N2200 Fuze Capacitors

Table of Maximum Capacitance Values for Custom Chips

Class I - N2200 (R) Dielectric

The following table represents our standard listing of Pulse Energy/Detonation (Fuze) capacitors produced from our proprietary N2200 dielectric formulation. In addition to the below listed standard case sizes, WCI is ideally situated to custom fabricate alternative size, thickness and/or voltage ratings per individual requirements. Should you not find what you are looking for please call the factory.

Produced according to meticulously defined standards, all parts are then conditioned at elevated temperature and voltage. 100% of all lots are screened for conformance to stated performance criteria. All units are tested to MIL-PRF-49467 however customer required screening can also be accommodated.

Our high reliability line of N2200 capacitors are specifically designed to withstand the rigors of single or multiple pulse firings.

A temperature coefficient of 2200 PPM is standard and typical results are detailed below. Common applications include aerospace, defense, pulse energy detonation and higher end consumer needs requiring a greater degree of safety/reliability not usually found in “cots” parts.

Max Tcc = + 25% @ -55°C, -20% @ 125°C
DF= .15 Max

N2200 Fuze Capacitors (Case sizes in inches)

(Also see Class I Dielectric charts, "R" material, for other maximum capacitance values.)

SIZE	2838	3840	4565	6964	8840	13060
LENGTH-NOM	0.280	0.380	0.450	0.690	0.880	1.300
WIDTH-NOM	0.380	0.400	0.650	0.650	0.400	0.600
MAX-THICK	0.275	0.275	0.300	0.400	0.300	0.300

Dimensions are ±5% length and width or .015"; whichever is greater. MB = .005" / .030"

SIZE / VOLTAGE	2838	3840	4565	6964	8840	13060
500V	154	184	394	564
1000V	104	124	274	474
2000V	333	473	184	224
3000V	183	223	473	124
4000V	682	822	223	473	153	683
5000V	392	472	103	223	103	333
7000V			562	103	472	153
10,000V			272	562	272	822

Higher voltages and capacitance values are available with "stacked chip" configurations and thickness maximums greater than .350". Other chip sizes also available. Please consult the factory.

Temperature Coefficient

N2200 (R) Pulse Energy/Fuze Capacitor

Material:	N2200 (R) Pulse Energy/Fuze Capacitor
Operation Temperature Range:	-55°C to 125°C.
Temperature Coefficient:	-2200ppm/°C typical, tolerance per EIA-198
Dissipation Factor:	0.15% max at 25°C.
Insulation Resistance:	at 25°C > 100GΩ or 1000MΩμF or whichever is less. at 125°C > 10GΩ or 100MΩμF or whichever is less.
Dielectric withstanding Voltage:	250% for parts ≤250V. x 150% for parts 250V-1KV. 120% for parts >1KV.
Aging Rate:	0% per decade.
Testing Parameters:	1kHz, 1.0 ± 0.2VRMS, 25°C. 1mHz for capacitance ≤ 100pF.

Temperature Coefficient, Percent Vs. Degrees C

N2200 (R) Hi TEMP 200°C

Material:	N2200 (R) Hi TEMP 200°C
Operation Temperature Range:	-55°C to 200°C.
Temperature Coefficient:	-2200ppm/°C typical, tolerance per EIA-198
Dissipation Factor:	0.15% max at 25°C.
Insulation Resistance:	at 25°C > 100GΩ or 1000MΩμF or whichever is less. at 125°C > 10GΩ or 100MΩμF or whichever is less. at 200°C >1GΩ or 10MΩμF or whichever is less.
Dielectric withstanding Voltage:	250% for parts ≤250V. 150% for parts 250V-1KV. 120% for parts >1KV.
Aging Rate:	0% per decade.
Testing Parameters:	1kHz, 1.0 ± 0.2VRMS, 25°C. 1mHz for capacitance ≤ 100pF.

This is the Class I temperature compensating dielectric. N2200 is non-piezoelectric and particularly well suited for repetitive high current pulse type applications (where long charge/discharge life is required). N2200 also has no voltage coefficient, which makes it more volumetric efficient than X7R at higher voltages. Also, the lower ESR (DF=.1% typical, X7R=1.8% to 2.5% typical) as well as increased capacitance at lower temperatures is an additional benefit in many applications.

As a safety feature an integrated bleed resistor can be included on the capacitor. This can either be a single resistive element or dual for redundancy purposes. Typical resistance values range from 100MΩ to 500MΩ at ±20%. Although other values and tolerances can be specified. Resistors are stable up to 200°C.

Fuze caps with an integrated bleed resistor will be coated with our clear, high temperature, high voltage and moisture resistant protective coating. All other fuze caps will be coated with our red urethane varnish.

Ordering Information

Prefix	Case Size	Encapsulation	Dielectric	Capacitance	Tolerance	Termination	Voltage	Suffix
SMN	3840	T	R	124	K	D	102	-R300
SM - Surface Mount SMN - Surface Mount w/ Testing SMS - Special Solder required - Sn95Sb05	Chip Size	E = E Lead G = Gull Lead J = J Lead L = L Lead T = Tab Lead	N = NPO R = N2200 X = X7R See Dielectric Characteristics for full list	Capacitance Value Code in pF 1^st two digits significant, 3^rd the power of ten i.e.: 102 = 1000pF	F = ±1% G = ±2% J = ±5% K = ±10% M = ±20% Z = +80%/-20% V = +100%	A = Ag D = PdAg	Voltage Code 1^st two digits significant, 3^rd the power of ten i.e. 102 = 1000V	-A MIL-PRF-49467 -NM No Marking -NC No Coating -R#### = Bleed Resistor in MΩ -X### = Special Thickness

Dielectric Codes

Dielectric Code	Material	Temperature Coefficient Please see Dielectric Characteristics for more information
N	COG/NPO	-55°/+125°C
N	COG/NPO	Hi Temp -55°/+250°C
R	N2T	-55°/+125°C/ ±500pm
R	N2T	Hi Temp -55°/+250°C
X	X7R/BR	BR -55°/+125°C
X	X7R/BR	Hi Temp -55°/+250°C
Y	Y5V	Y5V -30°/+85°C

Prefixes

Prefix	Description
WC	Standard
WCN	Non standard Requirements High Temperature High Reliability
WCR	RoHS Compliant
HT	High Temperature (Potted Units)
HTN	High Temp w/ High Reliability Testing (Potted Units)
SM	Surface Mount
SMN	Surface Mount with High Reliability Testing
SMS	Special Solder required (Sn95Sb05)

Capacitance Tolerance Codes

Code	Tolerance
F	± 1%
G	± 2%
J	± 5%
K	± 10%
M	± 20%
Z	+80%/-20%
V	+ 100%

Suffixes

Suffix	Description
-A	MIL-PRF-49467
-NM	No Marking
-NC	No Coating
-R ###	Bleed Resistor
-X###	Special Thickness