delivery: 10-15 Business Days (ships out within 3 Business days)

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Products Upload time: 2013-08-18

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Part Number:ADC912AFS
US $2.30 - 2.50
Quantity:

piece

Product Summary

The adc912afs is a monolithic 12-bit accurate CMOS A/D converter. It contains a complete successive-approximation A/D converter built with a high-accuracy D/A converter, a precision bipolar transistor high-speed comparator, and successive-approximation logic including three-state bus interface for logic compatibility. The accuracy of the adc912afs results from the addition of precision bipolar transistors to Analog Devices advanced-oxide isolated silicon-gate CMOS process. The applications of the adc912afs are (1)Data Acquisition Systems; (2)DSP System Front End; (3)Process Control Systems; (4)Portable Instrumentation.

Parametrics

adc912afs absolute maximum ratings: (1)VDD to DGND: –0.3 V to +7 V; (2)VSS to DGND: +0.3 V to –7 V; (3)VREFIN to DGND: VSS to VDD; (4)AGND to DGND: .–0.3 V to VDD + 0.3 V; (5)AIN to AGND: –15 V to +15 V; (6)Digital Input Voltage to DGND, Pins 17, 19–21: –0.3 V to VDD + 0.3 V; (7)Digital Output Voltage to DGND, Pins 4–11, 13–16, 18, 22: –0.3 V to VDD + 0.3 V; (8)Operating Temperature Range Extended Industrial: –40°C to +85°C; (9)Storage Temperature: –65°C to +150°C; (10)Lead Temperature (Soldering, 10 sec): 300°C; (11)Maximum Junction Temperature (TJ max): 150°C; (12)Package Power Dissipation: (TJ max–TA)/θJA; (13)Thermal Resistance θJA, Plastic DIP: 57°C/W; SOIC-24: 70°C.

Features

adc912afs features: (1)Low Cost; (2)Low Transition Noise between Code; (3)12-Bit Accurate: ±1/2 LSB Nonlinearity Error over Temperature; No Missing Codes at All Temperatures; (4)10 us Conversion Time; (5)Internal or External Clock; (6)8- or 16-Bit Data Bus Compatible; (7)Improved ESD Resistant Design; (8)Latchup Resistant Epi-CMOS Processing; (9)Low 95 mW Power Consumption; (10)Space-Saving 24-Lead 0.3" DIP, or 24-Lead SOIC.