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MCP47DA1 датащи(PDF) 69 Page - Microchip Technology

номер детали MCP47DA1
подробное описание детали  6-Bit Windowed Volatile DAC with Command Code
PDF  76 Pages
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производитель  MICROCHIP [Microchip Technology]
домашняя страница  http://www.microchip.com
Logo MICROCHIP - Microchip Technology

MCP47DA1 датащи(HTML) 69 Page - Microchip Technology

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 2012-2013 Microchip Technology Inc.
DS25118D-page 69
MCP47DA1
B.7
Offset Error
The offset error (see Figure B-2) is the deviation from
zero voltage output when the volatile DAC register
value = 00h (zero-scale voltage). This error affects all
codes by the same amount. The offset error can be
calibrated by software in application circuits.
FIGURE B-2:
OFFSET ERROR.
B.8
Offset Error Drift
The offset error drift is the variation in offset error due
to a change in ambient temperature. The offset error
drift is typically expressed in ppm/°C.
B.9
Gain Error
The gain error (see Figure B-3) is the difference
between the actual full-scale output voltage, from the
ideal output voltage of the DAC transfer curve. The
gain error is calculated after nullifying the offset error,
or full-scale error minus the offset error.
The gain error indicates how well the slope of the actual
transfer function matches the slope of the ideal transfer
function. The gain error is usually expressed as percent
of full-scale range (% of FSR) or in LSb. The gain error
is not calibrated at the factory and most of the gain error
is contributed by the output buffer (op amp) saturation.
FIGURE B-3:
GAIN ERROR AND FULL-
SCALE ERROR EXAMPLE.
B.10
Gain Error Drift
The gain error drift is the variation in gain error due to a
change in ambient temperature. The gain error drift is
typically expressed in ppm/°C.
Analog
Output
Ideal Transfer Function
Actual Transfer Function
DAC Input Code
0
Offset
Error
(ZSE)
Analog
Output
Actual Transfer Function
Actual Transfer Function
DAC Input Code
0
Gain Error
Ideal Transfer Function
after Offset Error is removed
Full-Scale
Error
Zero-Scale
Error



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