SNVS031 Data sheet | TI.com

SNVS031M april 2000 – may 2023 LM2676

PRODUCTION DATA

Package Options

Mechanical Data (Package|Pins)

KTW|7
- MPSF015
NDZ|7
- MMSF005
NHM|14
- MPDS422

Thermal pad, mechanical data (Package|Pins)

KTW|7
- PPTD278

Orderable Information

8.2.4.2.1 Capacitor Selection

Table 8-9 Output Capacitors for Adjustable Output Voltage Applications—Surface Mount

OUTPUT VOLTAGE (V)⁽¹⁾⁽²⁾	INDUCTANCE (µH)	SURFACE MOUNT
		AVX TPS SERIES		SPRAGUE 594D SERIES		KEMET T495 SERIES
		NO.	C CODE	NO.	C CODE	NO.	C CODE
1.21 to 2.50	33⁽³⁾	7	C1	6	C2	7	C3
1.21 to 2.50	47⁽³⁾	5	C1	4	C2	5	C3
2.5 to 3.75	33⁽³⁾	4	C1	3	C2	4	C3
2.5 to 3.75	47⁽³⁾	3	C1	2	C2	3	C3
3.75 to 5	22	4	C1	3	C2	4	C3
	33	3	C1	2	C2	3	C3
	47	2	C1	2	C2	2	C3
5 to 6.25	22	3	C2	3	C3	3	C4
	33	2	C2	2	C3	2	C4
	47	2	C2	2	C3	2	C4
	68	1	C2	1	C3	1	C4
6.25 to 7.5	22	3	C2	1	C4	3	C4
	33	2	C2	1	C3	2	C4
	47	1	C3	1	C4	1	C6
	68	1	C2	1	C3	1	C4
7.5 to 10	33	2	C5	1	C6	2	C8
	47	1	C5	1	C6	2	C8
	68	1	C5	1	C6	1	C8
	100	1	C4	1	C5	1	C8
10 to 12.5	33	1	C5	1	C6	2	C8
	47	1	C5	1	C6	2	C8
	68	1	C5	1	C6	1	C8
	100	1	C5	1	C6	1	C8
12.5 to 15	33	1	C6	1	C8	1	C8
	47	1	C6	1	C8	1	C8
	68	1	C6	1	C8	1	C8
	100	1	C6	1	C8	1	C8
15 to 20	33	1	C8	1	C10	2	C10
	47	1	C8	1	C9	2	C10
	68	1	C8	1	C9	2	C10
	100	1	C8	1	C9	1	C10
20 to 30	33	2	C9	2	C11	2	C11
	47	1	C10	1	C12	1	C11
	68	1	C9	1	C12	1	C11
	100	1	C9	1	C12	1	C11
30 to 37	10	No Values Available		4	C13	8	C12
	15			3	C13	5	C12
	22			2	C13	4	C12
	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 8-1 and Table 8-2 for identifying the specific component from the manufacturer.

(3) Set to a higher value for a practical design solution.

Table 8-10 Output Capacitors for Adjustable Output Voltage Applications—Through Hole

OUTPUT VOLTAGE (V)⁽¹⁾⁽²⁾	INDUCTANCE (µH)	THROUGH HOLE
		SANYO OS-CON SA SERIES		SANYO MV-GX SERIES		NICHICON PL SERIES		PANASONIC HFQ SERIES
		NO.	C CODE	NO.	C CODE	NO.	C CODE	NO.	C CODE
1.21 to 2.5	33⁽³⁾	2	C3	5	C1	5	C3	3	C
1.21 to 2.5	47⁽³⁾	2	C2	4	C1	3	C3	2	C5
2.5 to 3.75	33⁽³⁾	1	C3	3	C1	3	C1	2	C5
2.5 to 3.75	47⁽³⁾	1	C2	2	C1	2	C3	1	C5
3.75 to 5	22	1	C3	3	C1	3	C1	2	C5
	33	1	C2	2	C1	2	C1	1	C5
	47	1	C2	2	C1	1	C3	1	C5
5 to 6.25	22	1	C5	2	C6	2	C3	2	C5
	33	1	C4	1	C6	2	C1	1	C5
	47	1	C4	1	C6	1	C3	1	C5
	68	1	C4	1	C6	1	C1	1	C5
6.25 to 7.5	22	1	C5	1	C6	2	C1	1	C5
	33	1	C4	1	C6	1	C3	1	C5
	47	1	C4	1	C6	1	C1	1	C5
	68	1	C4	1	C2	1	C1	1	C5
7.5 to 10	33	1	C7	1	C6	1	C14	1	C5
	47	1	C7	1	C6	1	C14	1	C5
	68	1	C7	1	C2	1	C14	1	C2
	100	1	C7	1	C2	1	C14	1	C2
10 to 12.5	33	1	C7	1	C6	1	C14	1	C5
	47	1	C7	1	C2	1	C14	1	C5
	68	1	C7	1	C2	1	C9	1	C2
	100	1	C7	1	C2	1	C9	1	C2
12.5 to 15	33	1	C9	1	C10	1	C15	1	C2
	47	1	C9	1	C10	1	C15	1	C2
	68	1	C9	1	C10	1	C15	1	C2
	100	1	C9	1	C10	1	C15	1	C2
15 to 20	33	1	C10	1	C7	1	C15	1	C2
	47	1	C10	1	C7	1	C15	1	C2
	68	1	C10	1	C7	1	C15	1	C2
	100	1	C10	1	C7	1	C15	1	C2
20 to 30	33	No Values Available		1	C7	1	C16	1	C2
	47			1	C7	1	C16	1	C2
	68			1	C7	1	C16	1	C2
	100			1	C7	1	C16	1	C2
30 to 37	10	No Values Available		1	C12	1	C20	1	C10
	15			1	C11	1	C20	1	C11
	22			1	C11	1	C20	1	C10
	33			1	C11	1	C20	1	C10
	47			1	C11	1	C20	1	C10
	68			1	C11	1	C20	1	C10

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

(2) C Code indicates the Capacitor Reference number in Table 8-1 and Table 8-2 for identifying the specific component from the manufacturer.

(3) Set to a higher value for a practical design solution.