mfr4200 Freescale Semiconductor, Inc, mfr4200 Datasheet - Page 85

• Manufacturer Part Number: mfr4200
• Description: Flexray Communication Controllers
• Manufacturer: Freescale Semiconductor, Inc

3.2.3.3.27
FlexRay Protocol Related Parameter – gdTSSTransmitter/pdTSSReceiver
Address 0xBA
Reset
The TSSLR defines the length, in bits, of the transmit start sequence on the physical layer.
Bits TSSLT[0:7] (LSB) define the nominal length of the transmit start sequence for transmission.
Bits TSSLR[8:15] (MSB) define maximum length of the transmit start sequence for reception.
Writing is possible only during the configuration state.
3.2.3.3.28
FlexRay Protocol Related Parameter – gNetworkManagementVectorLength
Address 0x3E
Reset
This register defines the length, in bytes, of the network management vector (see
“Global Network Management Vector n Register, n = [0:5]
configuration state only. The value of this register must be within the range [0:12].
Freescale Semiconductor
Reserved
Reserved
TSSLR7
TSSLT7
rw*
rw*
15
15
7
7
r
r
undefined state
0x0
Transmit Start Sequence Length Register (TSSLR)
Network Management Vector Length Register (NMVLR)
Reserved
Reserved
TSSLR6
TSSLT6
rw*
rw*
14
14
6
6
r
r
Figure 3-41. Network Management Vector Length Register
Figure 3-40. Transmit Start Sequence Length Register
Reserved
Reserved
TSSLR5
TSSLT5
rw*
rw*
13
13
5
5
r
r
MFR4200 Data Sheet, Rev. 0
Reserved
Reserved
TSSLR4
TSSLT4
rw*
rw*
12
12
4
4
r
r
Reserved
TSSLR3
TSSLT3
NMVL3
rw*
rw*
rw*
11
11
3
3
r
(GNMVnR)”). Writing is possible during the
Reserved
TSSLR2
TSSLT2
NMVL2
rw*
rw*
rw*
10
10
2
2
r
Section 3.2.3.4.6,
Reserved
TSSLR1
TSSLT1
NMVL1
Memory Map and Registers
rw*
rw*
rw*
9
1
9
1
r
Reserved
TSSLR0
TSSLT0
NMVL0
rw*
rw*
rw*
8
0
8
0
r
85