MAX110 Evaluation System/Evaluation Kit

2

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___MAX110 EV System Quick Start

This section applies only to the use of the MAX110 EV

kit operating with the Maxim 80C32 module.

1) Copy the files from the distribution disk to your hard

disk or to blank floppy disks. The MAX110 EV kit

software should be in its own directory. The neces-

sary files are in the root directory of the

distribution disk, and the source code is in the

SOURCE subdirectory. The SOURCE subdirectory

is not required to operate the EV kit.

2) Carefully connect the boards together by aligning

the 40-pin header of the MAX110 EV kit with the 40-

pin connector of the 80C32 module. Gently press

them together. The two boards should be flush

against one another.

3) Connect a 9V to 15V DC power source to the 80C32

module. The terminal block is located next to the

on/off switch, in the upper right corner of the 80C32

module. Observe the polarity marked on the board.

4) Connect a cable from the computer’s serial port to

the 80C32 module. If using a 9-pin serial port, use a

straight-through 9-pin female-to-male cable. If the

only available serial port uses a 25-pin connector, a

standard 25-pin to 9-pin adapter will be required.

5) Start the MAX110 software on the IBM PC by

setting the current directory to match the directory

that contains the Maxim programs, and then type

the program name, “MAX110”. Do not turn off or

disconnect the 80C32 module while the program is

running; if you do, you will have to restart the pro-

gram.

6) The program will ask to which serial port the 80C32

module is connected. Press the space bar until the

correct port is highlighted, and then press ENTER.

7) The MAX110 program will be in terminal emulation

mode. Turn on the power for the 80C32 module.

The 80C32 module will display its logon banner and

test its RAM.

8) To download and run the RAM resident code on the

80C32 module, press ALT+L (i.e. hold down the

ALT key as you strike the L key). The program

prompts you for the file name. Press the ENTER key

to download and run the file 110CODE.MAX on the

80C32 module.

9) When the RAM resident program has been suc-

cessfully downloaded, press ALT+C to switch to the

Control Panel screen. A bank of software “switches”

controls the MAX110. Two double-needle bar

graphs display the MAX110’s twin channels. The

QTY

DESCRIPTION

1

MAX110 evaluation kit (MAX110EVKIT-DIP)

1

80C32 µC module (80C32MODULE-DIP)

________EV System Component List

DESIGNATION QTY

DESCRIPTION

C1–C5, C7–10

9

0.1µF ceramic capacitors

C11–C15

5

10µF, 16V radial tantalum capacitors

C6–C16,

C17, C18

4

1µF ceramic capacitors

R1-R4

4

1k

Ω, 5% resistors

R5

1

10k

Ω, 8-pin SIP resistor, pin 1 common

R6, R7, R8

3

100

Ω, 5% resistors

R9

1

200

Ω multi-turn potentiometer

R10

1

2.43k

Ω, 1% resistor

R11

1

10k

Ω, 1% resistor

R12

0

Leave this site empty

U1

1

MAX110CPE

U2

1

ICL7660CPA

U3

1

1.024MHz crystal oscillator module

U4

1

MAX873CPA

J1, J4, J5

3

3-pin headers

J7, J8

2

2-pin headers

J2, J3, J9

0

Leave these sites empty

J6

0

Unused reference designator

H1

1

10-pin header

None

1

Female data connector

None

5

Shunts

None

1

14-pin socket for U3

None

1

16-pin socket for U1

None

1

4.5" x 3" PC board

None

4

Rubber feet

____________EV Kit Component List