Global Capacitor Part Number Definition

Johanson has instituted a new "Global Part Numbering" (GPN) Definition.

Only the part number is changing. The parts are produced with the exact same materials, manufacturing processes, manufacturing controls, dimensions, physical attributes and testing as the parts supplied with the legacy part numbers.

The GPNs will be phased in over the next several years and are planned to be completed by January 1, 2026.
We will continue to quote and accept orders with the current (legacy) part numbers throughout this period.
Beginning January 1, 2022, all samples will be provided with the GPN.
Updates associated with this change will occur periodically.
A database for the approximate 1.7 million crosses can be accessed at: Global Capacitor Part Number Search

Example

Capacitors High-Q MLC C-Series, 0402, Hi-Q NP0/C0G, 250.00V, 0.70pF±0.1pF cap, Ni/Sn (RoHS) cap, 7" Reel Paper Tape cap
Legacy Part #: 251R07C0R7BV4T

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

Subfamily

A AC Power Capacitors

H High-Temp Radial 150°

N High-Temp Radial 200°

P High-Temp Radial 250°

R High-Temp Chips 150°

T High-Temp Chips 200°

H High-Temp Chips 250°

U LaserTrim Products

V High-Q MLC S-Series

S High-Q MLC E-Series

E High-Q MLC L-Series

L High-Q MLC C-Series

Q High-Q MLC G-Series

C H-Series Radial Leaded

B Safety Caps BME

S Safety Caps PME

L SMPS P-Series - BME

X SMPS P-Series - PME

M SMPS E-Series - BME

D SMPS E-Series - PME

E SMPS T-Series - BME

T SMPS T-Series - PME

X BME MiniSM

T Tanceram Hi-Cap

F Surface Mount ≥ 201V

T Surface Mount BME <500V

E Low Inductance

J High Reliability Low Voltage

V High Volt PME SMD ≥ 500V

P High Volt BME SMD ≥ 500V

F Feed-thru

E EMI Filters (X2Y) – PME

N EMI Filters (X2Y) – BME

0 Single Layer – No Border

1 Single Layer – Single Border

2 Single Layer – Dual Border

Class 2 Hi-Dielectric Constants
X For all SMPS Subfamilies, replace the x with the number of chips. For example, the code for SMPS P-Series PME with 4 chips is M4. See SMPS Subfamilies tab for the complete list.

Size

Single Layer / GBBL

A .010 x .010"

C .010 x .012"

E .010 x .015"

G .012 x .012"

A .012 x .015"

L .015 x .015"

N .015 x .020"

P .020 x .020"

A .020 x .025"

S .020 x .030"

U .025 x .025"

B .025 x .030"

A .030 x .030"

B .030 x .035"

B .035 x .035"

B .035 x .040"

B .040 x .040"

B .040 x .045"

B .050 x .050"

B .050 x .060"

B .070 x .080"

Multi-Layer Capacitor (MLCC)

C 0201
C 0402
C 0403
C 0504
C 0603
T 0805
V 0907
D 1111
D 1206
D 1210
G 1307
D 1316
D 1410
K 1515
P 1808
D 1812
T 1820
V 1825

B 2020
D 2211
E 2220
H 2525
I 2307
E 2312
K 2322
M 2324
P 2333
E 2520
T 2522
V 2525
E 2822
X 2830
Y 2833

F 3031
F 3133
F 3333
F 3530
F 3533
F 3640
F 3824
F 3838
F 3839
F 3840
T 3844
F 3907
U 3912
V 3931
F 3920
Y 3924
F 3945

G 4330
D 4354
G 4540
H 5024
H 5044
E 5330
H 5344
H 5350
H 5364
J 5550
H 5733
Q 5733
H 5924
T 5964
V 5980

J 6330
C 6374
J 6560
H 6928
I 6964
K 7450
F 7565
K 7960
M 8060
K 9750
M 12266
K 13060
D 38145
M 43102
N 43205
M 79148
Z Special

Voltage

Industry Std examples:

6R3 = 6.3V

201 = 200V

602 = 6,000V

Special Code

ZZZ = 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 significant; 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 Temperature Characteristics (DTC)

Class 1 Temp Compensating
G NPO/COG
Q Hi-Q NPO/COG
H COH
C U2J (NTC -750 ppm)
D P3L (NTC -1500 ppm)
E R3L (NTC -2200 ppm)
F S3L (NTC -3300 ppm)
L ALN
M Alumina

Class 2 Hi-Dielectric Constants
B BX
K X7P
W X7R
J X7S
T X7T
X X8R
N X6S
R X9R
U Z5U
Y X5R
X Y5V

Miscellaneous
A GBBL - High-K X7R
Z 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

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 significant; third digit denotes number of zeros:

100 = 10 pF
101 = 100 pF

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

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

Tolerance

T ±0.02pF
A ±0.05pF
B ±0.1pF
C ±0.25pF
D ±0.5pF
F ±1%

G ±2%
H ±3%
J ±5%
K ±10%
L ±15%

M ±20%
N ±30%
R +25%/-0%
Q +50%/-10%

Y +50%/-20%
X +80%/-20%
P +100%/0%
Z Special Code

Marking

1	No Mark
2	EIA Mark
3	Cap Code & Tol
4	Required Safety Mark
Z	Special Code

Termination

Surface Mount
G Ni/Sn (RoHS)
V Ni/SnPb
N Cu/Sn (RoHS)
T Cu/SnPb
P Polyterm Sn (RoHS)
G Polyterm Sn/Pb
W Ni/Au (RoHS)
Q Pd Ag Strike (RoHS)
H Pd/Ag (RoHS)
A Pt/Ag (RoHS)
D Double dip Pd (RoHS)

Leaded
S Straight Leads
L Axial Wire Lead (Ni/Sn RoHS)
R Axial Wire Lead (Ni/SnPb)
A Axial Ribbon Lead
J "J" Leads
I "J" Lead Reduced Height
Y "L" Leads
Z "L" Leads Reduced Height
M Microstrip Lead
2 Microstrip Lead - Short

Ribbon
R Radial Ribbon
R Radial Wire (Ni/Sn RoHS)
N Radial Wire (Ni/SnPb)

Encapsulated
Q Black Comp Case w/Radial Wire (Ni/SnPb)
B Black Comp Case w/Radial Wire (Ni/No Plating)
O Radial Wire Encap (Ni/SnPb)
Q Radial Wire Encap (Ni/Sn RoHS)
Q Microstrip w/ Black Coating

Single Layer
S TiW/Ni/Au
1 TiW/Au
2 Thick Film Gold
Z Special Code

Packaging

A Conductive Bags
B Bulk
C Non-Conductive Bags

Embossed Tape
K 5" Reel Emb Tape
E 7" Reel Emb Tape
U 13" Reel Emb Tape

Orientation in Embossed Tape
Q Vert. on 5" Reel Emb Tape
M Hor. on 5" Reel Emb Tape
P Vert. on 7" Reel Emb Tape
G Hor. on 7" Reel Emb Tape

Paper Tape
Y 5" Reel Paper Tape
T 7" Reel Paper Tape
R 13" Reel Paper Tape

Orientation in Paper Tape
J Hor. on 5" Reel Paper Tape
N Vert. on 5" Reel Paper Tape
V Vert. on 7" Reel Paper Tape
L Hor. on 7" Reel Paper Tape
D Gel-Pak

Other
F Packaged in Foam
H Tube
X Blister Pack
W Waffle Pack
S Ring Frame
Z Special Code