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C1210X682JBGAC7800

Description
CAP CER 6800PF 630V C0G/NP0 1210
CategoryPassive components   
File Size1MB,22 Pages
ManufacturerKEMET
Websitehttp://www.kemet.com
Environmental Compliance
Download Datasheet Parametric View All

C1210X682JBGAC7800 Overview

CAP CER 6800PF 630V C0G/NP0 1210

C1210X682JBGAC7800 Parametric

Parameter NameAttribute value
capacitance6800pF
Tolerance±5%
Voltage - Rated630V
Temperature CoefficientC0G,NP0
Operating temperature-55°C ~ 125°C
characteristicSoft terminals, high voltage
grade-
applicationBoardflex sensitive
failure rate-
Installation typeSurface mount, MLCC
Package/casing1210 (3225 metric)
size/dimensions0.130" long x 0.098" wide (3.30mm x 2.50mm)
Height - Installation (maximum)-
Thickness (maximum)0.043"(1.10mm)
lead spacing-
Lead form-
notifyThere is currently market demand for these product types, so lead times will change and extend. Lead times may vary.
Surface Mount Multilayer Ceramic Chip Capacitors (SMD MLCCs)
High Voltage with Flexible Termination System (HV FT-CAP),
C0G Dielectric, 500 – 3,000 VDC (Commercial Grade)
Overview
KEMET’s High Voltage with Flexible Termination (HV FT-CAP)
surface mount MLCCs in C0G dielectric address the primary
failure mode of MLCCs–flex cracks, which are typically the
result of excessive tensile and shear stresses produced
during board flexure and thermal cycling. Featuring several
of the highest CV (capacitance/voltage) values available in
the industry, these devices utilize a pliable and conductive
silver epoxy between the base metal and nickel barrier layers
of the termination system. The addition of this epoxy layer
inhibits the transfer of board stress to the rigid ceramic
body, therefore mitigating flex cracks which can result in
low IR or short circuit failures. Although flexible termination
technology does not eliminate the potential for mechanical
damage that may propagate during extreme environmental
and handling conditions, it does provide superior flex
performance over standard termination systems.
KEMET’s high voltage surface mount MLCCs in C0G
dielectric feature a 125°C maximum operating temperature
and offer the most stable voltage and temperature
performance of all ceramic dielectric materials. C0G (NP0)
dielectric capacitors exhibit no change in capacitance with
respect to time and voltage and boasts a negligible change
in capacitance with reference to ambient temperature.
Capacitance change is limited to ±30ppm/ºC from −55°C to
+125°C.
These devices exhibit low ESR at high frequencies and find
conventional use as snubbers or filters in applications such as
switching power supplies and lighting ballasts. Their exceptional
performance at high frequencies has made high voltage
MLCC’s the preferred dielectric choice of design engineers
worldwide. In addition to their use in power supplies, these
capacitors are widely used in industries related to automotive
(hybrid), telecommunications, medical, military, aerospace,
semiconductors and test/diagnostic equipment.
In addition to Commercial Grade, Automotive Grade devices are
available which meet the demanding Automotive Electronics
Council’s AEC-Q200 qualification requirements.
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Ordering Information
C
Ceramic
2225
X
393
Capacitance
Code (pF)
Two significant
digits and
number of
zeros.
J
Capacitance
Tolerance
1
B = ±0.10 pF
C = ±0.25 pF
D = ±0.5 pF
F = ±1%
G = ±2%
J = ±5%
K = ±10%
M = ±20%
C
Rated
Voltage
(VDC)
C = 500
B = 630
D = 1,000
F = 1,500
G = 2,000
Z = 2,500
H = 3,000
G
Dielectric
G=
C0G
A
Failure
Rate/
Design
A=
N/A
C
Termination Finish
2
C = 100% Matte Sn
L = SnPb (5% Pb minimum)
TU
Packaging/Grade
(C-Spec)
See
“Packaging
C-Spec Ordering
Options Table”
below
Case Size
Specification/
(L" x W")
Series
0603
0805
1206
1210
1808
1812
1825
2220
2225
X= Flexible
Termination
1
2
Additional capacitance tolerance offerings may be available. Contact KEMET for details.
Additional termination finish options may be available. Contact KEMET for details.
One world. One KEMET
© KEMET Electronics Corporation • P.O. Box 5928 • Greenville, SC 29606 • 864-963-6300 • www.kemet.com
C1070_C0G_HV_FT-CAP_SMD • 6/27/2017
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