PI2DPX2023 datasheet(12/23 Pages) DIODES

12 / 23 page

A Product Line of

Diodes Incorporated

PI2DPX2023

www.diodes.com

July 2022

Diodes Incorporated

PI2DPX2023

Document Number DS43532 Rev 4-2

Symbol

Parameter

Conditions

Min.

Typ.

Max.

Units

Peaking gain (Compensation

at 10GHz, relative to 100MHz,

100mVp-p sine wave input)

EQ = 0

EQ = R

EQ = F

EQ= 1

—

7.1

9.6

11.8

13.7

—

Variation around typical

-2

—

Flat gain (100MHz, EQ<2:0>=000)

FG= 0

FG= R

FG= F

FG= 1

—

-4

-2

—

Variation around typical

-2

—

Vsw_100M

Output linear swing (at 100MHz) EQ= 0

—

910

—

mVppd

Vsw_10G

Output linear swing (at 10GHz)

EQ= 0

—

800

—

mVppd

DDNEXT

Differential near-end crosstalk

100MHz to 10GHz, Fig. 6(1)

—

-30

-20

DDFEXT(2)

Differential far-end crosstalk

100MHz to 10GHz, Fig. 7(1)

—

-30

-20

VNOISE_IN Input-referred noise

100MHz to 10GHz, EQ=0,

FG=F, Fig. 7.5

—

0.6

—

mVRMS

100MHz to 10GHz, EQ=1,

FG=F, Fig. 8

—

0.3

—

VNOISE_OUT Output-referred noise

100MHz to 10GHz, EQ=0,

FG=F, Fig. 8

—

0.3

—

mVRMS

100MHz to 10GHz, EQ=1,

FG=F, Fig. 8

—

0.5

—

S11DM

Input differential mode return loss 10MHz to 10GHz differential

mode

—

-11.5

-8.1

S11CM

Input common mode return loss

1GHz to 10GHz common

mode

—

-11.1

-5

S22DM

Output differential mode return

loss

10MHz to 10GHz differential

mode

—

-12.7

-8.1

S22CM

Output common mode return loss 1GHz to 10GHz common

mode

—

-11.3

-4

DisplayPort Electrical Specification

VTX-C

Common-Mode Voltage

| VTX-D+ + VTX-D- | /2

VDD-1V

—

VDD

VTX-AC-CM_

HBR_RBR

TX AC common mode voltage for

HRB and RBR

Measured using an 8b/10b

pattern with 50% transition

density

—

mVRMS

VTX-AC-

CM_HBR2

TX AC common mode voltage for

HBR2

—

mVRMS

AC/DC Characteristics Cont.

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