Datasheet
LM2677
SNVS077I –MAY 2004–REVISED JUNE 2012
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Table 4. Input and Output Capacitor Codes (continued)
(1)
(continued)
Through Hole
Capacitor
Sanyo OS-CON SA Series Sanyo MV-GX Series Nichicon PL Series Panasonic HFQ Series
Reference
Irms Irms Irms Irms
Code
C (µF) WV (V) (A) C (µF) WV (V) (A) C (µF) WV (V) (A) C (µF) WV (V) (A)
C11 220 63 0.76 470 16 0.77 220 50 0.92
C12 470 63 1.2 680 16 1.02 470 50 1.44
C13 680 63 1.5 820 16 1.22 560 50 1.68
C14 1000 63 1.75 1800 16 1.88 1200 50 2.22
C15 220 25 0.63 330 63 1.42
C16 220 35 0.79 1500 63 2.51
C17 560 35 1.43
C18 2200 35 2.68
C19 150 50 0.82
C20 220 50 1.04
C21 330 50 1.3
C22 100 63 0.75
C23 390 63 1.62
C24 820 63 2.22
C25 1200 63 2.51
Table 5. Capacitor Manufacturer Contact Numbers
(1)
Nichicon Phone (847) 843-7500
FAX (847) 843-2798
Panasonic Phone (714) 373-7857
FAX (714) 373-7102
AVX Phone (845) 448-9411
FAX (845) 448-1943
Sprague/Vishay Phone (207) 324-4140
FAX (207) 324-7223
Sanyo Phone (619) 661-6322
FAX (619) 661-1055
Kemet Phone (864) 963-6300
FAX (864) 963-6521
(1) Assumes worst case maximum input voltage and load current for a given inductance value.
Table 6. Output Capacitors for Fixed Output Voltage Application
(1)
Surface Mount
Output Voltage
Inductance (µH) AVX TPS Series Sprague 594D Series Kemet T495 Series
(V)
No.
(2)
C Code
(3)
No.
(2)
C Code
(3)
No.
(2)
C Code
(3)
10 5 C1 5 C1 5 C2
15 4 C1 4 C1 4 C3
3.3
22 3 C2 2 C7 3 C4
33 1 C1 2 C7 3 C4
(1) Assumes worst case maximum input voltage and load current for a given inductance value.
(2) No. represents the number of identical capacitor types to be connected in parallel
(3) C Code indicates the Capacitor Reference number in Table 3 for identifying the specific component from the manufacturer.
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