Microwave SLC Single Layer Capacitors

Ask about this product Microwave SLC PDF

Soldering Profiles and Guidelines for SMT Ceramic Components Waffle Pack Opening Procedure Responsible Business Alliance Code of Conduct MSL Rating RoHS Compliance

A Single Layer Capacitor is a rectangular or square piece of dielectric material with metallization across the top and bottom of the ceramic. These metallized layers form a bottom electrode contact, and top electrode contact (top contact normally formed using a wirebond).

Johanson Single Layer capacitors are offered in a wide range of dielectrics for very high frequency applications.

Available in sizes from 0.25 x 0.25mm (10 x 10mil) to 5 x 5mm (200 x 200mil), these single layer capacitors are used in military infrastructure and industrial markets.

In addition to their excellent performance, reliability and consistency in volume production has been the focus.

Key Features:

Ceramic SLC Low Profile Devices Exhibit Very High-Q / Low Insertion Loss, SRFs to 50 GHz
Thin film gold electrodes provide superior wire bonding & die attach performance
Four SLC Device Types to Fit Many Applications:
- Standard (Die) SLCs
- Border SLCs
- Bar SLC Arrays
- Custom SLC Products
RoHS - Available on all dielectrics
Custom sizes are available - please consult factory

Applications:

Microwave Integrated Components
GaAs Integrated Circuits
RF/Microswave Components
DC Block, Bypass, Tuning

Microwave SLC Single Layer Capacitors image

Microwave SLC Single Layer Capacitors Information

Dielectric

Dielectric Code	Constant (K)	Temperature Coefficient *	Temperature Range	Dissipation Factor	Insulation Resistance	Test cond.	Available Tolerances
C	23	0 ± 30ppm	-55°C to +125°C	≤ 0.15%@1MHz	>1000 GΩ	1	B,C,D (A, <2pF)
K	39	0 ± 30ppm	-55°C to +125°C	≤ 0.15%@1MHz	>1000 GΩ	1	B,C,D (A, <2pF)
N	76	0 ± 30ppm	-55°C to +125°C	≤ 0.15%@1MHz	>1000 GΩ	1	B,C,D (A, <2pF) (F-K, >10pF)
V	160	-1500 + 500ppm / -946ppm	-55°C to +125°C	≤ 0.25%@1MHz	>1000 GΩ	1	J,K (B-D)
R	440	-2200 + 500ppm / -1086ppm	-55°C to +125°C	≤ 0.25%@1MHz	>1000 GΩ	1	J,K (B-D)
D	725	± 10%	-55°C to +125°C	≤ 2.50%@1KHz	>100 GΩ	2	K,M
B	1410	± 10%	-55°C to +125°C	≤ 2.50%@1KHz	>100 GΩ	2	K,M
W	2300	± 15%	-55°C to +125°C	≤ 2.50%@1KHz	>100 GΩ	2	K,M
X	3150	± 15%	-55°C to +125°C	≤ 2.50%@1KHz	>100 GΩ	2	K,M
T	4100	± 15%	-55°C to +125°C	≤ 2.50%@1KHz	>100 GΩ	2	K,M
Z	8500	+22% -56%	+10°C to +85°C	≤ 4.00%@1KHz	>10 GΩ	2	M,Z
Y	15000	+22% -82%	-30°C to +85°C	≤ 4.00%@1KHz	>10 GΩ	2	M,Z

* Temperature Coefficient tolerances are per MIL-PRF-49464A

Voltage Rating:	50&100 WVDC
Dielectric Strength:	2.5 x WVDC min, 25°C, 50 mA max
Test Conditions:	1) 1.0±0.2 VRMS @ 1MHz, 25°C 2) for values ≤ 100pF: 1.0±0.2 VRMS @ 1MHz, 25°C; for ALL other Values: 1.0±0.2 VRMS @1KHz,25°C

V & B-Series (Borders)

SIZE	V10	V12	V15	V20	V25	V30	V40	V50
W&L ±.001"	.010	.012	.015	.020	.025	.030	.040	.050
(mm)	(0.25)	(0.30)	(0.38)	(0.51)	(0.64)	(0.76)	(1.02)	(1.27)
w' NOM.	.010	.007	.008	.011	.016	.020	.026	.036 .044
(mm)	(0.17)	(0.20)	(0.28)	(0.41)	(0.51)	(0.66)	(0.91)	(1.12)
B ±.001"	.001*	.001*	.002	.002	.002	.002	.002	.003
(mm)	(0.025)*	(0.025)*	(0.051)	(0.051)	(0.051)	(0.051)	(0.051)	(0.076)
T .002"	NOM. 0.004" ~ 0.008"
(mm)	(NOM. 0.10 ~ 0.20)
*Min Border 0.0005" Contact factory for other sizes, values or configurations

Recessed SLC electrode borders help prevent shorting from conductive epoxy squeeze-up and aid visual recognition equipment. The V-Series SLCs feature dual borders (top & bottom) while the B-Series SLCs feature a single border (top-only.)

Cap.		V10 100V	V12 100V	V15 100V	V20 100V	V25 100V	V30 100V	V40 100V	V50 100V
Value	Code	V10 100V	V12 100V	V15 100V	V20 100V	V25 100V	V30 100V	V40 100V	V50 100V
0.1	0R1	C	C	C
0.2	0R2	N	K	C	C
0.3	0R3	N	N	K	C	C
0.4	0R4	V	N	N	K	C
0.5	0R5	V	N	N	K	C	C
0.6	0R6	V	V	N	K	K	C
0.7	0R7	V	V	V	N	K	C
0.8	0R8	R	V	V	N	K	C
0.9	0R9	R	V	V	N	K	C	C
1.0	1R0	R	V	V	N	K	K	C
1.1	1R1	R	R	V	N	N	K	C
1.2	1R2	L	R	V	N	N	K	C
1.3	1R3	L	R	R	N	N	K	C
1.4	1R4	L	R	R	N	N	K	C	C
1.5	1R5	L	R	R	V	N	K	C	C
1.6	1R6	D	R	R	V	N	K	K	C
1.7	1R7	D	R	R	V	N	K	K	C
1.8	1R8	D	L	R	V	N	K	K	C
1.9	1R9	D	L	L	V	N	N	K	C
2.0	2R1	D	L	L	V	N	N	K	C
2.1	2R1	D	L	L	V	N	N	K	C
2.2	2R2	D	L	L	V	V	N	K	C
2.4	2R4	D	L	L	V	V	N	K	K
2.7	2R7	D	D	L	V	V	N	K	K
3.0	2R0	B	D	D	L	V	N	K	K
3.3	3R3	B	D	D	L	V	N	N	K
3.6	3R6	B	D	D	L	V	N	N	K
3.9	3R9	B	D	D	L	V	V	N	K
4.3	4R3	B	D	D	L	R	V	N	K
4.7	4R7	B	B	D	L	R	V	N	K
5.1	5R1	B	B	D	L	R	V	N	K
5.6	5R6	B	B	B	L	R	V	N	N
6.2	6R2	W	B	B	D	R	V	V	N
6.8	6R8	W	B	B	D	R	V	V	N
7.5	7R5	W	B	B	D	L	R	V	N
8.2	8R2	W	W	B	D	L	R	V	N
9.1	9R1	W	W	W	D	D	R	V	N
10	100	X	W	W	D	D	L	V	V
12	120	X	W	W	B	D	L	R	V
15	150	T	X	X	B	D	L	R	V
18	180	T	X	X	B	D	D	R	R
20	200	T	T	X	B	B	D	L	R
22	220	Z	T	T	B	B	D	L	R
27	270	Z	T	T	W	B	D	D	L
33	330	Y	Z	Z	W	B	B	D	L
39	390	Y	Z	Z	X	W	B	D	L
47	470	Y	Z	Z	X	W	B	D	D
50	500	Y	Y	Z	X	W	B	D	D
51	510	Y	Y	Z	T	X	B	D	D
56	560	Y	Y	Y	T	X	B	B	D
68	680		Y	Y	T	X	W	B	D
82	820		Y	Y	Z	T	W	B	D
100	101			Y	Z	T	X	W	B
120	121				Z	T	X	W	B
150	151				Y	Z	T	X	W
180	181				Y	Z	T	T	W
200	201				Y	Z	T	T	X
220	221					Y	Z	T	X
270	271					Y	Z	T	X
330	331					Y	Y	Z	T
390	391						Y	Z	T
470	471						Y	Z	T
560	561						Y	Y	Z
680	681							Y	Z
820	821								Y
1000	102								Y
1200	122								Y

Color breaks used to highlight changes in dielectric material, letters indicate the specific material.

U Series SLC Capacitance Selection (No border)

CAPACITANCE		U10	U12	U15		U20		U25		U30		U35		U50	U70	U90
Value	Code	50V	50V	50V	100V	50V	100V	50V	100V	50V	100V	50V	100V	100V	100V	100V
0.1	0R1	C
0.2	0R2	K	C		C
0.3	0R3	N	K	C	K		C
0.4	0R4	N	N	K	K	C	C		C
0.5	0R5	U	N	K	N	C	K		C
0.6	0R6	V	N	K	N	C	K	C	C				C
0.7	0R7	V	N	N	N	K	K	C	K		C		C
0.8	0R8	V	U	N	N	K	N	C	K		C		C
0.9	0R9	R	V	N	U	K	N	C	K	C	C		C
1.0	1R0	R	V	N	U	K	N	K	K	C	K		C	C
1.1	1R1	R	V	N	V	K	N	K	K	C	K	C	C	C
1.2	1R2	R	V	N	V	N	N	K	N	C	K	C	C	C
1.3	1R3	R	V	N	V	N	N	K	N	C	K	C	K	C
1.4	1R4	L	V	U	V	N	N	K	N	K	K	C	K	C
1.5	1R5	L	V	U	V	N	N	K	N	K	K	C	K	C
1.6	1R6	L	R	U	V	N	U	K	N	K	N	C	K	C
1.7	1R7	L	R	U	V	N	U	K	N	K	N	C	K	C
1.8	1R8	L	R	U	R	N	U	N	N	K	N	K	K	C
1.9	1R9	L	R	V	R	N	U	N	N	K	N	K	K	C
2.0	2R1	D	R	V	R	N	U	N	N	K	N	K	K	K
2.1	2R1	D	L	V	R	N	V	N	N	K	N	K	K	K	C
2.2	2R2	D	L	V	R	U	V	N	U	K	N	K	N	K	C
2.4	2R4	D	L	V	R	U	V	N	U	K	N	K	N	K	C
2.7	2R7	D	L	R	L	U	V	N	U	N	N	K	N	K	C	C
3.0	2R0	D	L	R	L	U	V	N	U	N	N	K	N	K	C	C
3.3	3R3	D	L	R	L	V	R	N	V	N	U	K	N	K	C	C
3.6	3R6	D	D	R	L	V	R	U	V	N	U	K	N	K	C	C
3.9	3R9	B	D	R	L	V	R	U	V	N	U	N	N	N	C	C
4.3	4R3	B	D	R	D	V	R	U	V	N	V	N	N	N	C	C
4.7	4R7	B	D	L	D	R	R	U	R	N	V	N	N	N	K	C
5.1	5R1	B	D	L	D	R	R	V	R	U	V	N	U	N	K	C
5.6	5R6	B	D	L	D	R	L	V	R	U	V	N	U	N	K	K
6.2	6R2	B	D	D	D	R	L	V	R	U	V	N	U	N	K	K
6.8	6R8	B	B	D	D	R	L	R	R	V	R	N	V	N	K	K
7.5	7R5	W	B	D	D	R	D	R	L	V	R	U	V	N	K	K
8.2	8R2	W	B	D	B	L	D	R	L	V	R	U	V	N	N	K
9.1	9R1	W	B	D	B	L	D	R	L	V	R	U	R	N	N	N
10	100	X	B	D	B	L	D	R	L	R	L	V	R	V	N	N
12	120	X	W	B	B	D	D	L	D	R	L	V	R	V	N	N
15	150	T	W	B	W	D	B	L	D	R	L	R	L	V	N	N
18	180	T	W	B	W	D	B	D	D	L	D	R	L	V	V	N
20	200	T	X	W	W	D	B	D	D	L	D	R	D	R	V	N
22	220	T	X	W	X	B	B	D	B	L	D	R	D	R	V	N
27	270	Z	T	W	X	B	W	D	B	D	D	L	D	R	V	U
33	330	Z	T	X	T	B	W	B	D	D	B	L	D	L	R	U
39	390	Z	T	X	T	W	X	B	W	D	B	D	B	L	R	V
47	470	Y	Z	T	T	W	X	B	W	D	B	D	B	D	R	V
50	500	Y	Z	T	Z	W	X	B	W	B	B	D	B	D	R	V
51	510	Y	Z	T	Z	W	X	B	W	B	B	D	B	D	R	R
56	560	Y	Z	T	Z	W	T	B	X	B	W	D	B	D	R	R
68	680		Z	Z	Z	X	T	W	X	B	W	B	W	D	L	R
82	820		Y	Z	Y	T	Z	W	T	B	X	B	X	B	D	R
100	101		Y	Z	Y	T	Z	X	T	W	X	B	X	B	D	L
120	121			Y	Y	T	Z	T	T	W	T	W	X	B	D	D
150	151			Y		Z	Y	T	Z	X	T	W	X	B	B	D
180	181			Y		Z	Y	T	Z	T	T	W	T	W	B	D
200	201					Z	Y	Z	Z	T	Z	X	T	W	B	B
220	221					Y	Y	Z	Z	T	Z	X	T	W	B	B
270	271					Y		Z	Y	T	Z	T	Z	X	W	B
330	331					Y		Y	Y	Z	Z	T	Z	X	W	W
390	391							Y		Z	Y	T	Z	T	X	W
470	471							Y		Z	Y	Z	Y	T	X	W
560	561							Y		Y		Z	Y	T	T	X
680	681									Y		Z	Y	Z	T	X
820	821											Y		Z	T	X
1000	102											Y		Z	T	T
1200	122													Y	Z	T
1500	152													Y	Y	Z
1800	182														Y	Z
2000	202														Y	Z
2500	252														Y	Y
4000	402															Y

Color breaks used to highlight changes in dielectric material, letters indicate the specific material.

V-Series & B-Series Mechanical Characteristics

Size	V10	V12	V15	V20	V25	V30	V40	V50
W&L ±.001" (mm)	.010 (0.25)	.012 (0.30)	.015 (0.38)	.020 (0.51)	.025 (0.64)	.030 (0.76)	.040 (1.02)	.050 (1.27)
W' NOM. (mm)	.008 (0.20)	.010 (0.25)	.011 (0.28)	.016 (0.41)	.020 (0.51)	.026 (0.66)	.036 (0.91)	.044 (1.12)
B ±.001" (mm)	.001* (0.025)	.001* (0.025)	.002 (0.51)	.002 (0.51)	.002 (0.51)	.002 (0.51)	.002 (0.51)	.003 (0.76)
T ±.001" (mm)	.006 (0.15)	.006 (0.15)	.006 (0.15)	.006 (0.15)	.006 (0.15)	.006 (0.15)	.006 (0.15)	.006 (0.15)
*Min Border 0.0005" Contact factory for other sizes, values or configurations

Size	U10	U12	U15	U20	U25	U30	U35	U50	U70	U90
W +.001" -.003" (mm)	.010 (0.25)	.012 (0.30)	.015 (0.38)	.020 (0.51)	.025 (0.64)	.030 (0.76)	.035 (0.89)	.050 (1.27)	.070 (1.78)	.090 (2.29)
L MAX. (mm)	.012 (0.30)	.015 (0.38)	.020 (0.51)	.025 (0.64)	.030 (0.76)	.035 (0.89)	.040 (1.02)	.060 (1.52)	.080 (2.03)	.100 (2.54)
T ±.002" (mm)	NOM. 0.004" ~ 0.008" (NOM. 0.10 ~ 0.20)
Contact factory for other sizes, values or configurations

SLC Temperature Characteristics

Metallization Characteristics

Metallization Type	TiW/Au (Titanium-Tungsten/Gold)	TiW/Ni/Au (Titanium-Tungsten/Nickel/Gold)
Termination Code	T	N
Attachment Compatibility	Wire / Ribbon Bonding Silver or Gold Conductive Epoxy Au/Ge or Au/Si Eutectic Preform Excellent High Temperature Resistance (400°C) Unsuitable for Pb/Sn or Au/Sn Soldering	Pb/Sn or Au/Sn Soldering Au/Sn Eutectic Preform Moderate High Temp. Resistance (325°C) Long term high temperature may cause Ni diffusion and wire bond problems on Au/Ge

SLC thick-film terminations ( legacy codes "G" and "9") are still supported. Contact the factory for compatibility information.

Environmental Characteristics

Bond Strength	Exceeds MIL-S-883, Meth. 2011	Vibration:	MIL-S-202, Meth. 204-G, (30g, 10-2000 Hz)
Shear Strength	Exceeds MIL-S-883, Meth. 2019	Burn-In/Life Test:	MIL-S-202, Meth. 108, A/F
Solder Heat Resistance	MIL-S-202, Meth. 210-C, (260±5°C, 5 sec.)	Low Voltage Humidity:	Mil-C-49464, Para. 3.17
Solderability:	MIL-S-202, Meth. 208, (245±5°C, 5 sec.)	Barometric Pressure:	MIL-S-202, Meth. 105, B
Shock:	MIL-S-202, Meth. 213-I, (100g, 6 msec.)	Immersion/Salt Spray:	MIL-S-202, Meth. 104, B
Thermal Shock:	MIL-S-202, Meth. 107, A, (-55 to +125°C)	Moisture Resistance:	MIL-S-202, Meth. 106

Alternative part number for rectangular parts

Alternate part numbering for Rectangular parts

How to Order

Valid options are shown except for Capacitance
A typical PN is S0AL500B100K1S1001W. This part number breaks down as follows:

S 0 A L 5 0 0 B 1 0 0 K 1 S 1 0 0 1 W

Capacitors Single Layer - No Bord, .015 x .015", BX, 50V, 10pF±10%, TiW/Ni/Au, Waffle Pack

New Johanson Global Part Number Breakdown

* Not all combinations create valid part numbers, ask our Apps Engineering Team for assistance creating a valid part number Request for assistance

Click below to see the new Global Part Number Reference Chart for this product

Subfamily

S 0

Single Layer - No Border

Size
Multi-Layer Capacitor (MLCC)

C D

0201

C F

0402

C G

0403

C K

0504

C P

0603

C T

0805

D B

1111

D D

1206

D F

1210

D P

1808

D R

1812

D V

1825

E F

2220

E H

2525

E V

2525

F M

3838

Z Z

Special

Voltage

Industry Std examples:

6 R 3

6.3V

2 0 1

200V

Z Z Z

Special Code

3 numeric values in the voltage field - No "R" in the 3 digits - used for values greater than or equal to 10 Volts

1st two digits are Signiant; third digit denotes number of zeros,

100 = 10 Volts
101 = 100 Volts
402 = 4000 Volts

With "R" in the 3 digits - used for capacitance values less than 10 Volts

R = decimal point.
6R3 = 6.3 Volts

Dielectric Temp Char

Class 1 Temp Compensating

NP0/C0G

Class 2 Hi-Dielectric Constants

X7R

X8R

Miscellaneous

Define in special code

Capacitance

Industry Std examples:

1 R 0

1 pF

1 5 0

15 pF

4 7 2

4,700 pF

+ Alpha Cap Codes

Z Z Z

Special Code

3 numeric values in the voltage field - No "R" in the 3 digits - used for values greater than or equal to 10 pF · 1st two digits are Signiant; third digit denotes number of zeros,

100 = 10 pF
101 = 100 pF

With "R" in the 3 digits - used for capacitance values less than 10pF

R = decimal point.
R75 = 0.75 pF
8R2 = 8.2 pF

Tolerance

NP0 <10pF

±0.05pF

±0.1pF

±0.25pF

±0.5pF

NP0 >10pF

±1%

±2%

±5%

±10%

±20%

X7R

±5%

±10%

±20%

Special Code

Marking

No Mark

EIA Mark

Cap Code & Tol

Special Code

Marking available on 0805 and larger sizes

Termination

Surface Mount

G V

Ni/Sn (RoHS)

N T

Ni/SnPb

G U

Cu/Sn (RoHS)

N C

Cu/SnPb

G F

Polyterm Sn (RoHS)

N W

Polyterm Sn/Pb

Surface Mount

G G

Ni/Au (RoHS)

G H

Pd Ag Strike (RoHS)

G P

Pd/Ag (RoHS)

G S

Pt/Ag (RoHS)

D P

Double dip Pd (RoHS)

Z Z

Special Code

0 0 1

Default Catalog Item

0 0 2

Default for AEC Q200

0 0 3

1st special code

The special code is used to designate special (non-Catalog) performance requirements, testing, or physical dimensions.

Packaging

Conductive Bags

Bulk

Non-Conductive Bags

Embossed Tape

5" Reel Emb Tape

7" Reel Emb Tape

13" Reel Emb Tape

Paper Tape

5" Reel Paper Tape

7" Reel Paper Tape

13" Reel Paper Tape

Packaged in Foam

Tube

Waffle Pack

Special Code

Legacy How to Order Information

Microwave SLC Single Layer Capacitors

Key Features:

Applications:

Microwave SLC Single Layer Capacitors Information

Dielectric

V & B-Series (Borders)

U Series SLC Capacitance Selection (No border)

V-Series & B-Series Mechanical Characteristics

SLC Temperature Characteristics

Metallization Characteristics

Environmental Characteristics

Alternative part number for rectangular parts

How to Order

New Johanson Global Part Number Breakdown

Click below to see the new Global Part Number Reference Chart for this product

Subfamily

Size
Multi-Layer Capacitor (MLCC)

Voltage

Dielectric Temp Char

Capacitance

Tolerance

Marking

Termination

Special Code

Packaging

Quick links

Certifications

Visit our Sister Site:

Antennas

Ceramic Coaxial Resonators

Company Catalog

Modeling Software

S-Parameter Files

Download a specific PDF

Antenna Tech Notes

Integrated Passive Components Notes

RF Capacitors and Inductors

Tin Whiskers

Storage Information

Packaging & Soldering Information

Global CapacitorPart Number

Other Notes

Company

Careers

Certifications

Affiliates

Select a Continent

Popular locations

Microwave SLC Single Layer Capacitors

Key Features:

Applications:

Microwave SLC Single Layer Capacitors Information

Dielectric

V & B-Series (Borders)

U Series SLC Capacitance Selection (No border)

V-Series & B-Series Mechanical Characteristics

SLC Temperature Characteristics

Metallization Characteristics

Environmental Characteristics

Alternative part number for rectangular parts

How to Order

New Johanson Global Part Number Breakdown

Click below to see the new Global Part Number Reference Chart for this product

Subfamily

SizeMulti-Layer Capacitor (MLCC)

Voltage

Dielectric Temp Char

Capacitance

Tolerance

Marking

Termination

Special Code

Packaging

Quick links

Certifications

Visit our Sister Site:

Global Capacitor
Part Number

Size
Multi-Layer Capacitor (MLCC)