High Voltage MLCC

High Voltage MLCCs for Compact Power Conversion, Modems, and Lighting Circuits

Key Features:

Case Sizes: 0805 - 2225
DC Voltages from 500 - 6KV
Dielectrics Type: NP0, X7R
Capacitance Range: 10pF - 0.47µF
Soft Polyterm® available to reduce stress (Contact factory).

Applications:

Analog & Digital Modems
Voltage Multipliers
DC-DC Converters
Lightning Ballast Circuit
Back-lighting inverters
LAN/WAN Interface

Polyterm® soft termination option for demanding environments & processes available on select parts. Contact the factory.

Note: Capacitors may require a surface coating to prevent external arcing. Solder mask should not be used beneath capacitors.

Download Datasheet [PDF]

Ask a Question

CASE SIZE				CAPACITANCE SELECTION
EIA	Sizes	Inches	(mm)	Rated Voltage	NPO Dielectric		X7R Dielectric
EIA	Sizes	Inches	(mm)	Rated Voltage	Minimum	Maximum	Minimum	Maximum
0805	L	.080 ±.010	(2.03 ±.25)
	W	.050 ±.010	(1.27 ±.25)	500 VDC	10 pF	680 pF	1000 pF	0.010 µF
	T	.055 Max.	(1.40)	630 VDC	10 pF	560 pF	1000 pF	6800 pF
	E/B	.020 ±.010	(0.51±.25)	1000 VDC	10 pF	390 pF	100 pF	2700 pF
1206
	L	.125 ±.010	(3.18 ±.25)	500 VDC	10 pF	1500 pF	1000 pF	0.033 µF
	W	.062 ±.010	(1.57 ±.25)	630 VDC	10 pF	1200 pF	1000 pF	0.027 µF
	T	.067 Max.	(1.70)	1000 VDC	10 pF	1000 pF	100 pF	0.010 µF
	E/B	.020 ±.010	(0.51±.25)	2000 VDC	10 pF	220 pF	100 pF	4700 pF
				3000 VDC	10 pF	82 pF	100 pF	1000 pF
1210
	L	.125 ±.010	(3.18 ±.25)	500 VDC	10 pF	3900 pF	1000 pF	0.068 µF
	W	.095 ±.010	(2.41 ±.25)	630 VDC	10 pF	2700 pF	1000 pF	0.047 µF
	T	.080 Max.	(2.03)	1000 VDC	10 pF	1800 pF	100 pF	0.015 µF
	E/B	.020 ±.010	(0.51±.25)	2000 VDC	10 pF	560 pF	100 pF	4700 pF
				3000 VDC	10 pF	220 pF	100 pF	1000 pF
1808				500 VDC	10 pF	4700 pF	1000 pF	0.100 µF
				630 VDC	10 pF	3300 pF	1000 pF	0.047 µF
	L	.185 ±.020	(4.70 ±.51)	1000 VDC	1.0 pF	2200 pF	100 pF	0.022 µF
	W	.080 ±.010	(2.03 ±.25)	2000 VDC	1.0 pF	820 pF	100 pF	0.010 µF
	T	.085 Max.	(2.16)	3000 VDC	1.0 pF	470 pF	100 pF	3300 pF
	E/B	.020 ±.010	(0.51±.25)	4000 VDC	1.0 pF	180 pF	100 pF	1800 pF
				5000 VDC	1.0 pF	75 pF	47 pF	390 pF
				6000 VDC	1.0 pF	75 pF	47 pF	150 pF

Case Size				Capacitance Selection
EIA	Sizes	Inches	(mm)	Rated Voltage	NPD Dielectric		X7R Dielectric
EIA	Sizes	Inches	(mm)	Rated Voltage	Minimum	Maximum	Minimum	Maximum
1812
				500 VDC	100 pF	8200 pF	1000 µF	0.330 µF
				630 VDC	100 pF	6800 pF	1000 pF	0.120 µF
	L	.177 ± 012	(4.50 ± 30)	1000 VDC	10 pF	5600 pF	1000 pF	0.100 µF
	W	.125 ± 010	(3.18 ± 25)	2000 VDC	10 pF	1800 pF	100 pF	0.010 µF
	T	.110 Max.	(2.80)	3000 VDC	10 pF	1000 pF	100 pF	4700 pF
	E/B	.025 ± 015	(0.64± 38)	4000 VDC	10 pF	390 pF	100 pF	1200 pF
				5000 VDC	10 pF	150 pF	100 pF	820 pF
				6000 VDC	10 pF	150 pF	10 pF	330 pF
1825				500 VDC	100 pF	0.018 µF	0.01 µF	0.390 µF
				630 VDC	100 pF	0.015 µF	0.01 µF	0.270 µF
	L	.180 ± 010	(4.57 ± 25)	1000 VDC	10 pF	0.012 µF	1000 pF	0.180 µF
	W	.250 ± 010	(6.35 ± 25)	2000 VDC	10 pF	5600 pF	100 pF	0.039 µF
	T	.140 Max.	(3.56)	3000 VDC	10 pF	2200 pF	100 pF	8200 pF
	E/B	.025 ± 015	(0.64± 38)	4000 VDC	10 pF	1200 pF	100 pF	2200 pF
				5000 VDC	10 pF	390 pF	100 pF	1500 pF
				6000 VDC	10 pF	390 pF	100 pF	820 pF
2220				500 VDC	1000 pF	0.018 µF	0.01 µF	0.470 µF
				630 VDC	1000 pF	0.018 µF	0.01 µF	0.270 µF
	L	.225 ± 015	(5.72 ± 38)	1000 VDC	100 pF	0.015 µF	1000 pF	0.120 µF
	W	.200 ± 015	(5.08 ± 38)	2000 VDC	100 pF	5600 pF	100 pF	0.039 µF
	T	.150 Max.	(3.81)	3000 VDC	10 pF	2700 pF	100 pF	0.010 µF
	E/B	.025 ± 015	(0.64± 38)	4000 VDC	10 pF	1500 pF	100 pF	2200 pF
				5000 VDC	10 pF	470 pF	100 pF	1500 pF
				6000 VDC	10 pF	470 pF	100 pF	820 pF
2225				500 VDC	1000 pF	0.027 µF	0.01 µF	0.560 µF
				630 VDC	1000 pF	0.022 µF	0.01 µF	0.380 µF
	L	.225 ± 010	(5.72 ± 25)	1000 VDC	100 pF	0.018 µF	1000 pF	0.180 µF
	W	.255 ± 015	(6.48 ± 38)	2000 VDC	100 pF	8200 pF	1000 pF	0.056 µF
	T	.160 Max.	(4.06)	3000 VDC	10 pF	3300 pF	100 pF	0.012 µF
	E/B	.025 ± 015	(0.64± 38)	4000 VDC	10 pF	1800 pF	100 pF	3300 pF
				5000 VDC	10 pF	470 pF	100 pF	2700 pF
				6000 VDC	10 pF	470 pF	100 pF	1200 pF

DWV = 1.5 X rated WVDC for ratings 500-999 WVDC

DWV = 1.2 X rated WVDC for ratings ≥ 1,000 WVDC

How to Order

Valid options are shown except for Capacitance
A typical PN is VPDD202W121K1GV001E. This part number breaks down as follows:

VPDD202W121K1GV001E

Capacitors HVS PME, 1206, X7R, 2000V, 1000pF±10%, Ni/Sn (RoHS), 7" Reel Embossed Tape

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

V P

High Volt SMD ≥ 500V

V B

High Volt SMD ≥ 500V

Size
Multi-Layer Capacitor (MLCC)

C T

0805

D D

1206

D P

1808

D F

1210

D R

1812

E F

2220

E H

2225

D V

1825

Voltage

5 0 1

00V

6 3 1

630V

1 0 2

1000 V

2 0 2

2000 V

3 0 2

3000 V

4 0 2

4000 V

5 0 2

5000 V

6 0 2

6000 V

Dielectric Temp Char

Class 1 Temp Compensating

NP0/C0G

Class 2 Hi-Dielectric Constants

X7R

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

±5%

±10%

±20%

Marking

No Mark

EIA Mark

Termination

Surface Mount

G V

Ni/Sn (RoHS)

N T

Ni/SnPb

G F

Polyterm Sn (RoHS)

Surface Mount

Z Z

Special Code

Special Code

0 0 1

Default Catalog Item

Packaging

Bulk

7" Reel Embossed Tape

7" Reel Paper Tape

13” Reel Embossed Tape

The legacy info below is for reference only.

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

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 2 million crosses can be accessed at: https://www.johansontechnology.com/pn-search