60 Absolute Maximum Ratings

Input Voltage (TTL)

0 to 55V

Input Voltage (differential)

b

Output Voltage (differential)

0 to 16V

Output Current (differential)

b

40 mA

Storage Temperature

b

65 to 150 C

Lead Temperature (soldering 10 sec)

300 C

Package Power Rating at 25 C

295W

(PC Board Mounted)

Derate Linearly at the rate of 238 mW C

For actual power dissipation of the device please refer to Section 70

ESD rating is to be determined

Recommended Operating

Conditions

Ambient Temperature

0 to 70 C

Note

Absolute maximum ratings are those values beyond

which the safety of the device cannot be guaranteed They

are not meant to imply that the device should be operated at

these limits

Symbol

Parameter

Test Conditions

Min

Max

Units

Input High Voltage (TTL and X1)

20

V

Input Low Voltage (TTL and X1)

08

V

Input High Current (TTL)

50

m

A

500

m

A

Input Low Current (TTL)

b

300

m

A

b

700

m

A

Input Clamp Voltage (TTL)

b

12

V

Ouptut High Voltage (TTLMOS)

35

V

Output Low Voltage (TTLMOS)

05

V

Output Short Circuit Current (TTLMOS)

b

40

b

200

mA

g

500

g

1200

mV

270X from each to GND

same as above

g

40

mV

b

175

b

300

mV

525

525

V

Power Supply Current

10Mbits

270

mA

Symbol

Parameter

Figure

Min

Typ

Max

Units

OSCILLATOR SPECIFICATION

X1 to Transmit Clock High

12

8

20

ns

X1 to Transmit Clock Low

12

8

20

ns

TRANSMIT SPECIFICATION

Transmit Clock Duty Cycle at 50% (10 MHz)

12

42

50

58

%

Transmit Clock Rise Time (20% to 80%)

12

8

ns

Transmit Clock Fall Time (80% to 20%)

12

8

ns

Transmit Data Setup Time to Transmit Clock Rising Edge

4

12

20

ns

Transmit Data Hold Time from Transmit Clock Rising Edge

4

12

0

ns

Transmit Enable Setup Time to Trans Clock Rising Edge

4

12

20

ns

Transmit Enable Hold Time from Trans Clock Rising Edge

5

12

0

ns

Transmit Output Delay from Transmit Clock Rising Edge

4

12

40

ns

Transmit Output Rise Time (20% to 80%)

12

7

ns

Transmit Output Fall Time (80% to 20%)

12

7

ns

Transmit Output Jitter

12

g

025

ns

Transmit Output High Before Idle in Half Step Mode

5

12

200

ns

Transmit Output Idle Time in Half Step Mode

5

12

800

ns

Note 1

All currents into device pins are positive all currents out of device pins are negative All voltages are referenced to ground unless otherwise specified

Note 2

5