PSB3186FV1.4 Infineon Technologies, PSB3186FV1.4 Datasheet - Page 89

• Manufacturer Part Number: PSB3186FV1.4
• Description: ISDN Interface ISDN
• Manufacturer: Infineon Technologies

Specifications of PSB3186FV1.4

• Control Type: HDLC
• Data Rate: 192 Kbps
• Maximum Operating Temperature: + 70 C
• Minimum Operating Temperature: 0 C
• Mounting Style: SMD/SMT
• Operating Supply Voltage: 3.3 V
• Package / Case: MQFP-64
• Lead Free Status / Rohs Status: Details

3.7.3
The IOM-2 MONITOR channel
MONITOR channel between a master mode device and a slave mode device.
The MONTIOR channel data can be controlled by the bits in the MONITOR control
register (MON_CR). For the transmission of the MONITOR data one of the IOM-2
channels (3 IOM-2 channels in TE mode) can be selected by setting the MONITOR
channel selection bits (MCS) in the MONITOR control register (MON_CR).
The DPS bit in the same register selects between an output on DU or DD respectively
and with EN_MON the MONITOR data can be enabled/disabled. The default value is
MONITOR channel 0 (MON0) enabled and transmission on DD.
Figure 46
The MONITOR channel of the ISAC-SX TE can be used in following applications which
are illustrated in
• As a master device the ISAC-SX TE can program and control other devices attached
Data Sheet
to the IOM-2 which do not need a parallel microcontroller interface e.g. ARCOFI-BA
PSB 2161. This facilitates redesigning existing terminal designs in which e.g. an
interface of an expansion slot is realized with IOM-2 interface and monitor
programming.
(e.g. ARCOFI-BA)
V/D Module
IOM-2 Monitor Channel
Examples of MONITOR Channel Applications in IOM -2 TE Mode
IOM-2 MONITOR Channel
Figure
Master
Device
46:
MONITOR Handler
µC
Layer 1
(Figure
46) is utilized for information exchange in the
89
Data Exchange between
two µC Systems
(e.g. ISAR34)
(e.g. ISAR34)
V/D Module
V/D Module
µC
µC
Description of Functional Blocks
IOM-2 MONITOR Channel
IOM-2 MONITOR Channel
Device
Slave
MONITOR Handler
MONITOR Handler
µC
Layer 1
Layer 1
PSB 3186
PSF 3186
3086_08
2000-08-23