Transceivers with ±15kV ESD Protection

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9

SWITCHING ELECTRICAL CHARACTERISTICS (MXL1535E)

PARAMETER

SYMBOL

CONDITIONS

MIN

TYP

MAX

UNITS

Data Sample Jitter

Figure 6

220

285

ns

Max Baud Rate

SLO = high, Figure 5, (Note 6)

250

450

kBd

SLO = high, Figures 2, 6

430

855

Driver-Differential Output Delay

Time

SLO = low, Figures 2, 6

850

1560

ns

45

100

Driver-Differential Output

Transition Time

150

260

1000

ns

Driver-Output Enable Time

SLO = high, DI = high or low,

Figure 3, 7

730

1400

ns

Driver-Output Disable Time

SLO = high, DI = high or low,

Figures 3, 7

720

1300

ns

Receiver-Propagation Delay Time

to RO1

Figures 4, 8

440

855

ns

Receiver-Propagation Delay Time

to RO2

Figures 4, 8

40

ns

RO1, RO2 Rise or Fall Time

Figures 4, 8

40

ns

Receiver-Output Enable Time

RO1

Figures 4, 9

30

ns

Receiver-Output Disable Time

RO1

Figures 4, 9

30

ns

Initial Startup Time (from Internal

Communication Fault)

(Note 5)

1200

ns

Internal Communication Timeout

Fault Time

(Note 5)

1200

ns

0°C to +70°C

56

ST1, ST2 Duty Cycle

-40°C to +85°C

57

%

ESD Protection

Human Body Model (A, B, Y, Z)

±15

kV

Note 1: Receiver inputs are 96k

Ω minimum resistance, which is 1/8 unit load.

Note 2: 60s test result is guaranteed by correlation from 1s result.

Note 3: VISO is the voltage difference between GND1 and GND2.

Note 4: The maximum data rate is specified using the maximum jitter value according to the formula: data rate = 1 / (4tJ). See the

Skew section for more information.

Note 5: Initial startup time is the time for communication to recover after a fault condition. Internal communication timeout fault time

is the time before a fault is indicated on RE,after internal communication has stopped.

Note 6: Bd = 2 bits.