DAC8718SPAG


YeeHing #: Y004-DAC8718SPAG
Inventory: 4400

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Description

DAC8718SPAG Texas Instruments - Yeehing Electronics

Octal Low-Power 16-Bit +/-16.5V Output Serial Input Digital-to-Analog Converter

Pricing (USD)

Quantity Unit Price
1 — 99 39.765
100 — 249 35.346
250 — 999 29.057
1,000 + 20.79

The above prices are for reference only.

Specifications

Manufacturer Texas Instruments
Product Category Digital to Analog Converters - DAC
RoHS Y
Series DAC8718
Resolution 16 bit
Number of Channels 8 Channel
Interface Type Serial, 3-Wire, SPI
Supply Voltage - Max 20 V
Supply Voltage - Min 5 V
Minimum Operating Temperature - 40 C
Maximum Operating Temperature + 105 C
Mounting Style SMD/SMT
Package / Case TQFP-64
Packaging Tray
Features SDO
Height 1 mm
Number of Converters 8 Converter
Power Consumption 115 mW
Architecture Resistor-String
Brand Texas Instruments
Development Kit DAC8718EVM
Gain Error 0.01 % FSR
Moisture Sensitive Yes
Operating Supply Voltage 9 V, 12 V, 15 V, 18 V
Product Type DACs - Digital to Analog Converters
Factory Pack Quantity 160
Subcategory Data Converter ICs
Unit Weight 0.012720 oz

For more information, please refer to datasheet

Documents

DAC8718SPAG Datasheet

More Information

The DAC8718 is a low-power, octal, 16-bit digital-to-analog converter (DAC). With a 5V reference, the output can either be a bipolar ±15V voltage when operating from dual ±15.5V (or higher) power supplies, or a unipolar 0V to +30V voltage when operating from a +30.5V (or higher) power supply. With a 5.5V reference, the output can either be a bipolar ±16.5V voltage when operating from dual ±17V (or higher) power supplies, or a unipolar 0V to +33V voltage when operating from a +33.5V (or higher) power supply. This DAC provides low-power operation, good linearity, and low glitch over the specified temperature range of –40°C to +105°C. This device is trimmed in manufacturing and has very low zero-code and gain error. In addition, system level calibration can be performed to achieve ±1 LSB bipolar zero/full-scale error with bipolar supplies, or ±1 LSB zero code/full-scale error with a unipolar supply, over the entire signal chain. The output range can be offset by using the DAC offset register.

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