参数资料
型号: AD9524/PCBZ
厂商: Analog Devices Inc
文件页数: 46/56页
文件大小: 0K
描述: BOARD EVAL FOR AD9524
设计资源: AD9524 Schematic
AD9524 BOM
AD9524 Gerber Files
标准包装: 1
主要目的: 计时,时钟发生器
嵌入式:
已用 IC / 零件: AD9524
主要属性: USB 供电或外部电源
次要属性: 状态 LED
已供物品:
配用: AD9524BCPZ-ND - IC INTEGER-N CLCK GEN 48LFCSP
AD9524
Data Sheet
Rev. E | Page 50 of 56
Reserved (Address 0x190)
Table 51. Reserved Register
Address
Bits
Bit Name
Description
0x190
[7:5]
Reserved
Reserved. The default value for this register is 0x00. It is recommended to write a value
of 0x20 to this register.
Clock Distribution (Address 0x196 to Address 0x1A1, Address 0x1AE to Address 0x1B3, Address 0x1BA, and Address
0x1BB)
Table 52. Channel 0 to Channel 5 Control (This same map applies to all six channels.)
Address
Bits
Bit Name
Description
0x196
7
Invert divider output
Inverts the polarity of the divider’s output clock.
6
Ignore sync
0: obeys chip-level SYNC signal (default).
1: ignores chip-level SYNC signal.
5
Power-down channel
1: powers down the entire channel.
0: normal operation.
4
Lower power mode
(differential modes only)
Reduces power used in the differential output modes (LVDS/LVPECL/HSTL). This
reduction may result in power savings, but at the expense of performance. Note that
this bit does not affect output swing and current, just the internal driver power.
1: low strength/lower power.
0: normal operation.
[3:0]
Driver mode
Driver mode.
Bit 3
Bit 2
Bit 1
Bit 0
Driver Mode
0
Tristate output
0
1
LVPECL (8 mA)
0
1
0
LVDS (3.5 mA)
0
1
LVDS (7 mA)
0
1
0
HSTL-0 (16 mA)
0
1
0
1
HSTL-1 (8 mA)
0
1
0
CMOS (both outputs in phase)
+ Pin: true phase relative to divider output
Pin: true phase relative to divider output
0
1
CMOS (opposite phases on outputs)
+ Pin: true phase relative to divider output
Pin: complement phase relative to divider output
1
0
CMOS
+ Pin: true phase relative to divider output
Pin: high-Z
1
0
1
CMOS
+ Pin: high-Z
Pin: true phase relative to divider output
1
0
1
0
CMOS
+ Pin: high-Z
Pin: high-Z
1
0
1
CMOS (both outputs in phase)
+ Pin: complement phase relative to divider output
Pin: complement phase relative to divider output
1
0
CMOS (both outputs out of phase)
+ Pin: complement phase relative to divider output
Pin: true phase relative to divider output
1
0
1
CMOS
+ Pin: complement phase relative to divider output
Pin: high-Z
1
0
CMOS
+ Pin: high-Z
Pin: complement phase relative to divider output
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