630-8580 - Analog Devices - Datasheet.Live

Analog Devices

Accelerometers, Analog-to-Digital and Digital-to-Analog Converters

794

ALLIED See Our Manufacturer Index Located In Section 1

ADXL Accelerometer Evaluation Kit

The ADXL-EB evaluation board comes complete with non-resonant surface-mount resistors and capacitors and allows

users to configure and customize the accelerometerÕs scale factor, 0 g bias level, and bandwidth; with either ac or dc

coupling. This compact (0.8" ´0.8") board provides access to every pin, including output, self-test and reference

terminals Ñ perfect for initial evaluation and introductory operation.

Mfr.Õs Description

Type

ADXL202EB ADXL202 Dual Axis Evaluation Module

Accelerometers

ADXL150/ADXL250. Third generation ±50 g surface micromachined accelerometers. These improved replacements for

the ADXL05 offer lower noise, wider dynamic range, reduced power consumption and improved zero g bias drift. The

ADXL150 is a single axis product; the ADXL250 is a fully integrated dual axis accelerometer with signal conditioning on a

single monolithic IC, the first of its kind available on the commercial market. The two sensitive axes of the ADXL250 are

orthogonal (90¡) to each other. Both devices have their sensitive axes in the same plane as the silicon chip.

ADXL202. A low cost, low power complete 2-axis accelerometer with a measurement range of ±2 g. The ADXL202 can

measure both dynamic acceleration (e.g., vibration) and static acceleration (e.g., gravity).

Resolution Throughput SHA Bus Reference

Linearity Error

in Rate kSPS BW Interface Voltage Comments

(LSB @ TA = +25¡C)

Bits Max. (kHz Typ.) Bits Int./Ext.à

Mfr.Õs

Type

PDIP

AD7821KN 8 1000.00 ±1.0 100 8, µP 0-5 V, Ext. CMOS, Bipolar or Unipolar Operation

AD7824KN 8 400.00 ±1.0 10 8, µP 0-5 V, Ext. CMOS, 4-Channel, 8-Bit Sampling ADC

AD7828KN 8 400.00 ±1.0 10 8, µP 0-5 V, Ext. CMOS, 8-Channel, 8-Bit Sampling ADC

AD7828LN 8 400.00 ±

10 8, µP 0-5 V, Ext. CMOS, 8-Channel, 8-Bit Sampling ADC

AD1674JN 12 100.00 ±1.0 500 8/12/16, µP 10 V, Int. Complete AD574A Pinout Compatible, Sampling Input, AC/DC Tested

AD976AN 16 100.00 6 max. 1500 16, 8 Par/Byte, µP +2.5 V, Int./Ext. 16-Bit, 100 kSPS ADC

This column lists the data format for the bus with ÒµPÓ indicating microprocessor capability Ñ i.e., for a 12-bit converter 8/12, µP indicates that the data can be formatted for an 8-bit bus or can be in parallel (12 bits) and is microprocessor

compatible. àExt. indicates external reference with the range of voltages listed where applicable. Ext. (M) indicates external reference with multiplying capability. Int. indicates reference is internal. A voltage value is given if the reference is

pinned out.

Non-Sampling Analog-to-Digital Converters

Analog-to-Digital Converters

Sampling Analog-to-Digital Converters

Mfr.Õs

Type

Primary

Output

(kHz)

Range

(g)

Sensitivity

(mV/g)

No. of

Leads Axis

Power

(V)

(mA)

ADXL150AQC +5 3 DC 1 ±5 to ±50 35 to 41 14 Single

ADXL150JQC +5 3 DC 1 ±5 to ±50 35 to 41 14 Single

ADXL202AQC +3 1 PWM 6 ±2 T1/T2 14 Dual

ADXL202JQC +3 1 PWM 6 ±2 T1/T2 14 Dual

ADXL250AQC +5 6 DC 1 ±5 to ±50 35 to 41 14 Dual

Resolution Conv. Bus Reference

Linearity Error

in Rate Interface Voltage Comments

(LSB @ TA = +25¡C)

Bits (µS Max.) Bits* Int./Ext.

Mfr.Õs

Type

Hermetic DIP PDIP

Ñ AD673JN 8 30 ±

8, µP Int. Complete 8-Bit ADC with Reference, Clock and Comparator

AD574AJD AD574AJN 12 35 ±1 8/12, µP 10 V, Int. Complete ADC with Reference and Clock; Industry Standard

AD574AKD AD574AKN 12 35 ±

8/12, µP 10 V, Int. Complete ADC with Reference and Clock; Industry Standard

Ñ AD674BJN 12 15 ±1 8/12, µP 10 V, Int. Complete Monolithic 12-Bit A/D Converter with Reference, Clock, and 3-State Output Buffers

*This column lists the data format for the bus with ÒµPÓ indicating microprocessor capability Ñ i.e., for a 12-bit converter 8/12, µP indicates that the data can be formatted for an 8-bit bus or can be in parallel (12 bits) and is microprocessor compatible.

Ext. indicates external reference with the range of voltages listed where applicable. Ext. (M) indicates external reference with multiplying capability. Int. indicates reference is internal. A voltage value is given if the reference is pinned out.

Sigma Delta Analog-to-Digital Converters

Resolution Bus Reference

Linearity Error

in Interface Voltage Comments

(LSB @ TA = +25¡C)

Bits Bits* Int./Ext.

Mfr.Õs

Type

PDIP SOIC

AD7712AN Ñ 24 ±0.0045% FSR Typ. Serial, µP 2.50 V, Int. 24-Bit ADC with 1 Differential Input Channel and 1 High Voltage Input Channel

AD7714AN-5 AD7714AR-5 24 ±0.0015% FSR Serial, µP 1.25 V, Ext. 5 V, Charge Balancing ADC with PGA, MUX and Low Pass Filter with Programmable Cutoffs

*This column lists the data format for the bus with ÒµPÓ indicating microprocessor capability Ñ i.e., for a 12-bit converter 8/12, µe data can be formatted for an 8-bit bus or can be in parallel (12 bits) and is microprocessor compatible. Ext. indicates

external reference with the range of voltages listed where applicable. Ext. (M) indicates external reference with multiplying capability. Int. indicates reference is internal. A voltage value is given if the reference is pinned out.

Digital-to-Analog Converters

AD7524JN AD7524JR 8 0.100 ±

8, µP Ext. (M) CMOS, Low Cost, 8-Bit Multiplying DAC with Latch

AD7524KN Ñ 8 0.100 ±

8, µP Ext. (M) CMOS, Low Cost, 8-Bit Multiplying DAC with Latch

DAC08CP DAC08CS 8 0.085 ±0.390% FS 8 Ext. (M) 8-Bit High Speed Multiplying DAC

DAC08EP Ñ 8 0.085 ±0.190% FS 8 Ext. (M) 8-Bit High Speed Multiplying DAC

ADDAC8ON-CBI-V Ñ 12 4.000 Max. ±

12 6.3, ±2% Low Cost, 12-Bit Digital-to-Analog Converter

DAC8043FP Ñ 12 0.250 1.000 Serial, µP Ext. (M) 8-Pin DIP Serial Input 12-Bit CMOS Multiplying DAC

Single DACs, Voltage Output

AD557JN Ñ 8 0.800 1.000 8, µP Int. Lowest Cost 8-Bit DACPORT; Single +5 V Supply

AD558JN Ñ 8 3.000 ±

8, µP Int. 10 V Out DACPORT, Single or Dual Supply

AD558KN Ñ 8 3.000 ±

8, µP Int. 10 V Out DACPORT, Single or Dual Supply

AD7224KN Ñ 8 5.000 Max. ±2.000 8, µP 2-12.5 V, Ext. CMOS, Low Cost 8-Bit DAC

AD667JN Ñ 12 3.000 ±

4/8/12, µP 10 V, Int. Highest Accuracy Complete 12-Bit DAC

AD667KN Ñ 12 3.000 ±

4/8/12, µP 10 V, Int. Highest Accuracy Complete 12-Bit DAC

AD7233AN Ñ 12 10.000 Max. ±1.000 Serial, µP Int. Smallest 12-Bit Serial DACPORT (8-Pin) Bipolar ±5 V Output Range

AD767KN Ñ 12 3.000 ±

12, µP 10 V, Int. Fastest Interface Complete 12-Bit DAC

AD669AN Ñ 16 8.000 ±4.000 16, µP 10 V, Int. Monolithic, Complete 16-Bit DAC

A Digital-to-Analog (DAC) Converter accepts a digital input and produces an analog output. The basic DAC consists of a

voltage or current reference, binary weighted precision resistors, a set of electronic switches and a means of summing the

weighted currents. Three important criteria are required for selecting the right DAC Ñ resolution, accuracy and speed.

Other requirements to be considered are temperature stability, input coding, output format, reference requirements and

power consumption.

Single DACs, Current Output

Resolution Settling Bus Reference

Linearity Error

in Time Interface Voltage Comments

(LSB @ TA = +25¡C)

Bits (µs Typ.) Bits Int./Ext. (M)à

Mfr.Õs

Type

PDIP SOIC