MAX1169EVKIT Maxim Integrated, MAX1169EVKIT Datasheet - Page 3

• Manufacturer Part Number: MAX1169EVKIT
• Description: Data Conversion IC Development Tools Evaluation System/Evaluation Kit for the MAX1169
• Manufacturer: Maxim Integrated
• Series: MAX1169r

Specifications of MAX1169EVKIT

• Interface Type: I2C, Serial

15) The EV kit software uses the value typed in the
16) Apply an analog input signal (0V to VREF) between
• MAX1169EVC16 (MAX1169EVKIT, 68HC16MOD-
• Two DC power supplies:
• Analog signal source: 0 to +4.096V
• Windows 98/2000/XP computer with an available serial
• 9-pin I/O extension cable (straight-through, female-
Caution: Do not turn on the power until all the con-
nections are completed.
1) Visit the Maxim website (www.maxim-ic.com/evkit-
2) Install the MAX1169 EV kit software on your com-
3) Verify that jumpers JU0–JU3 are connected to pins
4) Verify that jumper JU4 is OFF. This enables the
5) Verify that jumper JU5 is OFF. This disconnects the
ULEDIP, HSI2CMOD)
+8V to +20V at 0.5A
+5V at 0.2A
(COM) port
to-male)
Recommended Equipment—RS-232/COM
VREF field to translate the digital code to a voltage.
The default is a +4.096V reference value. First,
measure the reference voltage of the MAX1169.
Then, after typing the measured reference value
into the VREF field, press the Set VREF button.
AIN and AGND. Observe the AIN voltage and code
labels on the Windows program.
software) to download the latest version of the EV
kit software. Save the EV kit software to a temporary
folder and uncompress the file (if it is a .zip file).
puter by running the INSTALL.EXE program. The
program files are copied and icons are created for
them in the Windows Start | Programs menu.
1-2. This sets the I
the MAX1169 to 0x7F.
internal 4.096V (typ) reference.
analog input buffer (U2) from AIN.
MAX1169 Evaluation System/Evaluation Kit
_______________________________________________________________________________________
Port PC Connection Option
2
C-compatible slave address of
Procedure
6) Carefully connect the 68HC16 module board to the
7) Ensure that the ON/OFF switch (SW1) of the
8) Connect the +8V to +20V power supply to the ter-
9) Carefully connect the HS I
10) Connect the +5V power supply between the AVDD
11) Connect the 9-pin serial cable from the computer’s
12) Turn on the 68HC16 module by sliding SW1 to the
13) Start the MAX1169 EV kit program by clicking on its
14) Press the OK button to automatically connect and
15) The EV kit software uses the value typed in the
16) Apply an analog input signal (0V to VREF) between
HS I
40-pin connector. Gently press them together. The
two boards should be flush against one another.
68HC16 module is in the OFF position.
minal block of the 68HC16 module (J2) located next
to SW1 at the top of the µC module. Observe the
polarity marked on the board.
the MAX1169 EV kit board by aligning the 20-pin
connector. Gently press them together. The two
boards should be flush against one another.
and AGND pads on the MAX1169 EV kit board.
serial port to the DB9 connector of the 68HC16
module (J3).
ON position, and turn on all the power supplies.
icon in the programs section of the Windows Start |
Programs menu.
download the KIT1169.C16 file to the module.
VREF field to translate the digital code to a voltage.
The default is a +4.096V reference value. First,
measure the reference voltage of the MAX1169.
Then, after typing the measured reference value
into the VREF field, press the Set VREF button.
AIN and AGND. Observe the AIN voltage and code
labels on the Windows program.
2
C-compatible module board by aligning the
2
C-compatible module to
3