1. Electrical, optical and timing characteristics

1.1. Operating conditions and electrical characteristics

Parameter

Description

Conditions/Comments

Min.

Typ.

Max.

Units

Digital supply voltage

1.71

1.80

1.98

V

2.25

2.5/3.3

3.63

V

4.9

5.0

5.1

V

9.5

10

10.5

V

Bias supply voltage

-10.5

-10.0

-9.75

V

Digital supply current

@nominal voltage

18

40

mA

PLL supply current

@nominal voltage

4

mA

DCLK = 40MHz

8

mA

Analog supply current

@nominal voltage

125

350

mA

Pixel analog 1 supply current

@nominal voltage

1

mA

Isolation supply current

@nominal voltage

1

mA

Pixel analog 2 supply current

@nominal voltage

13

mA

Depending on the amount

of light on the pixel-field

mA

LED and LEDFB voltage range

V

Off-voltage at output pin LED

V

On-voltage at output pin LED (for-

ward voltage)

200

mV

LED output sink current; on state

modulated peak current

continuous DC current

500

250

mA

mA

LED output leakage current; off

state

10

µA

LEDFB input voltage range

0

8.5

V

LEDFB input voltage peak to peak

0.5

1.8

V

excluding XTALIN

V

excluding XTALIN

V

Digital high level input voltage

XTALIN

1.35

V

Digital low level input voltage

XTALIN

0.2

V

V

V

µA

µA

50

mA

-50

mA

30

pF

40

80

MHz

Power dissipation (average)

See Table 21

0.75

W

Thermal resistance

on PCB with underfill

40

°K/W

Junction temperature

-40

85

°C

Table 1: Operating conditions and electrical characteristics

Notes:

1

Min. and Max. voltage values include noise and ripple voltages.

2

Analog voltage supplies have direct influence on measurement performance. They must be properly decoupled for low noise and ripple.

3

IO voltage supply must be fixed with respect to external processor's IO supply voltage levels used in the application. It can be set to any

value within min and max. operating voltage.

4

5

© 2017 ESPROS Photonics Corporation

Characteristics subject to change without notice

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