MAX187EVKIT-DIP Maxim Integrated, MAX187EVKIT-DIP Datasheet - Page 2

• Manufacturer Part Number: MAX187EVKIT-DIP
• Description: Data Conversion IC Development Tools Programmers, Development Systems
• Manufacturer: Maxim Integrated
• Series: MAX187, MAX189r

Specifications of MAX187EVKIT-DIP

• Interface Type: QSPI, Serial (SPI, Microwire)
• Factory Pack Quantity: 1

MAX187 Evaluation System/Evaluation Kit
This section applies only to the use of the MAX187 EV
kit operating with Maxim’s 68HC16 module.
1) Copy the files from the distribution disk to your hard
2) Carefully connect the boards by aligning the 40-pin
3) Use a small flat-blade screwdriver to connect a 9V
4) Connect a cable from the computer’s serial port to
5) Start up the MAX187 software on the IBM PC by set-
6) The program allows the user to select which serial
7) The MAX187 program will switch to terminal-emula-
2
_______EV System Component List
__MAX187 EV System Quick Start
drive or to blank floppy disks. Store the MAX187 EV
kit software in its own directory to prevent conflicts
with other Maxim EV kit files. The necessary files are
in the root directory of the distribution disk, and
ancillary files are located in the SOURCE and
TMS320 subdirectories. These subdirectories are
not required for EV kit operation, and are described
in other sections of this manual.
header of the MAX187 EV kit with the 40-pin con-
nector of the 68HC16 µC module and gently press
them together. The two boards should be flush
against one another.
to 15V DC power source to the µC module. The ter-
minal block is located next to the on/off switch, in
the upper right corner of the module. Observe the
polarity marked on the board.
the µC module. If using a 9-pin serial port, use a
straight-through 9-pin female-to-male cable. If the
serial port uses a 25-pin connector, a standard 25-
pin to 9-pin adapter will be required.
ting the current directory to match the directory con-
taining the Maxim programs, and then type the pro-
gram name “MAX187”.
port is connected to the µC module. Press the
space bar until the correct port is highlighted, then
press ENTER.
tion mode. At this point, apply power to the 68HC16
module. The LED should light, and within 5 seconds
_______________________________________________________________________________________
QTY
1
1
MAX187 evaluation kit (MAX187EVKIT-DIP)
68HC16 µC module (68HC16MODULE-DIP)
DESCRIPTION
This section applies only to the use of the MAX187 EV
kit without the µC module.
1) Connect a regulated 5V DC power supply to the ter-
2) To enable the MAX187’s internal reference, connect
3) Connect the interface signals to the CS, SCK, and
4) Apply the input voltage to the terminals labeled
8) To download and run the RAM resident code on the
9) The KIT187.S19 RAM resident program offers a
_________________________Quick Start
____________EV Kit Component List
DESIGNATION
the program will display a logon banner. The LED is
a status indicator, not a power indicator; it will flash
to indicate module readiness. Refer to the 68HC16
module self-check system.
µC module, press ALT+L (i.e. hold down the ALT
key and strike the L key). The program prompts for
the file name. Press the ENTER key to download
and run the file KIT187.S19 on the 68HC16 module.
menu of commands, listed in Table 1.
minals labeled POS5 and GND. The GND pad is
ground, and the POS5 pad is the 5V input. The
board draws less than 5mA of supply current.
the SHDN pin to 5V. To use an external reference,
leave the SHDN pin open and provide a reference
voltage at the VREF pad. To put the MAX187 in
shutdown mode, connect the SHDN pin to ground.
DOUT test points. Use the AGND test point as sig-
nal ground. See the MAX187 data sheet for timing
information.
INPUT and GND.
C2, C3
None
None
None
JU1
C1
R1
U1
J1
J4
Stand-Alone MAX187 EV Kit
QTY
1
2
1
1
1
1
1
4
1
1
0.1µF ceramic capacitor
4.7µF electrolytic capacitors
Female 40-pin data connector
6-pin header
3-pin header
10kΩ resistor
Maxim MAX187ACPA
Rubber feet
8-pin socket for U1
MAX187 printed circuit board
DESCRIPTION