NCP590MN5ATAG datasheet(8/11 Pages) ONSEMI

Part #	NCP590MN5ATAG

Description	Dual Output, High Accuracy Ultra Low Dropout

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NCP590

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TYPICAL PERFORMANCE CHARACTERISTICS

Figure 10. Output Voltage Change vs.

Temperature for 2.8 Vout

Figure 11. 2.8 Vout vs. Line Transient

TEMPERATURE (

°C)

80

60

40

20

0

-20

-40

2.77

2.79

2.80

2.81

2.82

2.83

Figure 12. Load Transient on 2.8 Vout and

Effect on 2.8 Vout for 200 mA Step

Figure 13. Load Transient on 5.0 Vout and

Effect on 3.3 Vout for 200 mA Step

Figure 14. Load Transient on 0.8 Vout and

Effect on 1.5 Vout for 200 mA Step

Figure 15. Typical Turn-on Delay for 3.3 Vout

1 mA, 5.0 Vout 200 mA Output with

Simultaneous Vin and Enable

2.78

200 mA

150 mA

100 mA

50 mA

1 mA

CH2

2.8 V Output1

200 mA step

50 mV / div

CH3

2.8 V Output2

1 mA Load

10 mV / div

CH2, 0.8 V Output

200 mA step

50 mV / div

CH3

1.5 V Output

1 mA Load

10 mV / div

CH4

200 mA step on

0.8 V Output

CH2

Vin 3.3 V to 3.8 V

1 V / div

30

ms rise

30

ms fall

CH3

2.8 V Output, 1 mA Load

10 mV / div, 7 mV pk

NCP590 2.8 V Output, Line Transient Response, dVin = 0.5 V,

Trise = Tfall = 30 msec.

CH3, 5.0 Vout

50 mV / div

200 mA step

CH2

3.3 Vout

10 mV / div

1 mA Load

CH4

5.0 Vout

200 mA step

CH3

EN1, EN2,

Vin 2 V / div

CH2

Vout2 2 V / div

C2 Rise, 50.9

ms

D: 4.80 V

D: 362 ms

@: 4.76 V

C4 rise

24.3

ms

NCP590 Delay 5.5 Vin, EN1 = EN2 = Vin step, Vout1 = 3.3 V 1 mA,

Vout2 = 5.0 V 200 mA

CH4

200 mA step on

2.8 V Output1, 200 mA / div

CH4, Vout1 1 V / div

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