AVX GHF55Z102MA6N Multi-cap array Datasheet

Microwave SLCs
Multi-Cap Arrays
GENERAL INFORMATION
AVX Multi-Cap Arrays can be manufactured with 2, 3, 4,
5 or 6 capacitors on one single layer ceramic substrate.
These arrays are available in our X7S (Z), Maxi and
Maxi+ family of GBBL dielectrics and offer a broad
range of capacitance values as detailed in the accompanying tables.
These arrays have advantages over single components
in the form of smaller overall size, reduced handling and
lower average unit costs. They are, therefore, a good
choice for broad-band bypass applications where circuit
board layouts can utilize these configurations.
The designs, shown along with the range of maximum
capacitance values, represent typical parts. Since most
applications require specific form factors, custom
designs on all multi-cap arrays are available to meet
individual customer requirements and are offered with
quick turn around. No charge samples are generally
shipped within two weeks of the design sign-off.
Both standard and custom designs are available with
borders for those applications where conductive epoxy
run up exposes the parts to the possibility of shorting.
Maximum capacitance per pad for bordered devices
will be necessarily somewhat lower than shown on the
adjacent page.
2 and 3 cap arrays can be designed with different
capacitance values per pad in circuit designs where
identical values pad-to-pad are, for one reason or another, not altogether suitable.
Additionally, the dual-caps are available to match micro
strip widths as dictated by circuit considerations. When
mounted with the individual pads down, the need for
wire bonding is eliminated. The maximum capacitance
values indicated on the typical designs shown represent
capacitance per pad. Mounted with both pads down
puts two capacitors in series. The effective series capacitance (CEff), can be determined by 1/CEff = 1/C1 + 1/C2.
Contact the factory or your local AVX representative.
DUAL-CAP
MULTI-CAP
T
G
W
G
W
T
L
L
11
Microwave SLCs
Multi-Cap Arrays
GHB SERIES: DUAL CAP SINGLE LAYER CAPACITORS
DIMENSIONS: inches (millimeters)
GHB2
.050±.010
(1.27±.254)
.020+.000,-.003
(.508+.000,-.076)
(L) Length
(W) Width
GHBY
GHB3
Cap/Pad
Min
25
200
270
(pF)
Max
220
350
450
GHB5
.080±.010 (2.03±.254)
.025+.000,-.003
(.635+.000,-.076)
.030+.000,-.003
.040+.000,-.003
(.762+.000,-.076)
(1.02+.000,-.076)
.008±.002 (.203±.051)
.005 min/.010 max (.127/.254)
(T) Thickness
(G) Gap
Dielectric
Z
Maxi
Maxi+
GHB4
Cap/Pad
Min
54
430
600
(pF)
Max
500
780
1000
Cap/Pad
Min
65
520
730
(pF)
Max
600
940
1200
Cap/Pad
Min
88
700
980
(pF)
Max
770
1200
1500
.050+.000,-.003
(1.27+.000,-.076)
Cap/Pad
Min
100
870
1200
(pF)
Max
960
1500
1900
GH-SERIES: MULTI-CAP ARRAY SINGLE LAYER CAPACITORS
DIMENSIONS: inches (millimeters)
GH*2
Length - Code
Length - Code
Length - Code
Length - Code
(W) Width
GH*Y
GH*3
.065±.010 (1.65±.254)
.090±.010 (2.29±.254)
.115±.010 (2.92±.254)
.140±.010 (3.56±.254)
.025±.005
.030±.005
(.635±.127)
(.762±.127)
.008±.002 (.203±.051)
.025x.015
.030x.015
(.635x.381)
(.762x.381)
.005 min/.010 max (.127/.254)
(C) - 3 Caps
(D) - 4 Caps
(E) - 5 Caps
(F) - 6 Caps
.020±.005
(.508±.127)
(T) Thickness
Pad Size (nominal)
.020x.015
(.508x.381)
(G) Gap (All Arrays)
Dielectric
Z
Maxi
Maxi+
Cap/Pad
Min
20
140
200
(pF)
Max
120
200
300
Cap/Pad
Min
25
170
250
(pF)
Max
150
250
370
Cap/Pad
Min
30
210
300
GH*6
.040±.005
(1.02±.127)
.040x.015
(1.02x.381)
(pF)
Max
180
300
450
Cap/Pad
Min
40
280
400
HOW TO ORDER
GH
B
5
5
8
102
P
A
6N
Type
Code
Array
Code
B=2
C=3
D=4
E=5
F=6
Size Code
2 = .020" W
Y = .025" W
3 = .030" W
4 = .040" W
5 = .050" W
S = Special
Working
Voltage
Code
5 = 50VDC
Dielectric
Code
Z = X7S
8 = Maxi
9 = Maxi+
Cap
Code
EIA Cap
Code in pF
Cap
Tolerance
P = +100%
-0%
Z = +80%
-20%
Termination
Code
A = Au
(100 μ-in min)
over
Ti/W (1000 Å nom)
also available
N = Ti/W-Ni-Au
Packaging
Code
6N = Antistatic
Waffle Pack
12
Dual-Caps
M = ±20%
available
(pF)
Max
250
400
600
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