LPINGLFPSTIM 

         PING LFPS TIMER REGISTER
Module Instance Base Address Register Address
i_usb31_0__ahb_slave__11000000__DWC_usb31_block_link__SEG_L4_AHB_USB1_0x0_0x100000 0x1100D000 0x1100D018

Size: 32

Offset: 0x18

Access: RW

Important: The value of a reserved bit must be maintained in software. When you modify registers containing reserved bit fields, you must use a read-modify-write operation to preserve state and prevent indeterminate system behavior.
Bit Fields
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16

gen2_lfps_ping_burst_clk

RW 0x10

gen2_lfps_ping_max_clk

RW 0x28

gen2_lfps_ping_min_clk

RW 0x4

15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0

gen1_lfps_ping_burst_clk

RW 0xD

gen1_lfps_ping_max_clk

RW 0x20

gen1_lfps_ping_min_clk

RW 0x3

LPINGLFPSTIM Fields

Bit Name Description Access Reset
31:26 gen2_lfps_ping_burst_clk 
gen2 LFPS_PING_BURST_CLKS: TX ping.LFPS tBurst
  
  This field is encoded as the Gen2 link_clk (6.4ns) count for the LFPS.
   - 1: 6.4ns
   - 2: 12.8ns
   - 3: 19.2ns, and so on
 RW 0x10
25:20 gen2_lfps_ping_max_clk 
gen2 LFPS_PING_MAX_CLKS: Max RX ping.LFPS tBurst
  
  This field is encoded as the Gen2 link_clk (6.4ns) count for the LFPS.
   - 1: 6.4ns
   - 2: 12.8ns
   - 3: 19.2ns, and so on
 RW 0x28
19:16 gen2_lfps_ping_min_clk 
gen2 LFPS_PING_MIN_CLKS: Min RX ping.LFPS tBurst
  
  This field is encoded as the Gen2 link_clk (6.4ns) count for the LFPS.
   - 1: 6.4ns
   - 2: 12.8ns
   - 3: 19.2ns, and so on
 RW 0x4
15:10 gen1_lfps_ping_burst_clk 
gen1 LFPS_PING_BURST_CLKS:  TX ping.LFPS tBurst
  
  This field is encoded as the Gen1 link_clk (8ns) count for the LFPS.
   - 1: 8ns
   - 2: 16ns
   - 3: 24ns, and so on
 RW 0xD
9:4 gen1_lfps_ping_max_clk 
gen1 LFPS_PING_MAX_CLKS: Max RX ping.LFPS tBurst
  
  This field is encoded as the Gen1 link_clk (8ns) count for the LFPS.
   - 1: 8ns
   - 2: 16ns
   - 3: 24ns, and so on
 RW 0x20
3:0 gen1_lfps_ping_min_clk 
gen1 LFPS_PING_MIN_CLKS: Minx RX ping.LFPS tBurst
  
  This field is encoded as the Gen1 link_clk (8ns) count for the LFPS.
   - 1: 8ns
   - 2: 16ns
   - 3: 24ns, and so on
 RW 0x3