MAX1276EVKIT Maxim Integrated, MAX1276EVKIT Datasheet - Page 9

• Manufacturer Part Number: MAX1276EVKIT
• Description: Data Conversion IC Development Tools Evaluation Kit/Evaluation System for the MAX1070/71/72/75#79/MAX1224/25/MAX1274#79
• Manufacturer: Maxim Integrated
• Series: MAX1276, MAX1278r

Specifications of MAX1276EVKIT

• Interface Type: QSPI, Serial (SPI, Microwire)

Figure 4. Sampled Data Graph
The collected data is drawn as a time-based graph.
Buttons are available to change to a histogram or
presentation. The data can also be saved to a disk file.
More information about the graphing output options can
be found by using the MAX1276 EV kit help feature.
The analog input configuration jumpers on the EV kit can
be used to realize a variety of input options for both AC
and DC analysis. Users should determine which member
of the MAX1276 family best matches their requirements
and replace the MAX1276 with the appropriate device.
Be sure to set the jumpers accordingly. Note: Use of the
term single-ended in the descriptions below indicates
that only one of the two inputs has an AC signal applied.
The MAX1276 family converts the differential voltage
(AIN+ - AIN-) in all modes of operation.
Recall that the MAX1276 only supports inputs between
VDD and ground. Most AC signal generators are AC-
coupled (i.e., the output is centered at ground); the EV
Input-Signal Setup Procedure
MAX1276 Evaluation Kit/Evaluation System
_______________________________________________________________________________________
table
kit allows users to shift the common mode of the AC
inputs to the desired level by applying a voltage to the
CMP/CMM pads. It is recommended that users initially
set up active analog inputs using the following proce-
dure. Failure to do so may result in damage to the DUT
or on-board/external buffers if input levels exceed the
supplies and the test device’s internal protection
devices are activated.
1) Set the JU4 configuration jumpers as desired, leav-
2) Apply power to the on-board buffer supplies
3) Apply DC common-mode inputs as required and
4) Apply AC signal if required to ACIN and verify cor-
5) Install JU1 and JU2 shunts, applying the buffer out-
ing JU1 and JU2 open.
(+7V, -3V).
verify setting(s) on JU1 and JU2.
rect level(s) on JU1 and JU2.
puts to the inputs of the powered DUT.
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