Tantalum Chip Capacitors
FEATURES
•
EXPANDED VALUE RANGE & REDUCED CASE SIZES
• MOLDED CONSTRUCTION FOR HIGH SOLDERING HEAT RESISTANCE
• ELEVEN CASE SIZES (J, P, A2, A, B2, B, C2, C, V, D AND E)
RoHS
• BOTH FLOW AND REFLOW SOLDERING APPLICABLE
Compliant
• TAPE & REEL PACKAGING COMPATIBLE WITH AUTOMATIC
includes all homogeneous materials
PICK & PLACE EQUIPMENT
*See Part Number System for Details
NTC-T Series
SPECIFICATIONS & PERFORMANCE CHARACTERISTICS
Capacitance Range
0.1μF to 680μF
Capacitance Tolerance
±20% (M), ±10% (K)
Rated Voltage Range @ 85°C (Vdc)
2.5
4.0
6.3
10
16
20
25
35
50
Surge Voltage Rating @ 85°C (Vdc)
3.3
5.2
8.0
13
20
28
33
46
85
Derated Voltage @ 125°C (Vdc)
1.8
2.5
4.0
6.3
10
13
16
22
32
Operating Temperature Range
-55°C to +85°C (to +125°C with Derating)
Dissipation Factor
See Case Size and Specifications Table
Leakage Current @ +25°C
Not More Than 0.01CV or 0.5μA, whichever is greater
(After 5 Minutes at Rated Voltage)
Capacitance Change
-55°C
+85°C
+125°C
With Temperature
A2, A, B2, B, C, D & E Case Size
ΔC
- 12%
ΔC
± 12%
ΔC
± 12%
J & P Case Size
ΔC
- 20%
ΔC
± 20%
ΔC
± 20%
Resistance to Soldering Heat
ΔC
± 5%* Max, LC = Less than initial specification.
(+260°C for 5 Seconds)
DF = Less than initial specification
Moisture Resistance
ΔC
± 5%* Max, LC = Less than initial specification.
(500 hours; 90~95% RH @ 40°C)
DF = 150% of initial specification
Temperature Cycling
ΔC
± 5%* Max, LC = Less than initial specification.
(5 cycles; -55°C ~ +125°C)
DF = Less than initial specification
Load Life (at Rated Voltage)
ΔC
± 10%* Max, LC = 125% of initial specification.
(2,000 hours @ 85°C)
DF = Less than initial specification
1%/1000 hours at 60% confidence level (+85°C)
Base Failure Rate (1.0Ω/Volt)
*±12% ~ ±15% for extended values, ±20% for J & P case size values
POWER DISSIPATION @ 25°C (FREE AIR) &
EQUIVALENT SERIES INDUCTANCE (ESL)
Case Pd Max.
ESL
Code
(W)
(nH)
P
0.025
1.00
A2
0.050
1.20
A
0.070
1.20
B2
0.070
1.50
B
0.080
1.50
C2
0.090
C
0.110
2.70
V
0.125
D
0.150
3.00
E
0.165
3.00
RIPPLE CURRENT CORRECTION FACTOR:
Ambient Temperature 25°C +55°C +85°C +105°C +125°C
Correction Factor
1.0
0.90 0.80
0.40
0.15
RIPPLE CURRENT/VOLTAGE RATINGS:
Pd
ESR
Tmax. = Ripple Current rating (Arms)
Pd = Power dissipation (watt)
ESR = Equivalent series resistance (ohm)
V max. = Ripple voltage rating (Vrms)
Z = The capacitors impedance (ohm) =
(ESR)
2
+(XL-XC)
2
Tmax. =
V max. = Z
•
Pd
ESR
PART NUMBER SYSTEM
NTC-T 106 M 16 TR B F
RoHS Compliant
Case Code
Packaging: TR=Tape/Reel
Voltage
Tolerance Code: K=±10%, M=± 20%
Capacitance Code
Series
Please review the notes on correct use, safety and precautions found on our
website at
www.niccomp.com/tantpc
If in doubt or uncertainty, please review your specific application - process details with
NIC’s technical support personnel:
tpmg@niccomp.com
PRECAUTIONS
216
NIC COMPONENTS CORP.
www.niccomp.com
www.lowESR.com
www.RFpassives.com
www.SMTmagnetics.com
Tantalum Chip Capacitors
STANDARD AND EXTENDED PRODUCT SPECIFICATIONS TABLE
*Extended Case Sizes
Chart show Case Size, Max. Tan
δ
@ 120Hz/+20°C, Max. ESR @ 100KHz/+20°C
Cap
(μF)
0.1
0.15
0.22
0.33
0.47
0.68
1.0
Code
104
154
224
334
474
684
105
2.5
-
-
-
-
-
-
-
4.0
-
-
-
-
-
-
-
6.3
-
-
-
-
-
-
P 10%/25Ω
Working Voltage (Vdc)
10
-
-
-
-
-
-
P 10%/25Ω
J 20%/30Ω
P 20%/25Ω
A2*8%/20Ω
A 4%/8.0Ω
J 20%/30Ω
P 20%/20Ω
A2*8%/12Ω
A 4%/7.0Ω
J 20%/25Ω
P 20%/20Ω
A2*8%/12Ω
A*8%/5.5Ω
J 20%/10Ω
P 20%/10Ω
A2*8%/8.0Ω
A*8%/5.0Ω
B 4%/3.5Ω
A2 8%/8.0Ω
A*8%/4.5Ω
B 8%/3.0Ω
P 20%/6.0Ω
A2 8%/5.0Ω
A*8%/3.2Ω
B2*8%/3.2Ω
B*8%/2.5Ω
C 6%/1.8Ω
16
-
-
-
-
20
-
-
-
-
-
A 4%/12Ω
A2*6%/13Ω
A*6%/9.0Ω
25
-
-
-
-
A 4%/14Ω
A*6%/10Ω
P 6%/8.0Ω
A2 6%/13Ω
A*6%/8.0Ω
A*6%/8.0Ω
B 4%/4.6Ω
NTC-T Series
P 10%/35Ω
-
J 10%/30Ω
P 20%/25Ω
A1*6%/16Ω
A 4%/10Ω
J 10%/25Ω
A2*6%/13Ω
A 4%/8.0Ω
P 10%/19Ω
A2*6%/13Ω
A*6%/6.0Ω
35
A 4%/18Ω
-
A 4%/18Ω
A 4%/15Ω
A*6%/12Ω
B 4%/8.0Ω
-
50
-
-
-
-
-
-
A2 6%/13Ω
A*6%/8.0Ω C 4%/5.5Ω
B 4%/4.8Ω
A*6%/8.0Ω
B*6%/4.0Ω
C 4%/3.0Ω
1.5
155
-
P 10%/25Ω
P 10%/25Ω
J 20%/20Ω
P 20%/20Ω
A2*8%/18Ω
A 4%/8.0Ω
J 20%/20Ω
P 20%/13Ω
A2*8%/9.0Ω
A 4%/7.5Ω
J 20%/15Ω
P 20%/12Ω
A2*8%/7.5Ω
A*8%/6.0Ω
J 20%/7.0Ω
P 20%/12Ω
A2*8%/7.5Ω
A*8%/5.0Ω
B 6%/3.5Ω
J 20%/8.0Ω
P 20%/12Ω
A2*8%/10Ω
A*8%/4.0Ω
B 6%/3.0Ω
A2*6%/13Ω
A*6%/6.5Ω
-
2.2
225
-
P 10%/25Ω
3.3
335
-
P 20%/20Ω
A2*8%/18Ω
A 4%/8.0Ω
P 20%/12Ω
A2*8%/10Ω
A 4%/7.5Ω
4.7
475
A2*8%/18Ω
P 10%/8.0Ω
A2 6%/7.0Ω A*6%/8.0Ω
A*6%/6.0Ω
B*6%/4.0Ω
B 4%/3.5Ω
P 10%/8.0Ω A2 8%/5.0Ω
A 6%/7.0Ω
A2 8%/7.0Ω A*6%/5.0Ω
B*6%/3.5Ω
A*6%/5.0Ω B2 6%/3.9Ω
C 4%/2.5Ω
B 4%/3.5Ω
B*6%/3.0Ω
A2 15%/5.0Ω
A2 8%/4.5Ω A*6%/5.0Ω B2 6%/3.0Ω
A*6%/5.0Ω B2 6%/3.0Ω B*6%/3.0Ω
B*6%/3.0Ω
B*6%/3.0Ω
C 4%/2.4Ω
C 4%/2.4Ω
A2*6%/5.0Ω
A*6%/5.0Ω
B2 6%/5.0Ω
B*6%/2.5Ω
A 8%/5.0Ω
B2 8%/4.0Ω
B*6%/2.4Ω
C 6%/1.8Ω
B2 6%/3.0Ω
B*6%/2.8Ω
C 6%/1.9Ω
B 6%/2.5Ω
C*6%/1.9Ω
D 6%/1.4Ω
A 6%/5Ω
B*6%/4.2Ω D 4%/1.8Ω
C 4%/3.0Ω
B2 6%/3.0Ω
B*6%/4.0Ω
D 4%/1.4Ω
C 4%/2.5Ω
D 4%/2.0Ω
C*6%/2.2Ω
D 4%/1.4Ω
D 4%/1.5Ω
6.8
685
P 20%/20Ω
A2*8%/16Ω
P 20%/12Ω
A2*8%/8.0Ω
A*8%/6.0Ω
J 20%/12Ω
P 20%/12Ω
A2*12%/8.0Ω
A*8%/5.0Ω
B 6%/3.5Ω
C*6%/1.9Ω
D 6%/1.3Ω
-
10
106
P 20%/12Ω
A2*8%/15Ω
B*6%/2.5Ω
C*6%/1.8Ω
D 6%/1.3Ω
C2 6%/2.0Ω C 6%/1.5Ω
C*6%/1.8Ω D 6%/1.0Ω
D 6%/1.2Ω E*6%/1.0Ω
-
15
156
22
226
33
336
P 20%/5.0Ω
P 20%/
J 20%/8.0Ω
A2 12%/4.0Ω
A2*12%/8.0Ω
A2*12%/10Ω
A*8%/3.5Ω
A*8%/4.0Ω
A*8%/5.0Ω
B2*8%/3.5Ω
B*8%/3.0Ω
B*8%/2.5Ω
P 20%/4.0Ω
P 20%/5.0Ω
A2 12%/2.8Ω
P 20%/4.0Ω A2 12%/4.0Ω
A*10%/4.5Ω
A2*12%/10Ω A*8%/3.5Ω
B2*12%/4.5Ω
A*8%/4.0Ω B2*8%/3.5Ω
B*8%/2.3Ω
B*8%/2.8Ω
C 6%/1.8Ω
P 20%/5.0Ω P 20%/4.0Ω A2 18%/3.0Ω
A2 12%/4.0Ω A2 8%/4.5Ω A 12%/5.0Ω
A*8%/3.5Ω A*10%/4.5Ω B2 12%/1.7Ω
B2*8%/3.5Ω B212%/4.5Ω B*8%/2.0Ω
B*8%/3.0Ω
B*8%/2.4Ω
C*8%/1.8Ω
A 12%/5.0Ω
A2 20%/3.0Ω
B2*6%/2.5Ω
B2*8%/2.5Ω
C*6%/1.8Ω
C 6%/1.8Ω
D 6%/1.8Ω
C*6%/1.7Ω
D 6%/0.8Ω
C 6%/1.5Ω
D*6%/1.0Ω
D*6%0.9Ω
-
A 12%/2.5Ω B2 10%/2.2Ω
C2 6%/1.4Ω
B2 12%/4.0Ω B*6%/2.5Ω
C*6%/1.5Ω
B*8%/2.4Ω
C*6%/1.6Ω
D*6%/0.8Ω
C*8%/1.8Ω
D 6%/0.8Ω
B2 12%/1.7Ω B 8%/1.4Ω
B*8%/2.0Ω C2 6%/1.4Ω
C*8%/1.6Ω
C*6%/1.2Ω
D 6%/0.8Ω
D*6%/0.8Ω
D*6%/0.8Ω
-
-
D*6%/0.8Ω
D 6%/0.7Ω
-
-
NIC COMPONENTS CORP.
www.niccomp.com
www.lowESR.com
www.RFpassives.com
www.SMTmagnetics.com
217
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