DAC/ADC +4.5V +5.5V, 10-Bit KSPS Successive Approximation mi

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DAC/ADC +4.5V +5.5V, 10-Bit KSPS Successive Approximation mi

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ADC10R05
DAC/ADC
+4.5V +5.5V, 10-Bit KSPS Successive Approximation
micron CMOS
Features
ADC10R05 successive approximation charge redistribution ADC. converter allows high resolution bit. Guaranteed monotonic design. Reference derived from power supply. Power-on-reset zero volts. On-chip output buffer amplifier, rail-to-rail operation.
General Description
cell been designed operate from separate analog digital supplies. ADC10R05 realized 10-bit successive approximation charge redistribution ADC. part requires external voltage reference, which used perform actual conversion. Digital inputs cell include conversion start (CS), clock (DLCK), power down (PD). Digital outputs conversion complete (CC), unsigned binary output VIN, analog input converted, only analog input. uses clock cycles convert analog input unsigned binary output code. ADC10R05 characterized operation over full industrial temperature range -40°C 85°C.
Functional Block Diagram
VREF
Applications
Input [7:0] Instrumentation control loops Audio processing Voltage reference Low-speed data conversion
Product Highlights
Notes: AVDD (power) AVSS (ground) IBIAS (bias current input) VREF (reference voltage input) (analog input) (clock input) D[7:0] (digital output) DACREGISTER 8-BIT POWER-DOWN CONTROL LOGIC OUTPUTBUFFER POWER-ON RESET
power operation. This converter operates from +4.5 +5.5 supply. High resolution unsigned binary output.
ADC10R05
+4.5V +5.5V, 10-Bit KSPS Successive Approximation
micron CMOS
Electrical Characteristics
PARAMETER RESOLUTION RELATIVE ACCURACY
DAC/ADC
UNITS Bits
high
FULL-SCALE CALIBRATION UNIPOLAR OFFSET DIFFERENTIAL NONLINEARITY INTEGRAL NONLINEARITY GAIN ERROR1 OFFSET ERROR1
ANALOG INPUT RANGES Input Voltage Range Input Impedance Input Capacitance ANALOG SUPPLY, AVDD DIGITAL SUPPLY, DVDD LOGIC OUTPUTS Output Voltage, CMOS levels, Logic Logic LOGIC INPUTS Input Voltage, CMOS levels, Logic Logic Input Current Sample Rate (Fs) CONVERSION TIME2 POWER SUPPLY OPERATING CURRENT, TEMPERATURE
Notes: been designed application with reference. Lower voltage supply could adversely affect accuracy. clock cycles.
ADC10R05
DAC/ADC
+4.5V +5.5V, 10-Bit KSPS Successive Approximation
micron CMOS
Absolute Maximum Ratings PARAMETER Analog Input Voltage Digital Input Voltage Differential Reference Voltage Reference Midpoint Current Digital Output Current Operating Temperature Range Storage Temperature Range Junction Temperature Lead Soldering Temperature sec.)
ADC10R05
+4.5V +5.5V, 10-Bit KSPS Successive Approximation
micron CMOS DAC/ADC
Copyright®1998, American Microsystems, Inc.
Devices sold covered warranty patent indemnification provisions appearing Terms Sale only. makes warranty, express, statutory implied description, regarding information forth herein regarding freedom described devices from patent infringement. makes warranty merchantability fitness purposes. reserves right discontinue production change specifications prices time without notice. AMI's products intended commercial applications. Applications requiring extended temperature range, unusual environmental requirements, high reliability applications, such military, medical life-support life-sustaining equipment, specifically recommended without additional processing such applications.
American Microsystems, Inc., 2300 Buckskin Rd., Pocatello, 83201, (208) 233-4690, (208) 234-6796 1-800-639-7264, www.amis.com
ADC10R05 GA98095PM8/98

DAC/ADC +4.5V +5.5V, 10-Bit KSPS Successive Approximation mi

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