参数资料
型号: TS86101G2BVGL
厂商: E2V TECHNOLOGIES PLC
元件分类: DAC
英文描述: PARALLEL, WORD INPUT LOADING, 10-BIT DAC, CBGA255
封装: HERMETIC SEALED, CERAMIC, BGA-255
文件页数: 16/57页
文件大小: 1030K
代理商: TS86101G2BVGL
23
0992D–BDC–04/09
e2v semiconductors SAS 2009
TS86101G2B
Case 1:
If the D_CK clock edge occurs before the forbidden zone, data N will be transferred internally from the
first to the second bank of latch (see Figure 8-2 on page 30).
Case 2:
If the D_CK clock edge occurs after the forbidden zone, data N +1 will be transferred internally from the
first to the second bank of latch (see Figure 8-2 on page 30).
5.3.1
Tuning the DSP Clock Output Phase
The DSP clock output phase may be tuned over a range of 3.1 ns in 15 discrete steps of 200 ps each,
plus a propagation delay of 2.1 ns (the 2.10 ns value is an absolute timing value measured from CW_IN
input ball to DSP Clock output ball), by correctly setting the 4-bit address input CS_0, CS_1, CS_2 and
CS_3 from 0000 to 1111:
– 0000: 2.1 ns + 0
– 0001: 2.1 ns + 200 ps
–…
– 1111: 2.1 ns + 3.1 ns
5.3.2
Analog Output Data Switching Information
The analog output data changes on the CW_IN master clock’s rising edge, after one clock cycle pipeline
delay, plus TOD (output propagation delay). TOD includes the following:
Propagation time delays of the packaging accesses
The DAC’s core internal conversion time and other internal propagation delays
The typical value of TOD is 3.7 ns, assuming a 50
Ω // 2 pF load.
6.
Main Features of the TS86101G2B
6.1
Input MUX
The 4:1 integrated input MUX of the TS86101G2B provides the user with the capacity to apply an input
data rate four times lower than the effective sampling frequency used:
Data rate = Fs/4 = F(DSP_CK) = F(D_CK)
Where:
– F(DSP_CK) is the frequency of the DSP output clock
– F(D_CK) is the frequency of the Data Ready input clock
Since this input MUX is not programmable, all four ports must be used for proper operation of the DAC.
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