Appendix B : Dip Switches And Jumpers - Panasonic JS-170FR Series Service Manual

Dip Switches and Jumpers
Dip Switch 1
6 1
Bit
1 Model identification bit
On : 0 for I/O 324H bit5
Off : 1 for I/O 324H bit5 (Factory setting)
Extended I/O port 324H bit 5 reflects to this setting.
2 Touch panel type
On : Douwa (Carrol Touch) type (Factory setting for Germany Model only)
Off : Fujitsu type (Factory Setting)
Touch panel has two kinds of operating mode. Set this bit to Off (Fujitsu type) when you use Windows touch panel
driver. For use with McDonald's application, set this bit to On (Douwa or Carrol Touch type).
3 Circuit for decoding (Magnetic card Swipe Reader : MSR)
On : Circuit 2 (Formerly called as MAG2) (Factory setting)
Off : Circuit 1 (Formerly called as MAG1)
This model has two circuits (circuit 1 and 2) to decode data on magnetic stripe of card. Combination of a circuit and a
track (a data stream on the magnetic stripe) is determined by dip switch 1 bit 5/6. (See below)
When "Single" is set by dip switch 1 bit 4, only a circuit set by this bit is used for data decoding. When "Dual" is set by
dip switch bit 4, both circuit 1 and 2 can be used to decode data. Bit 3 has no effect in this case.
4 Single and Dual circuit (Magnetic card Swipe Reader : MSR)
On : Single (Factory setting)
Off : Dual
When this bit is set to "Single", the circuit selected by bit3 is used to decode data and application receives data of a
track defined by bit 5/6 through the circuit.
"Dual" setting uses both circuit 1 and 2 to decode data and application receives data of two tracks if both are on the
card. Only data of existing track is returned to application even if this bit is set to "Dual".
6-5 Circuit and Track (Magnetic card Swipe Reader : MSR)
bit6/5 is Off/Off : Circuit 1 expects JIS-II (Japan), circuit 2 expects ISO2 (JIS-I track2, Japan).
bit6/5 is Off/On : Circuit 1 expects ISO1 (JIS-I track1, Japan), circuit 2 expects JIS-II.
bit6/5 is On/Off : Circuit 1 expects ISO2, circuit 2 expects ISO1.
bit6/5 is On/On : Circuit 1 expects ISO1, circuit 2 expects ISO2.
Combination of these bits tells circuit to decode specified track data. For example circuit 1 decodes only ISO1 and
circuit 2 decodes only ISO2 if bit 6/5 is On/On. If ISO2 data is input to circuit 1, it is treated as an error.
Explanation
1-16