AV02-0745EN datasheet(3/5 Pages) AVAGO

Part #	AV02-0745EN

Description	The 4-pin MOST Optical Receiver (ODIN MPR4 02)

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Manufacturer	AVAGO [AVAGO TECHNOLOGIES LIMITED]

Direct Link	http://www.avagotech.com

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Table 4.1 AC Electrical Characteristics 45Mbaud (44.1kHz)

Limit

Values

Parameter

Symbol

min.

typ.

max.

Unit

Output Rise Time @ Vcc_l [1][4]

tr_l

–

6

9

ns

Output Rise Time @ Vcc_h [1][4]

tr_h

–

5

9

ns

Output Fall Time @ Vcc_l [1][4]

tf_l

–

6

9

ns

Output Fall Time @ Vcc_h [1][4]

tf_h

–

5

9

ns

Output Pulse Width Variation 1UI [1][][3][4][5]

tPWV

16.5

–

31.0

ns

Output Average Pulse Width Distortion[1][][3][4]

tAPWD

-3.3

–

7.0

ns

Data Dependent Link Jitter[][3][4]

tDDJ

–

3.3

ns

Uncorrelated Link Jitter[][3][4]

tUJ

–

1.0

ns

Power-up time at detection of rising VCC

tPUO

–

0.1

6

ms

Power-up time from low power mode

tPU

–

0.5

6

ms

Low Power mode timer delay

tLPM

–

0.005

ms

Notes:

1. Capacitive Load is max. 10pF.

2. MOST Data 44.1 kHz FS corresponds to a 45 MBaud data stream.

3. The optical input signal has to fulfill following requirements: tPWV(min) = 20.0 ns, tPWV(max) = 24.3 ns, tAPWD(min) = -1.4 ns and tAPWD(max) = 1.4 ns,

tDDJ(max).= 0.77 ns, tUJ(max).= 0.33 ns, Positive Overshoot within 0UI...2/3UI = -20...40%, Extinction Ratio min = 10dB. Variation within those limits

does not significantly change tPWV.

4. Characterized with Avago Characterization Boards as described in the Application note “Application Note MOST circuit for Avago ODIN

Transceiver“.

5. Limits for 2UI are 38.6 ... 53.1ns and for 3UI they are 60.8 ... 75.2ns.

Table 4.2 Electrical Characteristics 49.152MBaud (48kHz)

Limit

Values

Parameter

Symbol

min.

typ.

max.

Unit

Output Rise Time @ Vcc_l [1][4]

tr_l

–

6

9

ns

Output Rise Time @ Vcc_h [1][4]

tr_h

–

5

9

ns

Output Fall Time @ Vcc_l [1][4]

tf_l

–

6

9

ns

Output Fall Time @ Vcc_h [1][4]

tf_h

–

5

9

ns

Output Pulse Width Variation 1UI [1][][3][4][5]

tPWV

15.1

–

8.5

ns

Output Average Pulse Width Distortion[1][][3][4]

tAPWD

-3.0

–

6.4

ns

Data Dependent Link Jitter[][3][4]

tDDJ

–

3.1

ns

Uncorrelated Link Jitter[][3][4]

tUJ

–

0.9

ns

Power-up time at detection of rising VCC

tPUO

–

0.1

6

ms

Power-up time from low power mode

tPU

–

0.5

6

ms

Low Power mode timer delay

tLPM

–

0.005

ms

Notes:

1. Capacitive Load is max. 10pF.

2. MOST Data 48kHz FS corresponds to a 49.152MBaud data stream.

3. The optical input signal has to fulfill following requirements: tPWV(min) = 18.37ns. tpwv(max) = 22.32ns, tAPWD(min) = -1.28ns, tAPWD(max) = 1.28ns,

tDDJ(max) = 0.71ns and tUJ(max) = 0.3ns, Positive Overshoot within 0UI...2/3UI = -20...40%, Extinction Ratio min = 10dB. Variation within those limits

does not significantly change tPWV.

4. Characterized with Avago Characterization Boards as described in the Application note “Application Note MOST circuit for Avago ODIN

Transceiver“.

5. Limits for 2UI are 35.47 … 48.825ns and for 3UI are 55.81 … 69.17ns.

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