FEATURES
● TWO-CHIP CONSTRUCTION
● HIGH-SPEED 16-BIT PARALLEL, 8-BIT
(BYTE) PARALLEL, AND SERIAL INPUT
MODES
● DOUBLE-BUFFERED INPUT REGISTER
CONFIGURATION
● VOUT AND IOUT MODELS
● HIGH ACCURACY:
Linearity Error ±0.003% of FSR max
Differential Linearity Error ±0.006% of FSR
max
● MONOTONIC (TO 14 BITS) OVER
SPECIFIED TEMPERATURE RANGE
● HERMETICALLY SEALED
● LOW COST PLASTIC VERSIONS
AVAILABLE (DAC707JP/KP)
DESCRIPTION
The DAC708 and DAC709 are 16-bit converters de-
signed to interface to an 8-bit microprocessor bus. 16-
bit data is loaded in two successive 8-bit bytes into
parallel 8-bit latches before being transferred into the
D/A latch. The DAC708 and DAC709 are current and
voltage output models respectively and are in 24-pin
hermetic DIPs. Input coding is Binary Two’s Comple
ment (bipolar) or Unipolar Straight Binary (unipolar,
when an external logic inverter is used to invert the
MSB). In addition, the DAC708/709 can be loaded
serially (MSB first).
The DAC707 is designed to interface to a 16-bit bus.
Data is written into a 16-bit latch and subsequently the
D/A latch. The DAC707 has bipolar voltage output
and input coding is Binary Two’s Complement (BTC).
All models have Write and Clear control lines as well
as input latch enable lines. In addition, DAC708 and
DAC709 have Chip Select control lines. In the bipolar
mode, the Clear input sets the D/A latch to give zero
voltage or current output. They are all 14-bit accurate
and are complete with reference, and for the DAC707,
and DAC709, a voltage output amplifier. All models
are available with an optional burn-in screening.
Please don't hesitate to contact us if you will be, Urgent!! Look for Integrated Circuit, IC, Semiconductor, IGBT Modules, Electronic Components, STM Factory, PCB Manufactory, PCBA Manufactory, ONE-Stop BOM solution services, ONE-Stop BOM purchasing services，we are able to offer high quality parts with competitive price to our clients, especially those obsolete and hard-to-find parts. For product details and PDF data sheets, please contact your customer manager. Thanks!
