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ADMV8513ACCZ-R7 Datasheet(PDF) 15 Page - Analog Devices

Part # ADMV8513ACCZ-R7
Description  520 MHz to 1300 MHz, Digitally Tunable, Band-Pass Filter
PDF  31 Pages
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Manufacturer  AD [Analog Devices]
Direct Link  http://www.analog.com
Logo AD - Analog Devices

ADMV8513ACCZ-R7 Datasheet(HTML) 15 Page - Analog Devices

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Data Sheet
ADMV8513
APPLICATIONS INFORMATION
analog.com
Rev. 0 | 15 of 31
INTERPOLATION COEFFICIENTS
For reference, the ADMV8513 interpolation coefficients that were
used for device characterization are listed in Table 11. These inter-
polation coefficients are provided as a good starting point for use in
a system. Depending upon the system requirements and allowable
process tolerance, some minor adjustments may be needed to
the interpolation coefficients. For most applications, the device
process tolerance within a particular lot of material allows for one
set of interpolation coefficients, such that interpolation coefficient
calibration only needs to be performed once per lot. Refer to the
Interpolation Coefficient Calibration section for more information on
how to adjust the interpolation coefficients.
Table 11. Interpolation Coefficients
Interpolation Coefficients
Coefficient Bit Field
Narrow
Bandwidth
Nominal
Bandwidth
Wide
Bandwidth
Y0
INTERP_FC_Y0
214
218
224
Y1
INTERP_FC_Y1
172
176
180
Y2
INTERP_FC_Y2
139
142
146
Y3
INTERP_FC_Y3
100
102
104
Y4
INTERP_FC_Y4
73
75
76
Y5
INTERP_FC_Y5
54
55
56
Y6
INTERP_FC_Y6
41
42
43
Y7
INTERP_FC_Y7
31
32
32
Y8
INTERP_FC_Y8
24
24
24
Y9
INTERP_FC_Y9
18
19
19
V0
INTERP_BW_V0
2
1
0
V1
INTERP_BW_V1
13
5
0
V2
INTERP_BW_V2
75
39
0
T0
INTERP_MATCH_T0
4
5
5
T1
INTERP_MATCH_T1
20
25
30
T2
INTERP_MATCH_T2
109
138
175
PRINTED CIRCUIT BOARD (PCB) DESIGN
GUIDELINES
The PCB used to implement the ADMV8513 can use standard
quality dielectric materials between the top metallization layer and
internal ground layer, such as the Isola 370HR. Rogers 4003
or the Rogers 4350 do not have to be used. The characteristic
impedance of the transmission lines to the RF1 and RF2 pins
of the ADMV8513 must be controlled to 50 Ω to ensure optimal
RF performance. Connect the GND pins and exposed pads of the
ADMV8513 directly to the ground plane of the PCB. Use a sufficient
number of via holes to connect the top and bottom ground planes of
the PCB.



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