Parameter

Description

Min

Typ

Max

Unit

High voltage level on binary and ternary digital outputs (Level H)

V

Centre voltage level on ternary digital inputs (Level M)

V

Sink current at digital inputs

10

μA

R

DI

Internal pull-down resistor

100

250

kΩ

R

TER

Internal voltage dividing resistors which force the input to VDD/2

100

250

kΩ

Sink / source current at digital outputs

3

mA

Internally generated voltage on pin VDD1V8

1.62

1.8

1.98

V

Internally generated voltage on pin VDD5V0

4.5

5.0

5.5

V

Internally generated voltage on pin VDD7V0

6.0

6.5

7.0

V

Voltage range at output of video amplifier (@ gain 1)

0.25

V

Voltage at VIDEO_CM to select single-ended mode

0.4

V

Common-mode voltage in differential mode, set on pin

enabled by setting bit AMP_OVR in register

FORCE_ANA_CTRL_SIGS (see section 10.3.)

0.5

V

V

V

Input resistance of VIDEO_CM

100

kΩ

Common-mode rejection ratio on

VIDEO_CM (f ≥ 100 kHz)

100kHz … 50MHz

17

dB

100kHz … 10Mhz

24

dB

Common-mode offset of video amplifier output

±50

mV

Signal offset of video amplifier output

±100

mV

Load capacitance on video output

single ended

5

100

pF

differential

5

25

pF

Output resistance of the video amplifier

single ended

32

100

Ω

differential

11

100

Ω

Load resistance on video output

3

kΩ

Notes:

1

The current values change after the first Read Pulse after boot-up. The values here are after this first Read Pulse.

2

Video amplifier BW = HIGH_BW, VIDEO_GBW_SEL_REG = 0x3.

3

VDD5V0 has only to be supplied externally in case the charge pump is configured to be off. See section 12.2.

4

Video amplifier BW = LOW_BW, VIDEO_GBW_SEL_REG = 0x0.

5

I2C pins SCL and SDA are according to I2C standards

3.4. Temperature sensor characteristics

Parameter

Description

Min

Typ

Max

Unit

Temperature measurement range

-40

+85

ºC

Temperature sensor offset

LSB

Temperature sensor gain.

The typical measured temperature value of e.g. the left tempera-

ture sensor can be calculated from the value of the sensor output

registers TEMP_SENS_L_MSB and TEMP_SENS_L_LSB as fol-

lows:

T

TEMP_L

[12:0]−OFFSET

TEMP

GAIN

TEMP

[ºK]

lute measurements or precise relative measurements, calibration

is required.

24

48

96

LSB/ºK

Resolution of the temperature sensors

13

bits

N

TEMP

Noise

2

4

LSB

LIN

TEMP

Linearity of temperature sensors over the full temperature range

±2

±4

ºK

f

TEMP

Update rate of the temperature sensors (configurable)

0.1

10

Hz

© 2016 ESPROS Photonics Corporation

Characteristics subject to change without notice

7 / 37

Datasheet_epc901-V5.6

www.espros.com