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SLTS264J – NOVEMBER 2005 – REVISED JUNE 2009 ................................................................................................................................................... www.ti.com
Table 3. Input/Output Capacitors (continued)
Capacitor Characteristics
Quantity
Max
Output Bus
Max.
Ripple
Capacitor Vendor,
Working
ESR
Current
Turbo-
Value
Physical
Input
Type Series (Style)
No
Voltage
at 100
at
Vendor Part No.
Trans
(F)
Size (mm)
Bus
Turbo-
(V)
kHz
85°C
(Cap
Trans
(m
)
(Irms)
Type)(2)
(mA)
Sanyo
TPE, Poscap (SMD)
10
330
25
3000
7,3 × 4,3
N/R(6)
1 ~ 3
C
≥ 2(2)
10TPE330MF
TPE Poscap(SMD)
2.5
470
7
4400
7,3 × 4,3
N/R(6)
1 ~ 2
B
≥ 2(2)
2R5TPE470M7 (VO≤ 1.8V)
(8)
TPD Poscap (SMD)
2.5
1000
5
6100
7,3 × 4,3
N/R(6)
1
B
≥ 1(2)
2R5TPD1000M5 (VO≤ 1.8V)
(8)
SEP, OS-CON (Radial)
16
330
16
4700
10 ×13
≥1(3)
1 ~ 3
B
≥ 2(2)
16SEP330M
SP OS-CON ( Radial)
16
270
18
4400
10 × 11,5
≥1(3)
1 ~ 3
B
≥ 2(2)
16SP270M
SEPC, OS-CON (Radial)
16
270
11
5000
8 × 13
≥1(3)
1 ~ 2
B
≥ 2(2)
16SEPC270M
SVP, OS-CON (SMD)
16
330
16
4700
10 × 12,6
≥1(3)
1 ~ 3(4)
B
≥ 2(2)(4)
16SVP330M
AVX, Tantalum
Series III
10
330
40
1828
7,3×4,3×4,1
N/R(6)
1 ~ 6(4)
N/R(5)
TPSE337M010R0040 (VO≤ 5.1V)
(7)
TPM Multianode
10
330
23
3000
7,3×4,3×4,1
N/R(6)
1 ~ 3(4)
C
≥ 2(4)(2)
TPME337M010#0023 (VO≤ 5.1V)
(7)
TPS Series III (SMD)
4
1000
35
2405
7,3 × 5,7
N/R(6)
1 ~ 5(4)
N/R(5)
TPSV108K004R0035 (VO≤ 2.1V)
(8)
Kemet, Poly-Tantalum
T520 (SMD)
10
330
25
2600
7,3×4,3×4,1
N/R(6)
1 ~ 4(4)
C
≥ 2(2)
T520X337M010ASE025
T530 (SMD)
6.3
330
15
3800
7,3×4,3×4,1
N/R(6)
2 ~ 3
B
≥ 2(2)
T530X337M006ASE015 (VO≤ 5.1V)
(8)
T530 (SMD)
4
680
5
7300
7,3×4,3×4,1
N/R(6)
1
B
≥ 1(2)
T530X687M004ASE005 (VO≤ 3.5V)
(8)
T530 (SMD)
2.5
1000
5
7300
7,3 × 4,3
N/R(6)
1
B
≥ 1(2)
T530X108M2R5ASE005 (VO≤ 2.0V)
(8)
Vishay-Sprague
597D, Tantalum (SMD)
16
220
40
2300
7,2×5,7×4,1
N/R(6)
1 ~ 5
C
≥ 2(2)
597D227X16E2T
94SP, OS-CON (Radial)
16
270
18
4400
10 × 10,5
≥1(3)
1 ~ 3
C
≥ 2(2)
94SP277X0016FBP
94SVP OS-CON(SMD)
16
330
17
4500
10 × 12,7
≥1(3)
1 ~ 3
B
≥ 2(2)
94SVP337X016F12
Kemet, Ceramic X5R
16
10
2
–
3225
≥2(3)
≥ 1(9)
A(2)
C1210C106M4PAC
(SMD)
6.3
47
2
N/R(6)
≥ 1(9)
A(2)
C1210C476K9PAC
Murata, Ceramic X5R
6.3
100
2
–
3225
N/R(6)
≥ 1(9)
A(2)
GRM32ER60J107M
(SMD)
6.3
47
N/R(6)
≥ 1(9)
A(2)
GRM32ER60J476M
25
22
≥1(3)
≥ 1(9)
A(2)
GRM32ER61E226K
16
10
≥2(3)
≥ 1(9)
A(2)
GRM32DR61C106K
TDK, Ceramic X5R
6.3
100
2
–
3225
N/R(6)
≥ 1(9)
A(2)
C3225X5R0J107MT
(SMD)
6.3
47
N/R(10)
≥ 1(11)
A(12)
C3225X5R0J476MT
16
10
≥2(13)
≥ 1(11)
A(12)
C3225X5R1C106MT0
16
22
≥1(13)
≥ 1(11)
A(12)
C3225X5R1C226MT
(9)
Any combination of ceramic capacitor values is limited to 500
F for PTH08T240W and 5000 F for PTH08T241W. The total
capacitance for PTH08T240W is limited to 10,000
F which includes all ceramic and non-ceramic types.
(10) N/R – Not recommended. The voltage rating does not meet the minimum operating limits.
(11) Any combination of ceramic capacitor values is limited to 500
F for PTH08T240W and 5000 F for PTH08T241W. The total
capacitance for PTH08T240W is limited to 10,000
F which includes all ceramic and non-ceramic types.
(12) Required capacitors with TurboTrans. See the TurboTrans Application information for Capacitor Selection
Capacitor Types:
a. Type A = (100
≤ capacitance × ESR ≤ 1000)
b. Type B = (1,000 < capacitance × ESR
≤ 5,000)
c. Type C = (5,000 < capacitance × ESR
≤ 10,000)
(13) In addition to the required input electrolytic capacitance,
≥ 20
F of ceramic capacitance is required to reduce the high-frequency
reflected ripple current.
16
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