LM2670

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SNVS036J – APRIL 2000 – REVISED APRIL 2013

Surface Mount

Output Voltage (V)

Inductance (µH)

AVX TPS Series

Sprague 594D Series

Kemet T495 Series

No.

C Code

No.

C Code

No.

C Code

7

C1

6

C2

7

C3

1.21 to 2.50

5

C1

4

C2

5

C3

4

C1

3

C2

4

C3

2.5 to 3.75

3

C1

2

C2

3

C3

22

4

C1

3

C2

4

C3

3.75 to 5

33

3

C1

2

C2

3

C3

47

2

C1

2

C2

2

C3

22

3

C2

1

C3

3

C4

33

2

C2

2

C3

2

C4

5 to 6.25

47

2

C2

2

C3

2

C4

68

1

C2

1

C3

1

C4

22

3

C2

1

C4

3

C4

33

2

C2

1

C3

2

C4

6.25 to 7.5

47

1

C3

1

C4

1

C6

68

1

C2

1

C3

1

C4

33

2

C5

1

C6

2

C8

47

1

C5

1

C6

2

C8

7.5 to 10

68

1

C5

1

C6

1

C8

100

1

C4

1

C5

1

C8

33

1

C5

1

C6

2

C8

47

1

C5

1

C6

2

C8

10 to 12.5

68

1

C5

1

C6

1

C8

100

1

C5

1

C6

1

C8

33

1

C6

1

C8

1

C8

47

1

C6

1

C8

1

C8

12.5 to 15

68

1

C6

1

C8

1

C8

100

1

C6

1

C8

1

C8

33

1

C8

1

C10

2

C10

47

1

C8

1

C9

2

C10

15 to 20

68

1

C8

1

C9

2

C10

100

1

C8

1

C9

1

C10

33

2

C9

2

C11

2

C11

47

1

C10

1

C12

1

C11

20 to 30

68

1

C9

1

C12

1

C11

100

1

C9

1

C12

1

C11

10

4

C13

8

C12

15

3

C13

5

C12

22

2

C13

4

C12

30 to 37

No Values Available

33

1

C13

3

C12

47

1

C13

2

C12

68

1

C13

2

C12

(1)

No. represents the number of identical capacitor types to be connected in parallel

(2)

C Code indicates the Capacitor Reference number in Table 3 or Table 4 for identifying the specific component from the manufacturer

(3)

Set to a higher value for a practical design solution. See Application Hints section

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