CS62180B datasheet(24/50 Pages) CIRRUS

24 / 50 page

193E Timing

Link data can be identified by RLCLK, which

goes high for all odd numbered frames. RSIGFR

is high for signaling frames, and low at all other

times. RSIGSEL runs at twice the frequency of

RMSYNC. Logical combination of RMSYNC

and RSIGSEL provides a way to distinguish the

th, 12th, 18th, and 24th frames for external mul-

tiplexing of signaling channels. RMSYNC is

high for frames containing A and B signaling

bits, and RSIGSEL is high for frames with A

and C bits. Refer to Figure 16 for a timing dia-

gram.

SLC-96

® Timing

The CS62180B will output 36 bits of the DL on

RLINK using RLCLK. RSIGSEL can be used to

locate the DL bits. RSIGSEL will be held high

in those frames where Fs bits and the last spoiler

bit are present (frames 58 to 11). RSIGSEL is

held low in all other frames (frames 12 to 57).

RSIGFR is high for signaling frames, and low at

all other times. RMSYNC is high for frames

containing A signaling bits, and low for frames

containg B bits. Refer to Figure 17 for a timing

diagram. In SLC-96

® mode, the start of a new

multiframe occurs on the second rising edge of

RMSYNC which occurs while RSIGSEL is high.

A multiframe synchronization signal can be gen-

erated from RMSYNC and RSIGSEL using the

Frame

RFSYNC

23 45 67

8 9 101112

2 3 45 67

18 9 10 11 12

2 3 4 5 6 7

8 9

RLINK

RLCLK

RSIGFR

RSIGSEL

RMSYNC

Figure 18. T1DM Multiframe Receive Timing

RMSYNC

RFSYNC

Data Link

Frame

12 13 14 15 16 17

18 19 20 21 22

56 57 58

72 1

2 3

44 45 46 47

49 50 51 52 53 54

RLINK

RSIGSEL

RSIGFR

RLCLK

Figure 17. SLC-96

® Multiframe Receive Timing

CS62180B

DS225PP2

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