T210A103J075PS Kemet Corp., T210A103J075PS Datasheet - Page 17

• Manufacturer Part Number: T210A103J075PS
• Description: GR500 High Reliability Solid Tantalum Capacitors; Capacitance: 0.01uF; Voltage: 75V; Tolerance: ±5%; Body Size: 0.250" x 0.125" Lead Style: Axial; Body Style: Hermetically-Sealed; Features: P Failure Rate
• Manufacturer: Kemet Corp.

3.4.2 Case insulation (when applicable)—Case insulation
shall not soften or creep at the high operating temperature.
3.4.3 Terminals—All terminal elements shall be adequately
secured so that normal movements of the terminal leads will
not result in degradation, damage, or excessive strain to the
capacitor element, case, or coating. Wire lead terminals shall
be solder coated type N32 or N34 of MIL-STD-1276.
Coating solder shall have a tin content of 40-70% and shall
meet the solderability requirements of 3.5.13. Other lead
materials and finishes are available. Refer to the applicable
detail specification.
3.5 Inspection Tests
3.5.1 Thermal Shock—Capacitors shall be subjected to
thermal shock per 4.5.2.
3.5.2 Grading (accelerated voltage aging)—Capacitors
shall be graded per 4.5.3. Available failure rates for a given
series, capacitance and voltage rating shall be as listed in the
applicable detail specification.
3.5.3 DC leakage—The dc leakage shall not exceed the ini-
tial requirements listed in the applicable detail specification
when measured per 4.5.4.
3.5.4 Capacitance—The capacitance shall be within the
specified tolerance band listed in the applicable detail spec-
ification when measured per 4.5.5.
3.5.5 Dissipation factor—The dissipation factor shall not
exceed the initial requirements listed in the applicable detail
specification when measured per 4.5.6.
3.5.6 ESR—The ESR shall not exceed the limits specified in
the detail specification at 100 kHz, +25°C.
3.5.7 Seal—Capacitors shall be tested for hermeticity per
4.5.7. After test, D.C. leakage shall not exceed the initial
requirements listed in the applicable detail specifications.
3.5.8 Radiographic Inspection—Capacitors subjected to a
two plane x-ray analysis per 4.5.8 shall reveal no indication
of defective connections, improperly aligned anode assem-
bles, defective seals or eyelets, excessive solder voids, insuf-
ficient or excessive anode bonding solder, loose particles, or
other structural weaknesses.
3.5.9 Visual and mechanical examination—Capacitors
examined per 4.6.1 shall show compliance with require-
ments of 3.1, 3.3, 3.4, 3.6 and 3.8.
3.5.10 Shock—Capacitors tested per 4.5.9 shall exhibit no
electrical discontinuities greater than 500 microseconds
duration. There shall be no indication of mechanical dam-
age, arcing, or breakdown.
3.5.11 Vibration—Capacitors tested per 4.5.10 shall exhibit
no electrical discontinuities create than 500 microseconds
duration. There shall he no indication of mechanical dam-
age, arcing or breakdown.
© KEMET Electronics Corporation • P.O. Box 5928 • Greenville, SC 29606 [phone] • www.kemet.com
GR500 GRADED RELIABILITY SPECIFICATION
GR500 GRADED RELIABILITY SPECIFICATIONS
3.5.12 Thermal shock and immersion—Capacitors tested
per 4.5.12 shall meet the requirements listed in the applica-
ble detail specification.
3.5.13 Solderability—Capacitors tested per 4.5.12 shall
exhibit leads with a minimum of 95% of the dipped surface
uniformly covered with new solder coat. Only small pin holes
or rough spots, not concentrated in one area, on the remaining
5% of the dipped surface shall be considered acceptable.
3.5.14 Terminal strength—Capacitors tested per 4.5.13
shall exhibit no loosening effect or permanent damage to the
terminals or terminal solder.
3.5.15 Moisture resistance—Capacitors tested per 4.5.14
shall meet the requirements listed in the applicable detail
specification.
3.5.16 Case insulation—Capacitors tested per 4.5.15 shall meet
the requirements listed in the applicable detail specification.
3.5.17 Temperature stability—Capacitors tested per
4.5.16 shall meet the requirements listed in the applicable
detail specification.
3.5.l8 Surge current—When tested in accordance with
4.5.17, capacitors shall meet requirements as specified in the
applicable detail specifications.
3.5.19 Life—Capacitors tested per 4.5.18 shall exhibit no
evidence of mechanical damage. permanent short circuits or
opens and shall meet the requirements listed in the applica-
ble detail specification.
3.5.20 Solvent resistance—Capacitors tested per 4.5.19 shall
exhibit no evidence of mechanical damage or adverse effect
on marking.
3.5.21 Resistance to Soldering Heat—Capacitors tested
per 4.5.20 shall meet the requirements listed in the applica-
ble detail specification.
3.6 Marking—Capacitors shall be permanently and legibly
marked with the manufacturerʼs identification (K or
KEMET), capacitance in microfarads. capacitance toler-
ance. rated dc voltage in volts, a plus (+) sign marked adja-
cent to the positive terminal and the manufacturerʼs lot code
as specified in paragraph 3.7 and 3.7.1. See applicable detail
specification for exact marking and examples.
3.7 Lot definition—A lot shall consist of capacitors of the
same series, case size, capacitance value and voltage rating.
The manufacture of all parts in the lot shall begin on the
same working day. The lot identity and traceability shall be
maintained throughout manufacturing, inspection, and
shipping.
3.7.1 Lot identification—All parts in the lot shall be identi-
fied by a unique lot code consisting of a 3 or 4 digit date
code denoting year and week of manufacture and a 2 letter
batch code identifying a specific batch within the week.
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