SINGLE LAYER
CAPACITOR PRODUCTS
ISO 9001
REGISTERED
COMPANY
NEW
SLC
QUIK
PICK
SELECTION
GUIDE
The table below lists SLC products available for immediate shipment. There is a 100 piece cap pac minimum order per
value. To order smaller quantities, please see Custom SLC Custom Design Kits, page 15.
SLC Selection Guide – Quik PickTM 48 Hour ShipmentTM
Series / Case Size
(L & W)
Cap (pF)
Cap Code
0.1
0R1
0.2
0R2
0.3
0R3
0.4
0R4
0.5
0R5
0.8
0R8
1.0
1R0
1.2
1R2
2.7
2R7
3
3R0
3.6
3R6
5.1
5R1
10
100
15
150
22
220
27
270
33
330
47
470
56
560
68
680
82
820
100
101
220
221
330
331
470
471
560
561
680
681
820
821
1000
102
116 R
.015 (.381) nom.
116 T
.025 (.635) nom.
116 U
.035 (.889) nom.
116 X
.050 (1.27) nom.
0.1 to 100 pF
0.2 to 330 pF
0.4 to 820 pF
116RA0R1A100TT
116RBB0R2A100TT
116TA0R2A100TT
116RBB0R3A100TT
116TA0R3A100TT
116RCA0R4B100TT
116TA0R4A100TT
116UA0R4A100TT
116RCA0R5B100TT
116TBB0R5A100TT
116UA0R5A100TT
116RDB0R8B100TT
116TBB0R8B100TT
116UBB0R8A100TT
116RDB1R0C100TT
116TCA1R0B100TT
116UBB1R0B100TT
116RDB1R2C100TT
116TCA1R2B100TT
116UBB1R2B100TT
116REA2R7M100TT
116TDB2R7C100TT
116UCA2R7C100TT
116REA3R0M100TT
116TDB3R0C100TT
116UCA3R0C100TT
116REA3R6M100TT
116TDB3R6D100TT
116UCA3R6D100TT
116REA5R1M100TT
116TDB5R1D100TT
116UDB5R1D100TT
116RF100M100TT
116TEA100K100TT
116UDB100K100TT
116RF150M100TT
116TEA150K100TT
116UEA150K100TT
116RGA220M100TT
116TEA220K100TT
116UEA220K100TT
116RGA270M100TT
116TF270K100TT
116UEA270K100TT
116RGA330M100TT
116TF330K100TT
116UEA330K100TT
116RG470M100TT
116TF470K100TT
116UF470K100TT
116RG560M100TT
116TF560K100TT
116UF560K100TT
116RK680M100TT
116TGA680K100TT
116UF680K100TT
116RK820M100TT
116TGA820K100TT
116UF820K100TT
116RL101M100TT
116TGA101K100TT
116UF101K100TT
116TK221M100TT
116UG221M100TT
116TL331M100TT
116UK331M100TT
116UK471M100TT
116UL561M100TT
116UL681M100TT
116UL821M100TT
0.8 to 1000 pF
116XA0R8A100TT
116XA1R0A100TT
116XA1R2A100TT
116XBB2R7C100TT
116XBB3R0C100TT
116XCA3R6C100TT
116XCA5R1C100TT
116XDB100J100TT
116XDB150J100TT
116XDB220K100TT
116XDB270K100TT
116XEA330K100TT
116XEA470K100TT
116XEA560K100TT
116XEA680K100TT
116XEA820K100TT
116XF101K100TT
116XF221K100TT
116XGA331K100TT
116XGA471K100TT
116XG561M100TT
116XK681M100TT
116XK821M100TT
116XK102M100TT
Inches (mm)
Part Number Code
A
1R
2
A 100 T T
Termination Code: (see pg. 4 for full descriptions)
TT = Titanium Tungsten/Nickel/Gold (standard)
TX = Titanium Tungsten/Gold
WVDC (in Volts): 3 significant digits, 100 Volts is standard.
Capacitance Tolerance (see table below)
Capacitance Tolerances
Code A (pF) B (pF) C (pF) D (pF) F (%) G (%) J (%) K (%) M (%)
Tol. ± 0.05 ± 0.1 ± 0.25 ± 0.5
The above part number refers to a 116 series, case size X, A dielectric, 1.2 pF, with a capacitance tolerance of A (±0.05pF), 100 WVDC, with thin film gold termination.
±1
± 2%
±5
± 10 ±20%
T A B L E
O F
C O N T E N T S
Introduction and General Specifications.......................................................................................................... 2 - 7
Introduction.............................................................................................................................................................................. 2 - 3
General Specifications............................................................................................................................................................... 4 - 5
Dielectric and Typical TCC Data................................................................................................................................................. 6 - 7
Individual Product Descriptions...................................................................................................................... 8 - 14
Straight Sided Microcap® - 116 Series .....................................................................................................................................8
116 Series MAXX-KTM SLCs ...................................................................................................................................................9
Beveled Microcap® - 111 Series ............................................................................................................................................10
Single Sided Recessed Metalization SLCs - 118 Series ............................................................................................................11
TWIN/CAP® SLC - 113 Series ................................................................................................................................................12
Multiple Pad SLCs (Custom Capacitor Arrays)- 117 Series .....................................................................................................13
SLC Custom Design Kits................................................................................................................................................................14
SLC High Reliability Certification (COTS) Program .................................................................................................................15
Contact Information..............................................................................................................................................16
Front Cover:
Circuit images, top to bottom:
End product application images:
1) F ET Amplifier, 10 to 16 GHz for optical transmitter application –
courtesy of Frequency Electronics, Inc. (FEI)
assini Mission “Saturn Orbiter and Titan Probe Spacecraft” –
1) C
courtesy of NASA
2) Pin Attenuator, 6 to 12 GHz – courtesy of American Microwave
.S. Air Force E-3 Sentry Airborne Warning and Control System (AWACS) –
2) U
courtesy of DefenseLINK
3) DRO, 6.5 to 8.8 GHz – courtesy of Miteq
1
I N T R O D U C T I O N
Corporate Profile
KYOCERA AVX designs, develops, manufactures and markets Multilayer Capacitors, Single Layer Capacitors, Resistive
Products, Inductors and Custom Thin Film Products for RF, microwave and millimeter-wave applications. Our products are
primarily focused on the wireless communications infrastructure, fiber optic, medical electronics, semiconductor
manufacturing equipment, de-fense, aerospace, and satellite communications markets. For over fifty years, KAVX’s family of
superior component and custom integrated packaging solutions has been represented by THE ENGINEERS’ CHOICETM
brand.
Customer interface is administered by our own personnel and independent sales representatives. KYOCERA AVX is
headquartered in Fountain Inn, SC and has an Advanced Technology Center in Jacksonville, Florida. This is the center of
excellence for our traditional product lines and the development and manufacturing facilities for Thin Film and Resistive
Products.
KYOCERA AVX’s Sales and Customer Service Center, serving Europe, Africa and the Middle East, is located in the Czech
Republic. KAVX has Regional Sales Offices in Surrey, England and Hallbergmoos, Germany. The Company’s Sales and
Technical Support for Asia is located in Shenzhen, P.R. China.
RLC Products
• Multilayer Ceramic Capacitors
• Capacitor Assemblies for Power
Applications
• Single Layer Ceramic Capacitors
• Resistor Products
• Inductor Products
Process and Packaging
• Thin Film Custom Products:
metalization and patterned
substrates for a broad range of
hybrid circuit requirements
2
Markets Served
• Wireless Communications
Infrastructure
• Semiconductor Manufacturing
Equipment
• Medical Diagnostic Equipment
• Sattelite Systems
• Public Safety Radio
• Avionic Systems
• Military and Aerospace
• Commerical Broadcast
Transmitters
• Fiber Optic Communications
• Automotive Electronics
Facilities
• Fountain Inn, SC –Sales,
Applications Support,
Manufacturing and Distribution
Center
• Jacksonville, Florida –Advanced
Technology Center,
Manufacturing Facility
I N T R O D U C T I O N
KAVX’s extensive line of Single Layer Capacitor (SLC) products offers solutions to the most demanding microwave and millimeter
wave requirements. Broadband applications with operating frequencies up to 100 GHz are achievable with KAVX’s SLC products.
With an extensive range of dielectrics, capacitance values from 0.04 pF to 10,000 pF are available. Dielectric constants from 14 to
25,000 are available in standard case sizes from 10 mils. KAVX also offers a “design your own” option to facilitate specific
outline dimensions to meet exact circuit trace width matching requirements. KAVXs single layer products are derived from the
highest quality materials that result in ultra high Q and reliable performance. All SLC products have a voltage rating of up to 100
WVDC. All Design and Manufacturing facilities are certified to ISO9000 quality standards.
The following pages of this catalog contain a broad listing of standard single layer capacitors. The catalog provides an overview of
general single layer product specifications and ceramic capacitor dielectrics as well as a more detailed description of each product
group, listing case sizes, capacitance values, and available tolerances. Standard single layer capacitors are listed in order of ascending
dielectric constant per the size and capacitance value available. Available capacitance tolerances are listed. For non-EIA capacitor
values or sizes not shown in this catalog, please contact the Factory and our Engineering Design Support Group will be glad to assist
in any way possible.
Niro Spray
Dryer - Spray
drying is a
unique drying process
involving
both particle
formation
and drying
Spin Coat - Applying positive photoresist via spin coating
SP6 - Dual Plate
L
Lapping Machine
3
GENERAL SPECIFICATIONS
Termination
TT: Titanium Tungsten/Nickel/Gold,(>100 µ-in. Au, over
1500 ±200 Å Ni, over 500 ±100 Å TiW) (Standard)
TX: Titantium Tungsten/Gold, (>100 µ-in. Au, over 500 ±100 Å TIW)
Contact KAVX for alternate termination styles.
Environmental Characteristics
Operating Temperature: Refer to TCC data on pages 6 and 7 for
temperature limits.
Additional Environmental Characteristics:
Capacitors are designed and manufactured to meet or ex-ceed
the environmental limits as defined in MIL-C-49464.
Series Resonance vs Capacitance
for Minimum Thickness
Features
1000
(GHz)
• Broadband applications up to 100 GHZ
• Rugged construction
FREQUENCY
• Ultra-high Q
• Standard capacitance range 0.04 to 10,000 pF
• Dielectric constants from 14 to 25,000
• Voltage ratings up to 100 WVDC
• Low cost
10
1
Typical
0.1
0.1
• All SLC products are RoHS compliant
Operating Frequency:
Up to 100 GHz
Resonant Frequency:
See curve
1
10
CAPACITANCE
Electrical Characteristics
Insulation Resistance: 1x1011 Ohms min @ +25°C and
rated voltage
Voltage Rating: Up to 100 WVDC (for higher
ratings, contact factory)
Dielectric Test Voltage: 250% of voltage rating for
5 seconds
Impervious to static discharge
Mechanical Characteristics
Resistance to Solvents: Dielectrics are virtually unaffected by
moisture and commonly used cleaning solvents.
Bond Strength: All terminations meet or exceed MIL-STD-883
Method 2019 for Die Shear Strength. Wire bondability meets or exceeds ML-C-49464 Para. 3.12 and MIL-STD-883 Method 2011.
Inspection
4
100
100
(pF)
1000
10000
GENERAL SPECIFICATIONS
Quality Program
Custom Designs
Stringent process procedures and exacting material requirements ensure that only the highest quality parts are shipped.
KAVX's manufacturing and Quality Testing facilities comply
with the following specifications:
Custom Sizes: KAVX internally manufactures substrates for the
Microcap® product line. As such KAVX can accommodate
virtu-ally any size or thickness single layer capacitor. Contact
KAVX to discuss your specific requirements
• ISO 10012-1 Quality Assurance for Measuring Equipment
For higher capacitance values and voltage, consult factory.
• ISO 9001 qualified facility
• ANSI / NCSL Z540-1-1994 Calibration Laboratories and
Measuring and Test Equipment - General Requirements
Qualification Testing
KAVX’s Microcap® products are designed and manufactured
to meet or exceed the following requirements as detailed in
MIL-STD-202 and MIL-C-49464:
Dimension Guidelines
L = Length
10 to 100 mils
T = Thickness
5 to 12 mils
SLC
• Immersion (MIL-STD-202 meth. 104)
• Resistance to solder heat (MIL-STD-202 meth. 210)
W = Width
10 to 100 mils
• Moisture resistance (MIL-STD-202 meth. 106)
• Life Test (MIL-STD-202 meth. 108, cond. F) +125˚C at 2x
Rated Voltage.
• Solderability (MIL-STD-202 meth. 208)
Design Your Own Single Layer Capacitor
• Voltage Conditioning (MIL-STD-202 meth. 108, cond. A)
+125°C at 2X Rated Voltage.
KAVX gives you the ability to create custom values and dimensions. When circuit board area is tight or you need to match
your stripline width, you can optimize the size and shape of
required SLCs. This same technique can be used to build special
values that fall outside of the standard offerings.
• Low voltage humidity (MIL-C-49464)
High Reliability Certification Program
For enhanced reliability applications, KAVX’s Commercial Off
The Shelf (COTS) High Reliability Program is available for single
layer capacitors. See Page 15 for a full program description.
Design Guidelines
C = Capacitance (pF)
C=
(.225 K x L x W)
(1000 x T)
L = Length 10 to 100 mils
W = Width 10 to 100 mils
T = Thickness 5 to 12 mils, less than or equal to
L/2 or W/2
Custom Values and Sizes
Optimize the best combination of length, width, thickness and
dielectric material for your circuit/stripline capacitor requirements.
5
D I E L E C T R I C
A N D T Y P I C A L
T C C
D A T A
Stable K Dielectrics
Dielectric Dielectric
Code
Const. (K)
TCC
(–55°C to +125°C)
Cap. Range
(pF)
Max. DF
@ 1 MHz (%)
Q
A
14
+90 ±30 PPM/°C
0.04 to 5.6
0.01
11,000 @ 6.4 GHz
BB
31
0 ±30 PPM/°C
0.06 to 13
0.15
950 @ 4.5 GHz
CA
60
0 ±30 PPM/°C
0.1 to 27
0.15
770 @ 5 GHz
Stable K Dielectrics
% Change in Capacitance
1.0
Mat'l
A
BB
CA
0.8
0.6
K TCC ppm/°C
14
+90+/-30
31
0+/-30
60
0+/-30
0.4
0.2
0.0
-0.2
-0.4
-0.6
EA
115
95
105
85
75
65
55
45
35
25
5
15
-5
-15
-25
125
– -0.2
2310 @ 5 GHz
– -0.4
500 @ 1.8 GHz
– -0.6
29 @ 5 GHz
1.1 to 180
0.7 0.3-0.8
–
650
–4700 ±1500 PPM/°C
1.5 to 270
0.3 0.3-1.0
–
50
15
40
30
10
20
105
Mat'l
EC
J
F
GA
K
650
1100
2000
4000
Mat'l
CC
DA
DB
HC
EA
TCC (%)
+/-10%
+5/-15%
+/-15%
+/-15%
Temperat
K
TCC ppm/°C
130
-750+/-200
165 -1500+/-500
200
+/-7.5 (%)
390 -2000+/-750
650 -4700+/-1500
0
0
-10
Mid-K Dielectrics
-20
-5
-30
125125
115115
95 95
105105
Temperature °C
75 75
85 85
55 55
65 65
35 35
45 45
25 25
15 15
5 5
-5 -5
-15 -15
-25 -25
-55 -55
-50
-15
-35 -35
-40
-10
-45 -45
High K Dielectrics
% Change
in Capacitance
% Change
in Capacitance
emperature °C
15
* Capacitance and DF are measured at 1 MHz for C ≤ 100 pF and 1 KHz for C > 100 pF.
• DF readings are not accurately measurable for capacitor values < 4.7 pF in all ceramic types.
• For products made with A Dielectric , DF readings are not accurately measurable for capacitor values < 10 pF.
High K Dielectrics
Ultra High K Dielectrics
Change in Capacitance
Temperature °C
6
-25
–2000 ±500 PPM/°C
-35
420
-45
0.25
-55
0.5 to 82
125
±7.5% max. change (non-linear)
115
0.25
105
0.4 to 68
35
HC
to 56 0.15
Stable K 0.3
Dielectrics
25
200
–750 ±200 PPM/°C
Q
5
DB
0.4
Max. DF (%)*0.2
Cap. Range
@
1
MHz @ 1 KHz
(pF)
0.0
Mid-K
Dielectrics
–1500 ±500 PPM/°C
K TCC ppm/°C
14
+90+/-30
31
0+/-30
60
0+/-30
15
165
TCC
(–55°C to +125°C)
0.6
Mat'l
A
BB
CA
-5
DA
95
130
85
CC
75
Const. (K)
65
55
45
35
25
Mid-K Dielectrics
0.8
-15
TCC ppm/°C
-750+/-200
-1500+/-500
+/-7.5 (%)
-2000+/-750
Dielectric
-4700+/-1500
Code
1.0
Temperature °C
% Change in Capacitance
Mat'l
K
CC 130
DA 165
DB 200
HC 390
Dielectric
EA 650
-35
-55
-1.0
-45
-0.8
10
5
0
-5
Mat'l
EC
J
F
GA
K
650
1100
2000
4000
TCC (%)
+/-10%
+5/-15%
+/-15%
+/-15%
Stable K Dielectrics
130
-750+/-200
165 -1500+/-500
200
+/-7.5 (%)
390 -2000+/-750
650 -4700+/-1500
D I E L E C T R I C
A N D T Y P I C A L
% Cha
T C C-0.4 D A T A
-0.6
Mat'l
CC
DA
DB
HC
EA
10
45
35
25
5
-5
-15
-25
-35
-45
-55
3.5
2.0
2.0
2.0
35
2.5
4.0
-15
25
13 to 2400
20 to 3300
33 to 6200
Max. DF (%)*
@ 1 MHz @ 1 KHz
-10
15
+10% to –75% max. change (non-linear)
0% to –92% max. change (non linear)
0/–92%
Ultra High K Dielectrics
-5
5
6000
9000
16,000
Cap. Range
(pF)
-5
TCC
(+10°C to +85°C)
TCC (%)
+/-10%
+5/-15%
+/-15%
+/-15%
0
-15
G
K
L
Dielectric
Const. (K)
5
K
650
1100
2000
4000
-25
High K Dielectrics
10
Mat'l
EC
J
F
GA
-35
Temperature °C
% Change in Capacitance
125
115
105
95
85
75
65
55
45
35
25
5
15
-5
-15
-25
-35
-45
-55
-15
Dielectric
Code
Temperatu
1.5
1.5
2.5
2.0
2.5
2.0
4.0** 2.0**
-45
125
75
65
55
-10
Ultra High-K Dielectrics
Max. DF (%)*
@ 1 KHz
@ 1 MHz
15
Temperature °C
-5
-1.0
Mid-K Dielectrics
45
35
25
5
15
-5
TCC (%)
+/-10%
+5/-15%
+/-15%
+/-15%
-15
K
650
1100
2000
4000
-25
-35
Mat'l
EC
J
F
GA
-45
-305
-40
-500
-55
125
115
95
105
85
75
High K Dielectrics
-10
10
-20
K
TCC ppm/°C
1.5 to 270
130
-750+/-200
165 -1500+/-500
2.4 to 470
200
+/-7.5 (%)
4.3
390 -2000+/-750to 820
650 -4700+/-1500
10 to 1800
115
20
±10% max. change (non-linear)
+5% to –15% max. change (non±15% max. change (non-linear)
±15%
95
30
(–55°C to +125°C)
105
% Change in Capacitance
% Change in Capacitance
40
Temperatur
0
45 50 55 60 65 70 75 80 85
perature °C
% Change in Capacitance
mperature °C
650
1100
2000
4000
Cap. Range
(pF)
10117 Series with Photoetched Process.
**DF is 6.5% max. for 118, 113 and
15
0
65
55
45
35
25
EC
J
F
GA
TCC
Dielectrics
85
Dielectric
Mid-K
Const. (K) 50
15
-0.8
High-K Dielectrics
Dielectric
Code
-0.2
-55
CC
DA
DB
HC
EA
-10
-20
-30
-40
Ultra High K Dielectrics
-50
-60
-70
-80
Mat'l
K
G 6000
K 9000
L 16000
TCC (%)
+10/-75%
+0/-92%
+0/-92%
-90
10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85
Temperature °C
* Capacitance and DF are measured at 1 MHz for C ≤ 100 pF and 1 KHz for C > 100 pF.
• DF readings are not accurately measurable for capacitor values < 4.7 pF in all ceramic types.
• For products made with A Dielectric , DF readings are not accurately measurable for capacitor values < 10 pF.
7
116 SERIES MICROCAPS®
Termination
Area
L
T
W
T depends upon capacitance value.
116 SERIES MICROCAP® – The116 series SLC with a conventional straight-sided design offers the highest capacitance per outline
size. This design allows the user to match line width or design a custom capacitor for limited circuit dimensions.
Selection Guide
Case Size
Dimensions
(L&W)
Min. Thickness (T)
Max. Thickness (T)
R
.015 (.381)
± .003 (.076)
S
.018 (.457)
± .003 (.076)
T
.025 (.635)
± .005 (.127)
U
.035 (.889)
± .005 (.127)
X
.050 (1.27)
± .010 (.254)
Y
.070 (1.78)
± .010 (.254)
Z
.090 (2.29)
± .010 (.254)
.0045 (.114)
.012 (.305)
.0045 (.114)
.012 (.305)
.0045 (.114)
.012 (.305)
.0045 (.114)
.012 (.305)
.0045 (.114)
.012 (.305)
.0045 (.114)
.012 (.305)
.0045 (.114)
.012 (.305)
Capacitance (pF)
Capacitance (pF)
Min. Max. Tol. Min. Max. Tol.
Dielectric
A
BB
CA
CC
DA
DB
HC
EA
EC
J
F
GA
G
K
L
Capacitance (pF)
Capacitance (pF)
Capacitance (pF)
Capacitance (pF)
Min. Max. Tol. Min. Max. Tol. Min. Max. Tol. Min. Max. Tol.
Capacitance (pF)
Min. Max. Tol.
K
14
0.06 0.2
A
0.08 0.2
A
0.2 0.4
A, B
0.4 0.9 A, B, C 0.6 2 A, B, C 1.3 3.9 A, B, C 2.2 5.6 A, B, C
31
0.2 0.5
A, B
0.2 0.5
A, B
0.4 1
A, B, C 0.7 2 A, B, C, D 1.5 4.7 B, C, D
3 8.2 B, C, D 5.1 13
C, D
60
0.3 1
B, C
0.4 1.1 A, B, C, D 0.8 2
B, C, D 1.5 3.9 B, C, D 2.7 9.1
C, D
6.2 16 D, G, J, K, M 10 27 G, J, K, M
130
0.6 2
C, D
0.8 2.2 B, C, D 1.5 4.3
C, D
3 8.2
C, D
5.6 20 D, G, J, K, M 12 36 G, J, K, M 22 56 G, J, K, M
165
0.7 2.7
C, D
1 2.7
C, D
2 5.6
C, D
3.9 11 D, J, K, M 6.8 24 D, G, J, K, M 15 43 G, J, K, M 27 68 G, J, K, M
200
0.8 3.0
C, D
1.2 3.6
C, D
2.4 6.8
C, D
4.7 13 D, J, K, M 8.2 30 G, J, K, M 20 56 G, J, K, M 33 82 G, J, K, M
420
1.5 5.6 D, K, M 2.2 6.2 D, J, K, M 4.3 12 D, J, K, M 8.2 22 J, K, M 15 51 G, J, K, M 33 91 G, J, K, M 56 150 G, J, K, M
650
2.7 10
K, M
4.3 11 D, J, K, M 7.5 22 J, K, M 15 43 J, K, M 27 100 G, J, K, M 62 180 G, J, K, M 110 270 G, J, K, M
650
2.7 10
K, M
4.3 11 D, J, K, M 7.5 22 J, K, M 15 43 J, K, M 27 100 G, J, K, M 62 180 G, J, K, M 110 270 G, J, K, M
1100
4.7 18
K, M
6.8 18 J, K, M 13 36 J, K, M 27 75 J, K, M 47 160 J, K, M 100 300 J, K, M 180 470 J, K, M
2000
8.2 33
K, M
13 36 J, K, M 24 68 J, K, M 47 130 J, K, M 82 300 J, K, M 220 560 J, K, M 330 820 J, K, M
4000
18 68
K, M
30 75 J, K, M 56 150 J, K, M 110 300 J, K, M 180 680 J, K, M 430 1200 J, K, M 750 1800 J, K, M
6000 27
91 M 39
100 M 75
200 M 150
390 M 240
910 M 560
1600 M 1000
2400 M
9000 36
130 M 56
130 M 110
270 M 220
510 M 360
1200 M 910
2200 M 1500
3300 M
16000 62
220 M 91
270 M 180
510 M 390
1000 M 620
2200 M 1500
3900 M 2400
6200 M
Availability of above products may vary. See Quik Pick list on page inside front cover for stock items.
116
Inches (mm)
Part Number Code
X
A
1R
5
B 100 T T
Termination Code: (see pg. 4 for full descriptions)
TT = Titanium Tungsten/Nickel/Gold (standard)
TX = Titanium Tungsten/Gold
WVDC
(in Volts): 3 significant digits, 100 Volts is standard.
Capacitance Tolerance (see table below)
Capacitance Tolerances
Code A (pF) B (pF) C (pF) D (pF) F (%) G (%) J (%) K (%) M (%)
Tol. ± 0.05 ± 0.1 ± 0.25 ± 0.5 ± 1 ± 2% ± 5 ± 10 ±20%
The above part number refers to a 116 series, case size X, A dielectric, 1.5 pF, with a capacitance tolerance of B (±0.1pF), 100 WVDC, with thin film gold termination.
8
111 SERIES MICROCAPS®
L1
Ref
Termination
Area
Case
Ref.
Size W1 or L1
L
W1
Ref
T
W
S
.014 (.356)
T
.019 (.483)
U
.030 (.762)
X
.045 (1.14)
Y
.065 (1.65)
Z
.085 (2.16)
T depends upon capacitance value.
111 SERIES MILLIMETER WAVELENGTH MICROCAP® – The beveled edges featured in the 111 Series minimize the potential for
cracking due to mechanical or thermal shock. The longer path along the beveled edge also provides additional protection against arc-over.
Selection Guide
Case Size
Dimensions
(L&W nom.)
Min. Thickness (T)
Max. Thickness (T)
S
.018 (.457)
± .003 (.076)
T
.025 (.635)
± .005 (.127)
U
.035 (.889)
± .005 (.127)
X
.050 (1.27)
± .010 (.254)
Y
.070 (1.78)
± .010 (.254)
Z
.090 (2.29)
± .010 (.254)
.0045 (.114)
.012 (.305)
.0045 (.114)
.012 (.305)
.0045 (.114)
.012 (.305)
.0045 (.114)
.012 (.305)
.0045 (.114)
.012 (.305)
.0045 (.114)
.012 (.305)
Capacitance (pF)
Min. Max. Tol.
Dielectric
A
BB
CA
CC
DA
DB
HC
EA
EC
J
F
GA
G
K
L
Capacitance (pF)
Min. Max. Tol.
K
14
0.1 0.2
A, B
0.2 0.4
A, B
31
0.3 0.4
A, B, C
0.4 1.0
B, C
0.5 0.9
B, C, D
0.8 2
C, D
130
0.9 2.0
C, D
1.5 4.3
D, K, M
165
1.2 2.4
C, D
2.0 5.6
D, K, M
200
1.5 3.0
D, K, M
2.4 6.8
D, K, M
420
2.4 5.6
K, M
4.3 12
K, M
650
4.7 10
K, M
7.5 22
K, M
650
4.7 10
K, M
7.5 22
K, M
1100
7.5 15
K, M
15 36
K, M
2000
15 27
K, M
27 68
K, M
4000
33 68
K, M
56 150
K, M
6000 47
91 M 75
180 M
9000 62
120 M 110
270 M
16,000 110 220
M 180 510
M
Capacitance (pF)
Min. Max. Tol.
Capacitance (pF)
Min. Max. Tol.
0.4 0.9
A, B, C
0.6
2
B, C
0.8 1.8
B, C, D
1.3 4.3
C, D
1.5 3.9
C, D
2.7 9.1 D, J, K, M
3.3 8.2
D, J, K, M 5.6
18
J, K, M
4.3 10
D, J, K, M 7.5
24
J, K, M
5.1 12
J, K, M
9.1
30
J, K, M
9.1 22
J, K, M
15
47
J, K, M
16 39
J, K, M
27
91
J, K, M
16 39
J, K, M
27
91
J, K, M
27 68
J, K, M
47 160 J, K, M
51 120
J, K, M
91 300 J, K, M
110 270
J, K, M
200 680 J, K, M
150
360 M 270
820 M
220
510 M 390
1200 M
390 910
M 680 2200 M
Capacitance (pF)
Min. Max. Tol.
Capacitance (pF)
Min. Max. Tol.
1.3 3.6
B, C
2.4 5.6
B, C
3 8.2
C, D
5.1 13 D, J, K, M
6.2 16 D, J, K, M 10
24 G, J, K, M
12 33
J, K, M
22
56 G, J, K, M
15 43
J, K, M
27
68 G, J, K, M
20 51
J, K, M
33
82 G, J, K, M
33 91
J, K, M
56 150 G, J, K, M
62 160
J, K, M
110 270 G, J, K, M
62 160
J, K, M
110 270 G, J, K, M
100 300
J, K, M
180 470 J, K, M
200 510
J, K, M
330 820 J, K, M
430 1200 J, K, M
750 1800 J, K, M
560
1600 M 1000
2400 M
820
2200 M 1500
3300 M
1500
3900 M 2400 6200 M
Inches (mm)
Part Number Code
C 100 T T
Termination Code: (see pg. 4 for full descriptions)
TT = Titanium Tungsten/Nickel/Gold (standard)
TX = Titanium Tungsten/Gold
WVDC (in Volts): 3 significant digits, 100 Volts is standard.
Capacitance Tolerance (see table below)
Capacitance Tolerances
Code A (pF) B (pF) C (pF) D (pF) F (%) G (%) J (%) K (%) M (%)
Tol. ± 0.05 ± 0.1 ± 0.25 ± 0.5
The above part number refers to a 111 series, case size U, CA dielectric, 1.5 pF, with a capacitance tolerance of C (±0.25 pF), 100 WVDC, with thin film gold termination.
9
±1
± 2%
±5
± 10 ±20%
118 SERIES SINGLE SIDED RECESSED METALIZATION SLCs
Width
(W)
Thickness
(T)
Termination
Area
Length
(L)
Border (B)
NOTE: Border one side only
118 SERIES SINGLE RECESSED METALIZATION SLCs – have been designed to minimize potential shorting resulting from epoxy or solder
attachments. Contact KAVX for further information.
Applications:
Features:
• Microwave Integrated Circuits
• Capacitance Range: 0.05 pF to 1800 pF
• Automated MIC Construction
• Exposed Borders for: Automated Visual Equipment, Solder Resist Area to Reduce Shorts
• Chip and Wire Construction
• Operating Frequency up to 100 GHz
• Matching and Filtering Circuits
• Bypass and Coupling
Selection Guide
Case Size
Width (W)
(L&W)
C
.015 (.381)
±.002 (.0508)
D
.020 (.508)
±.002 (.0508)
E
.025 (.635)
±.002 (.0508)
F
.030 (.762)
±.002 (.0508)
G
.035 (.899)
±.002 (.0508)
H
.040 (1.016)
±.002 (.0508)
J
.050 (1.270)
±.002 (.0508
Recessed Metalization
.011 (.279)
.016 (.406)
.021 (.533)
.026 (.660)
.031 (.787)
.036 (.914)
.046 (1.168
Area (L&W)
+0 -.003 (.0762)
+0 -.003 (.0762)
+0 -.003 (.0762)
+0 -.003 (.0762)
+0 -.003 (.0762)
+0 -.003 (.0762)
+0 -.003 (.0762)
Min. Thickness (T)
.0045 (.114)
.0045 (.114)
.0045 (.114)
.0045 (.114)
.0045 (.114)
.0045 (.114)
.0045 (.114)
Max. Thickness (T)
.012 (.305)
.012 (.305)
.012 (.305)
.012 (.305)
.012 (.305)
.012 (.305)
.012 (.305)
Equivalent Series
Capacitance (pF)
Capacitance (pF)
Capacitance (pF)
Capacitance (pF)
Capacitance (pF)
Capacitance (pF)
Capacitance (pF)
Capacitance (ESC) Min. Max. Tol. Min. Max. Tol. Min. Max. Tol. Min. Max. Tol. Min. Max. Tol. Min. Max. Tol. Min. Max. Tol.
Dielectric K
A
14
0.06 0.1
A
0.2 0.2
A, B
0.2 0.3
A, B
0.3 0.4
A, B
0.4 0.6
A, B
0.5 0.9
B, C
0.8 1.3
B, C
BB
31
0.2 0.2
A, B
0.3 0.4
B, C
0.4 0.7
B, C
0.6 1.0 B, C, D 0.8 1.5
C, D
1.1 2.0
C, D
1.8 3.0
C, D
CA
60
0.3 0.4
B, C
0.5 0.8
C, D
0.8 1.3
C, D
1.2 2.0
C, D
1.6 3.0
C, D
2.2 3.9
C, D
3.6 6.2 D, K, M
CC
130
0.6 0.9
C, D
1 1.8
C, D
1.8 3.0
D, M
2.4 4.3 D, K, M 3.6 6.2 D, K, M 4.7 8.2
K, M
7.5 13
K, M
DA
165
0.7 1.2
C, D
1.3 2.2
D
2.2 3.9
D, M
3.3 5.6 D, K, M 4.3 7.5
K, M
5.6 10
K, M
9.1 16
K, M
DB
200
0.9 1.3
D, M
1.5 2.7
D, M
2.7 4.7
M
3.9 6.8
K, M
5.1 9.1
K, M
6.8 13
K, M
11 20
K, M
HC
420
1.5 2.4
D, M
2.7 4.7
M
4.7 8.2
M
6.8 12
K, M
9.1 16
K, M
12 22
K, M
20 36
K, M
EA
650
2.7 4.7
M
4.7 9.1
M
8.2 15
M
12 22
K, M
18 30
K, M
22 39
K, M
36 62
K, M
EC
650
2.7 4.7
M
4.7 9.1
M
8.2 15
M
12 22
K, M
18 30
K, M
22 39
K, M
36 62
K, M
J
1100
4.7 7.5
M
8.2 15
M
15 24
M
22 36
K, M
30 51
K, M
39 68
K, M
62 110 K, M
F
2000
9.1 13
M
16 27
M
27 47
M
39 68
K, M
51 91
K, M
68 120
K, M 110 200 K, M
GA
4000
20 33
M
36 62
M
56 100
M
91 150
K, M
120 200 K, M
160 270
K, M 270 430 K, M
G 6000 27
43 M 47
82 M 75
130 M 120
200 M 160
270 M 220
360 M 330
620 M
K 9000 39
56 M 68
110 M 120
180 M 180
270 M 240
390 M 330
510 M 510
820 M
L 16,000
68
100 M 120
180 M 200
300 M 300
470 M 390
620 M 510
820 M 820
1800 M
Border Dimensions (See B in drawing above): .001 (.0254) min. for case sizes C through J
Inches (mm)
Part Number Code
118
Case Size
Dielectric Style: Max. 2 characters
Capacitance Code: First 2 significant digits for capacitance.R=Decimal Point
Indicates number of zeros following digits of capacitance in picofarads
except for decimal values.
H
A
0R
5
B 100 T T
Termination Code:
TT and TX (see page 4 for full descriptions)
WVDC (in Volts): 3 significant digits, 100 Volts is standard.
Capacitance Tolerance (see table below)
Capacitance Tolerances
Code A (pF) B (pF) C (pF) D (pF) F (%) G (%) J (%) K (%) M (%)
Tol. ± 0.05 ± 0.1 ± 0.25 ± 0.5 ± 1 ± 2% ± 5 ± 10 ±20%
The above part number refers to a 118 series, case size H, A dielectric, 0.5 pF, with a capacitance tolerance of B (±0.1 pF), 100 WVDC, with thin film gold termination.
10
113 SERIES TWIN CAP® SLCs
G
G
C1
C2
L1
L1
T
W
L
Electrode (termination)
C1
C2
C2
=
2
2
Terminations C1 and C2 may be mounted directly to the
microstrip line or with the top electrode (termination)
facing down in the flip chip configuration.
Equivalent Series
=
Capacitance
The unique configuration of the 113 Series Twin Cap® provides a wide
range of capacitance values with a 100 WVDC rating in a low profile package. The low insertion loss and extremely high self-resonant frequencies of
the 113 Series make it ideal for RF / microwave and millimeter wave applications.
Land
C1
SLC
Land
Substrate
Ground Plane
Selection Guide
Case Size
C
D
E
F
G
H
J
Width (W)
.015 (.381)
+0 -.003 (.076)
.040 (1.016) max.
.008 (.203)
.005 (.127)
.010 (.254)
.020 (.500)
+0 -.003 (.076)
.050 (1.270) max.
.008 (.203)
.005 (.127)
.010 (.254)
.025 (.635)
+0 -.003 (.076)
.080 (2.032) max.
.020 (.508)
.005 (.127)
.010 (.254)
.030 (.762)
+0 -.003 (.076)
.080 (2.032) max.
.020 (.508)
.006 (.152)
.012 (.300)
.035 ± .005
(.899 ± .130)
.080 (2.032) max.
.020 (.508)
.006 (.152)
.012 (.300)
.040 ± .005
(1.016 ± .130)
.080 (2.032) max.
.020 (.508)
.006 (.152)
.012 (.300)
.050 ± .005
(1.27 ± .130)
.080 (2.032) max.
.020 (.508)
.006 (.152)
.012 (.300)
Length (L)
Gap Width (G)
Min. Thickness (T)
Max. Thickness (T)
Equivalent Series
Capacitance (pF)
Capacitance (pF)
Capacitance (pF)
Capacitance (pF)
Capacitance (pF)
Capacitance (pF)
Capacitance (pF)
Capacitance (ESC) Min. Max. Tol. Min. Max. Tol. Min. Max. Tol. Min. Max. Tol. Min. Max. Tol. Min. Max. Tol. Min. Max. Tol.
Dielectric K
A
14
— —
—
0.05 0.08
B, C
0.08 0.1
B, C 0.08 0.1
B
0.1 0.2
B
0.1 0.2
B
0.2 0.2
B
BB
31
0.05 0.1
B, C
0.1 0.1
B, C
0.2 0.2
B, C
0.2 0.3
B
0.3 0.4
B
0.3 0.5
B
0.3 0.6
B
CA
0.2 0.2
B, C
0.2 0.3
B, C
0.4 0.6
B, C
0.4 0.6
B
0.5 0.8
B
0.6 1.0
C
0.8 1.2
C
CC
130
0.3 0.4
B, C
0.4 0.8
C, D
0.8 1.5
C, D
0.8 1.5
C
1.0 1.8
C
1.2 2.2
C, D
1.5 3.0
D
DB
200
0.5 0.6
C, D
1.0 1.2
C, D
1.8 2.2
D
1.8 2.2
D
2.2 3.3
D
2.7 3.6
D
3.3 4.7
D
HC
420
0.8 1.2
C, D
1.5 2.2
D
2.7 4.7
M
2.7 4.7
M
3.6 5.6
M
3.9 6.8
M
5.1 8.2 K, M
EA
650
1.5 1.8
C, D
2.7 3.9
M
5.1 6.8
M
5.1 6.8
M
6.8 10
M
8.2 12
M
10 15
K, M
EC
650
1.5 1.8
C, D
2.7 3.9
M
5.1 6.8
M
5.1 6.8
M
6.8 10
M
8.2 12
M
10 15
K, M
J
1100 2.2 3.3
M
4.7 6.8
M
8.2 12
M 8.2 12
M
12 15
M
15 18
M
18 22
M
F 2000 3.6
6.8 M 8.2
12 M 15
22 M 15
22 M 18
30 M 20
33 M 27
39 M
GA 4000 8.2
12 M 15
27 M 27
51 M 27
51 M 33
68 M 39
82 M 47
100 M
G 6000 15
18 M 30
39 M 56
62 M 56
68 M 68
82 M 100
120 M 120
130 M
Inches (mm)
Part Number Code
D 100 T T
Termination Code: (see pg. 4 for full descriptions)
TT
. = Titanium Tungsten/Nickel/Gold (standard)
TX = Titanium Tungsten/Gold
WVDC (in Volts): 3 significant digits, 100 Volts is standard
Capacitance Tolerance (see table below)
Capacitance Tolerances
Code A (pF) B (pF) C (pF) D (pF) F (%) G (%) J (%) K (%) M (%)
Tol. ± 0.05 ± 0.1 ± 0.25 ± 0.5 ± 1 ± 2% ± 5 ± 10 ±20%
The above part number refers to a 113 series, case size D, DB dielectric, 1.0 pF, with a capacitance tolerance of D (±0.5 pF), 100 WVDC, with thin film gold termination.
11
1 1 7
S E R I E S
M U L T I P L E
P A D
L1
S L C s
.008 (.203) typ.
.002 (.051) typ.
W
L
T
.006 (.152) min. .012 (.305) max.
117 SERIES MULTIPLE PAD SLCs are ideal for circuits such as MMIC devices requiring multiple capacitance applications, i.e.,
bypassing and bias circuits. The 117 Multicaps in the Selection Guide below are listed using KAVX’s GA and K dielectrics, with a
pad length of .015 (.380). However, KAVX will build Multiple Pad SLCs to customer specifications, up to .050 (1.27) pad length,
using any dielectric offered in this catalog. Please consult factory.
Selection Guide
Style
Cap. Value (pF)
Per Pad
Number
Total Width (W) Total Length (L)
± .005
± .003
(.127)
(.076)
CC
.015 (.381)
.065 (1.65)
.015 (.381) x .015 (.381)
.020 (.508)
.025 (.635)
.025 (.635)
.030 (.762)
.030 (.762)
.035 (.889)
.035 (.889)
.035 (.889)
.040 (1.02)
.040 (1.02)
.040 (1.02)
.045 (1.14)
.045 (1.14)
.045 (1.14)
.050 (1.27)
.050 (1.27)
.050 (1.27)
.065 (1.65)
.065 (1.65)
.090 (2.29)
.065 (1.65)
.090 (2.29)
.065 (1.65)
.090 (2.29)
.135 (3.43)
.065 (1.65)
.090 (2.29)
.135 (3.43)
.065 (1.65)
.090 (2.29)
.135 (3.43)
.065 (1.65)
.090 (2.29)
.135 (3.43)
.020 (.508) x .015 (.381)
.025 (.635) x .015 (.381)
.025 (.635) x .015 (.381)
.030 (.762) x .015 (.381)
.030 (.762) x .015 (.381)
.035 (.889) x .015 (.381)
.035 (.889) x .015 (.381)
.035 (.889) x .015 (.381)
.040 (1.02) x .015 (.381)
.040 (1.02) x .015 (.381)
.040 (1.02) x .015 (.381)
.045 (1.14) x .015 (.381)
.045 (1.14) x .015 (.381)
.045 (1.14) x .015 (.381)
.050 (1.27) x .015 (.381)
.050 (1.27) x .015 (.381)
.050 (1.27) x .015 (.381)
Part
Number “K”
33
70
of Pads
3
117CC3GA990MTT
117CC3K211MTT
40
50
50
60
60
80
80
80
90
90
90
100
100
100
110
110
110
90
110
110
130
130
140
140
140
150
150
150
200
200
200
220
220
220
3
3
4
3
4
3
4
6
3
4
6
3
4
6
3
4
6
117DC3GA121MTT
117EC3GA151MTT
117EC4GA201MTT
117FC3GA181MTT
117FC4GA241MTT
117GC3GA241MTT
117GC4GA321MTT
117GC6GA481MTT
117HC3GA271MTT
117HC4GA361MTT
117HC6GA541MTT
117IC3GA301MTT
117IC4GA401MTT
117IC6GA601MTT
117JC3GA331MTT
117JC4GA441MTT
117JC6GA661MTT
117DC3K271MTT
117EC3K331MTT
117EC4K441MTT
117FC3K391MTT
117FC4K521MTT
117GC3K421MTT
117GC4K561MTT
117GC6K841MTT
117HC3K451MTT
117HC4K601MTT
117HC6K901MTT
117IC3K601MTT
117IC4K801MTT
117IC6K122MTT
117JC3K661MTT
117JC4K881MTT
117JC6K132MTT
GA
DC
EC
EC
FC
FC
GC
GC
GC
HC
HC
HC
IC
IC
IC
JC
JC
JC
Part
Number “GA”
K
W x L Per Pad
Thickness (T): .006 (0.15) min.; .012 (0.30) max.
Gap between pads: .008 (.203) typical.
Note: Other sizes and configurations are available using any dielectric in this catalog.
Part Number Code
117 HC
6
GA 54
1
M
TT
Termination
Code:
TT and TX (see page 4 for descriptions)
Capacitance Tolerance (see table below, left).
Indicates number of zeros following digits of
capacitance in picofarads except for decimal values.
Capacitance Code: First 2 significant digits for capacitance.
R = Decimal Point.
Capacitance Tolerances
Code
A (pF)
B (pF)
C (pF)
D (pF)
F (%)
G (%)
J (%)
K (%)
M (%)
Tol.
± 0.05
± 0.1
± 0.25
± 0.5
±1
± 2%
±5
± 10
±20%
NOTE: Working Voltage = 100 WVDC
The above part number refers to a 117 Series, style HC, 6 pad Multicap, GA dielectric, 540 pF, with a capacitance tolerance of M (± 20%), with thin film gold termination.
12
S L C
C U S T O M
D E S I G N
K I T S
NEW SLC Custom Design Kits - Call +1-631-622-4700 to Order
Kit #
Item#
Description
Cap. Value Range (pF)
Price
Kit 6100
DK6100
116 Series Microcaps®
100 piece total, 10 values, 10 pieces per value
0.1 to 1000 pF
$120.00
Kit 6150
DK6150
116 Series Microcaps®
150 piece total, 15 values, 10 pieces per value
0.1 to 1000 pF
$170.00
SLC Custom Design Kits are based on the Quik PickTM Selection Guide below. Select values from this list to build your custom Kit. For
KIT 6100, select 10 different values from the Quik PickTM List. You will receive 10 pieces of each value (total 100 pieces).
For KIT 6150, select 15 values from the list. You will receive 10 pieces per value (total150 pieces).
SLC Selection Guide – 3 to 5 Day Shipment
Series / Case Size
(L & W)
Cap (pF)
Cap Code
0.1
0R1
0.2
0R2
0.3
0R3
0.4
0R4
0.5
0R5
0.8
0R8
1.0
1R0
1.2
1R2
2.7
2R7
3.0
3R0
3.6
3R6
5.1
5R1
10
100
15
150
22
220
27
270
33
330
47
470
56
560
68
680
82
820
100
101
220
221
330
331
470
471
560
561
680
681
820
821
1000
102
116 R
.015 (.381) nom.
116 T
.025 (.635) nom.
116 U
.035 (.889) nom.
116 X
.050 (1.27) nom.
0.1 to 100 pF
0.2 to 330 pF
0.4 to 820 pF
116RA0R1A100TT
116RBB0R2A100TT
116TA0R2A100TT
116RBB0R3A100TT
116TA0R3A100TT
116RCA0R4B100TT
116TA0R4A100TT
116UA0R4A100TT
116RCA0R5B100TT
116TBB0R5A100TT
116UA0R5A100TT
116RDB0R8B100TT
116TBB0R8B100TT
116UBB0R8A100TT
116RDB1R0C100TT
116TCA1R0B100TT
116UBB1R0B100TT
116RDB1R2C100TT
116TCA1R2B100TT
116UBB1R2B100TT
116REA2R7M100TT
116TDB2R7C100TT
116UCA2R7C100TT
116REA3R0M100TT
116TDB3R0C100TT
116UCA3R0C100TT
116REA3R6M100TT
116TDB3R6D100TT
116UCA3R6D100TT
116REA5R1M100TT
116TDB5R1D100TT
116UDB5R1D100TT
116RF100M100TT
116TEA100K100TT
116UDB100K100TT
116RF150M100TT
116TEA150K100TT
116UEA150K100TT
116RGA220M100TT
116TEA220K100TT
116UEA220K100TT
116RGA270M100TT
116TF270K100TT
116UEA270K100TT
116RGA330M100TT
116TF330K100TT
116UEA330K100TT
116RG470M100TT
116TF470K100TT
116UF470K100TT
116RG560M100TT
116TF560K100TT
116UF560K100TT
116RK680M100TT
116TGA680K100TT
116UF680K100TT
116RK820M100TT
116TGA820K100TT
116UF820K100TT
116RL101M100TT
116TGA101K100TT
116UF101K100TT
116TK221M100TT
116UG221M100TT
116TL331M100TT
116UK331M100TT
116UK471M100TT
116UL561M100TT
116UL681M100TT
116UL821M100TT
0.8 to 1000 pF
116XA0R8A100TT
116XA1R0A100TT
116XA1R2A100TT
116XBB2R7C100TT
116XBB3R0C100TT
116XCA3R6C100TT
116XCA5R1C100TT
116XDB100J100TT
116XDB150J100TT
116XDB220K100TT
116XDB270K100TT
116XEA330K100TT
116XEA470K100TT
116XEA560K100TT
116XEA680K100TT
116XEA820K100TT
116XF101K100TT
116XF221K100TT
116XGA331K100TT
116XGA471K100TT
116XG561M100TT
116XK681M100TT
116XK821M100TT
116XK102M100TT
Inches (mm)
Part Number Code
A
1R
2
A 100 T T
Termination Code: (see pg. 4 for full descriptions)
TT = Titanium Tungsten/Nickel/Gold (standard)
TX = Titanium Tungsten/Gold
WVDC (in Volts): 3 significant digits, 100 Volts is standard.
Capacitance Tolerance (see table below)
Capacitance Tolerances
Code A (pF) B (pF) C (pF) D (pF) F (%) G (%) J (%) K (%) M (%)
Tol. ± 0.05 ± 0.1 ± 0.25 ± 0.5
The above part number refers to a 116 series, case size X, A dielectric, 1.2 pF, with a capacitance tolerance of A (±0.05pF), 100 WVDC, with thin film gold termination.
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±1
± 2%
±5
± 10 ±20%
SLC HIGH RELIABILITY CERTIFICATION PROGRAM
Commercial Off The Shelf
High Reliability Certification Program
The COTS Program provides a cost efficient approach
to qualifying standard products for enhanced
reliability applications. This flexible program offers
standard screening packages with options to support
specifics of customer-driven program requirements.
Applications:
• Ruggedized Commercial
(Medical, Industrial, Telecommunications)
• Military
(Ground, Naval, Airborne)
• Space/Satellite
COTS Screening Options
HD: Highest Screening Level
The highest screening option adds life testing as an assurance in mission critical applications
and is often used as an alternative in space qualified applications.
HD
HC: Airborne Applications
Often used in airborne applications, this profile closely models the military specifications.
HB: Additional Sample Testing
Built upon our standard HA Screening, this program provides additional sample testing to certify
the termination for attachment integrity and the ability to survive and perform in high humidity
environments.
HA: Standard Upscreen Package
ATC’s Standard Hi Rel certification screening profile is typically used as a lower cost means to certify
product reliability. HA screening is used throughout the industry in ground based military applications
as well as stringent commercial applications.
P/N Prefix
HA
X
HB
X
Evaluation Operation
HC
HB
HA
Sample Size
HC
HD
X
X
Ultrasonic Screening†
100%
X
X
Thermal Shock (5 Cycles for HC and 20 Cycles for HD)
100%
X
X
Standard Hi-Rel Certification Package (HA)
100%
DPA Sample Table
Lot Size
Sample
14
X
X
Destructive Physical Analysis
see table*
1 - 500
X
X
X
85/85 (Low Voltage Moisture Humidity)
13 units*
501 - 10,000
32
X
X
X
Solderability (Solderable or Solder Coated Only)
5 units*
10,001 - 35,000
50
X
X
X
Wire Bond Test (Gold Terminated Chips Only)
13 units*
35,001 and up
80
X
Life Test (2000)
25 units*
* Additional sample units required that have passed the 100% testing along with the deliverable
(flight) quantity.
† Ultrasonic Screening does not apply to SLC products.
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