SUMMIT
SMP9410
MICROELECTRONICS, Inc.
1 see last page
Preliminary Information
Quad 10-Bit Nonvolatile DACPOTTM
FEATURES
INTRODUCTION
l Four Programmable 10-Bit Nonvolatile DACs
w INL ±1LSB, DNL ±1LSB, 1024 Steps Each
l Power on Recall at any Value
The SMP9410 is a quad 10 bit (1024 steps) Non Volatile
D-to-AconverterorDACPOTTM.Thedevicewillrecallany
analog voltage on power up, making it ideal for high
accuracyandtemperaturestablecalibrationpurposesand
can operate from a single +2.7V to +5.5V supply. Internal
precision buffers swing rail-to-rail with an input voltage
range from ground to the positive supply.
l Parallel or Independent Operation of DACs
0
l Excellent Temperature Stability - ±15ppm/ C
w
Industrial Temperature range
The part integrates four 10-bit DACs and associated cir-
cuits: anenhancedunitygainoperationalamplifieroutput,
a10-bitvolatiledatalatch,a10-bitnonvolatiledataregister,
and I2C bus industry standard 2-wire serial interface. The
SMP9410isavailableinaverysmall5mmsquareQuadFlat
packagewithNoleads(QFN)forsmallformfactordesigns.
l 1.25V Precision Voltage Reference
2
l I C Serial Bus Interface
l Very Small QFN package w5mm square
APPLICATIONS
Programmingofconfiguration, controlandcalibrationval-
uesbytheusercanbesimplifiedwiththeinterfaceadapter
andWindowsGUIsoftwareobtainablefromSummitMicro-
electronics.
l Laser bias/modulation current adjustment
l Power supply trimming/margining
l Potentiometer replacement
FUNCTIONAL BLOCK DIAGRAM
V
DD
24
13
19
V
H0
0
REF
100K
3 plcs
CONFIGURATION
REGISTER
V
OUT
10-BIT
DAC
A0
A1
A2
3
2
V
L0
14
11
REF
28
V
H1
1
REF
4
5
6
SDA
SCL
CS
100K
V
17
OUT
10-BIT
DAC
100K
V
L1
12
9
REF
SMP9410
Note: Pin numbers
are for the QFN.
V
H2
2
REF
PRECISION
REFERENCE
1.25V
20
REF
V
16
OUT
10-BIT
DAC
V
L2
10
7
REF
V
H3
3
REF
V
DD
V
15
8
OUT
10-BIT
DAC
100K
100K
MUTE#_CH 22
23
V
L3
REF
MUTE#
25
2056 BD
GND
©SUMMITMICROELECTRONICS,Inc.,2002•300OrchardCityDr.,#131 • Campbell,CA95008 • Phone408-378-6461•FAX408-378-6586•www.summitmicro.com
Characteristics subject to change without notice
2056 2.0 10/04/02