LT1787 datasheet(5/12 Pages) LINER

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LT6106

6106fa

Output Voltage Swing vs

Temperature

Step Response 0mV to 100mV

(RIN = 100Ω)

TYPICAL PERFORMANCE CHARACTERISTICS

Step Response 0mV to 50mV

(RIN = 500Ω)

Step Response 50mV to 500mV

(RIN = 500Ω)

Output Voltage vs Input Sense

Voltage (0mV ≤ VSENSE ≤ 10mV)

Step Response 10mV to 100mV

(RIN = 100Ω)

Step Response 50mV to 100mV

(RIN = 500Ω)

TEMPERATURE (°C)

–50

11.00

11.05

11.10

6106 G07

10.95

10.90

–25

100

125

10.85

10.80

V+ = 12V

AV = 100

RIN = 100Ω

ROUT = 10k

VSENSE = 120mV

VSENSE

200mV/DIV

VOUT

2V/DIV

5μs/DIV

AV = 100

VOUT = 0V TO 10V

ROUT = 10k

V+ = 12V

6106 G1

VSENSE

200mV/DIV

VOUT

2V/DIV

5μs/DIV

AV = 100

VOUT = 1V TO 10V

ROUT = 10k

V+ = 12V

6106 G1

VSENSE

100mV/DIV

VOUT

500mV/DIV

5μs/DIV

AV = 20

VOUT = 1V TO 2V

ROUT = 10k

V+ = 12V

6106 G15

VSENSE

100mV/DIV

VOUT

500mV/DIV

5μs/DIV

AV = 20

VOUT = 0V TO 1V

ROUT = 10k

V+ = 12V

6106 G16

VSENSE

1V/DIV

VOUT

2V/DIV

5μs/DIV

AV = 20

VOUT = 1V TO 10V

ROUT = 10k

V+ = 12V

6106 G17

Step Response 0mV to 500mV

(RIN = 500Ω)

VSENSE

1V/DIV

VOUT

2V/DIV

5μs/DIV

AV = 20

VOUT = 0V TO 10V

ROUT = 10k

V+ = 12V

6106 G18

VSENSE (mV)

600

800

1100

1000

6106 G19

400

200

500

700

900

300

100

V+ = 12V

AV = 100

RIN = 100Ω

ROUT = 10k

Output Voltage vs Input Sense

Voltage (0mV ≤ VSENSE ≤ 10mV)

VSENSE (mV)

120

160

220

200

6106 G20

100

140

180

V+ = 12V

AV = 20

RIN = 500Ω

ROUT = 10k

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