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P307
The MN102H75K contains two H counter circuits that can be used to
count the HSYNC signal. Each H counter consists of a 10-bit counter
and 10-bit register
P308
Table 14-1 H Counter Pins
Pin No.
Pin Name
Description
H75
HI0
Count source pin
17
HI1
16
Count source pin
VI0
6
Count reset pin
2
Count reset pin
VSINC
The MN102HF75K is electrically programmable, 256-kilobyte flash
P316
ROM versions of the MN102H75K . It is programmed in one of two
modes:
B.2 Benefits
P317
Because you can maintain and upgrade the program in the
MN102HF75K up to and immediately following product release, this
version of the device shortens time-to-market by as much as one month.
This device is ideal for applications in quickly changing markets, since
it allows you to revise the microcontroller program in an existing prod-
uct.
B.3 Using the PROM Writer Mode
In this mode, the MN102HF75K allows a PROM writer to program the
internal flash memory as if it was a standalone memory chip. The
microcontroller is inserted into a dedicated adaptor socket, which con-
nects to DATA-I/O's LabSite PROM writer. When the microcontroller
connects to the adaptor socket, it automatically enters PROM writer
mode. The adaptor socket ties the microcontroller pin states to PROM
writer mode, and programming occurs without any reference to the
microcontroller pin states.
Third-party
PROM writer
P318
Hardware Part
Package
(external view)
Installed in
Adaptor
Installed in
Third-party PROM
writer
MN102H75K/F75K/85K/F85K LSI User Manual
Alternative Functions
P43/TM5IOB
P44/TM5IC
P52/IRQ4
P54/IRQ5
MN102HF75K
Adaptor socket for MN102HF75K
Device
MN102HF75KBF
84-pin QFP
Ordering information:
Part no.:FLS84F18-102HF57
OEM:Matsushita Electric Indus-
trial Co.,Ltd.
Gang writer
Model: 1930
OEM: Minato Electronics
4105 Minami Yamada-cho
Tsuzuki-ku
Yokohama,Japan
Tel: 045-591-5605
Panasonic
P307
The MN102H75K/85K contains two H counter circuits that can be used
to count the HSYNC signal. Each H counter consists of a 10-bit counter
and 10-bit register
P308
Table 14-1 H Counter Pins
Pin No.
Pin Name
Description
H75
H85
HI0
Count source pin
17
45
HI1
16
46
Count source pin
VI0
6
53
Count reset pin
2
55
Count reset pin
VSINC
P316
The MN102HF75K and MN102HF85K are electrically programmable,
256-kilobyte flash ROM versions of the MN102H75K and
MN102H85K. They are programmed in one of two modes:
B.2 Benefits
P317
Because you can maintain and upgrade the program in the
MN102HF75K/85K up to and immediately following product release,
this version of the device shortens time-to-market by as much as one
month. This device is ideal for applications in quickly changing mar-
kets, since it allows you to revise the microcontroller program in an
existing product.
B.3 Using the PROM Writer Mode
In this mode, the MN102HF75K allows a PROM writer to program the
internal flash memory as if it was a standalone memory chip. The
microcontroller is inserted into a dedicated adaptor socket, which con-
nects to DATA-I/O's LabSite PROM writer. When the microcontroller
connects to the adaptor socket, it automatically enters PROM writer
mode. The adaptor socket ties the microcontroller pin states to PROM
writer mode, and programming occurs without any reference to the
microcontroller pin states.
Third-party
PROM writer
P318
Hardware Part
Package
(external view)
Installed in
Adaptor
Installed in
Third-party PROM
writer
Panasonic Semiconductor Development Company
5
Alternative Functions
P43/TM5IOB
P44/TM5IC
P52/IRQ4
P54/IRQ5
MN102HF85K
Adaptor socket for MN102HF85K
MN102HF75K
Adaptor socket for MN102HF75K
Device
MN102HF75KBF
MN102HF85KDP
84-pin QFP
64-pin SDIP
Panasonic
M
Set this switch to the right
Ordering information:
Ordering information:
Part no.:FLS84F18-102HF57
Part no.:FLS64SD-102HF51
OEM:Matsushita Electric Indus-
OEM:Matsushita Electric Indus-
trial Co.,Ltd.
trial Co.,Ltd.
Gang writer
Single-unit writer
Model: 1930
Model: LabSite DIP 48-1
OEM: Minato Electronics
OEM: DATA-I/O
4105 Minami Yamada-cho
Osaki CN Building,2F
Tsuzuki-ku
5-10-10 Osaki,Shinagawa-ku
Yokohama,Japan
Tokyo,Japan
Tel: 045-591-5605
Tel: 03-3779-2040
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