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LTC1654IGN 데이터시트(PDF) 9 Page - Linear Technology

부품명 LTC1654IGN
상세설명  Dual 14-Bit Rail-to-Rail DAC in 16-Lead SSOP Package
PDF  16 Pages
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제조업체  LINER [Linear Technology]
홈페이지  http://www.linear.com
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LTC1654IGN 데이터시트(HTML) 9 Page - Linear Technology

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LTC1654
1654fb
Voltage Output
The LTC1654 comes complete with rail-to-rail voltage
output buffer amplifiers. These amplifiers will swing to
within a few millivolts of either supply rail when unloaded
and to within a 450mV of either supply rail when sinking
or sourcing 5mA.
There are two GAIN configuration modes for the LTC1654:
a) GAIN of 1: (X1/X1/2 tied to REFLO)
VOUT = (VREFHI – VREFLO)(CODE/16384) + VREFLO
b) GAIN of 1/2: (X1/X1/2 tied to VOUT)
VOUT = (1/2)(VREFHI – VREFLO)(CODE/16384) + VREFLO
The LTC 1654 has two SPEED modes: A FAST mode and
a SLOW mode. When operating in the FAST mode, the
output amplifiers will settle in 3
µs (typ) to 14 bits on a 4V
output swing. In the SLOW mode, they will settle in 8.5
µs.
The total supply current is 930
µA in the FAST mode and
540
µA in the SLOW mode. The output noise voltage
density at 10kHz is 170nV/
√Hz in SLOW mode and
150nV/
√Hz in FAST mode.
Power Down
Each DAC can also be independently powered down to less
than 5
µA/DAC of supply current. The reference pin also
goes into a high impedance state when the DAC is powered
down and the reference current will drop to below 0.1
µA.
The amplifiers’ output stage is also three-stated but the
VOUT pins still have the internal gain-setting resistors
connected to them resulting in an effective resistance from
VOUT to REFLO. This resistance is typically 90k when the
X1/X1/2 pin is tied to VOUT and 36k when X1/X1/2 is tied to
REFLO. Because of this resistance, VOUT will go to VREFLO
when the DAC is powered down and VOUT is unloaded.
OPERATIO



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