Over recommended operating conditions (unless otherwise noted). All typical values are at TA = 25°C, VBUSx = 5 V, V3P3Vx =

3.3 V, V1P8Vx = 1.8 V.

PARAMETER

TEST CONDITIONS

MIN

TYP

MAX UNIT

EQUALIZATION AND PRE-EMPHASIS

EQHS

High-speed RX Equalization

EQ1=low, EQ0=low, 240MHz

-0.24

0.46

0.75

dB

EQHS

High-speed RX Equalization

EQ1=low, EQ0=float, 240MHz

0.27

0.98

1.5

dB

EQHS

High-speed RX Equalization

EQ1=low, EQ0=high, 240MHz

0.70

1.50

2.2

dB

EQHS

High-speed RX Equalization

EQ1=float, EQ0=low, 240MHz

1.04

2.00

2.81

dB

EQHS

High-speed RX Equalization

EQ1=float, EQ0=float, 240MHz

1.45

2.68

3.8

dB

EQHS

High-speed RX Equalization

EQ1=float, EQ0=high, 240MHz

1.73

3.09

4.4

dB

EQHS

High-speed RX Equalization

EQ1=high, EQ0=low, 240MHz

2.00

3.46

4.7

dB

EQHS

High-speed RX Equalization

EQ1=high, EQ0=float, 240MHz

2.25

3.80

5.1

dB

EQHS

High-speed RX Equalization

EQ1=high, EQ0=high, 240MHz

2.25

3.80

5.1

dB

PEHS

High-speed TX Pre-emphasis

EQ1=low, EQ0=low, 240MHz

0.25

0.48

0.75

dB

PEHS

High-speed TX Pre-emphasis

EQ1=low, EQ0=float, 240MHz

0.62

0.9

1.2

dB

PEHS

High-speed TX Pre-emphasis

EQ1=low, EQ0=high, 240MHz

0.89

1.36

1.5

dB

PEHS

High-speed TX Pre-emphasis

EQ1=float, EQ0=low, 240MHz

1.4

1.7

2.0

dB

PEHS

High-speed TX Pre-emphasis

EQ1=float, EQ0=float, 240MHz

1.7

2.1

2.5

dB

PEHS

High-speed TX Pre-emphasis

EQ1=float, EQ0=high, 240MHz

2.1

2.5

2.9

dB

PEHS

High-speed TX Pre-emphasis

EQ1=high, EQ0=low, 240MHz

2.7

3.2

3.7

dB

PEHS

High-speed TX Pre-emphasis

EQ1=high, EQ0=float, 240MHz

3.4

4.0

4.6

dB

PEHS

High-speed TX Pre-emphasis

EQ1=high, EQ0=high, 240MHz

3.4

4.0

4.6

dB

CDP

VDM_SRC

VDM_SRC Voltage

Load Current in the range of 0 to 250

uA

0.5

0.7

V

IDP_SINK

IDP_SINK (D+)

D+ Voltage = 0 V to 0.7 V

25

175

μA

VDAT_REF+

VDAT_REF comparator rising threshold

300

400

mV

VDAT_REF-

VDAT_REF comparator falling threshold

275

385

mV

THERMAL SHUTDOWN

TSD+

Thermal shutdown turn-on temperature

160

170

180

°C

TSD-

Thermal shutdown turn-off temperature

150

160

170

°C

TSDHYS

Thermal shutdown hysteresis

10

°C

(1)

If VBUSx pins are externally connected to the corresponding V3P3Vx pins, then UVLO thresholds on VBUSx are governed by UV+

(V3P3Vx) , UV-(V3P3Vx) and UVHYS(V3P3Vx)

(2)

If VCCx pins are externally connected to the corresponding V1P8Vx pins, then UVLO thresholds on VCCx are governed by UV+(V1P8Vx) ,

UV-(V1P8Vx) and UVHYS(V1P8Vx)

ISOUSB211

SLLSFC5B – NOVEMBER 2021 – REVISED SEPTEMBER 2022

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