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Micromod MOD: 1731N ICN Mini-Link Users Guide User Manual

Page 10

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IB-23C003

INTRODUCTION

PERFORMANCE CHARACTERISTICS

*

Maximum ratings indicate limits beyond which permanent damage may occur. Continuous operation at these
limits is not intended and should be limited to those conditions specified under DC ELECTRICAL
CHARACTERISTICS.

Absolute Maximum Ratings*

Temperature Under Bias: 0°C to +60°C ( 32°F to 140°F)
Storage Temperature: –40°C to +85°C (–40°F to 185°F)
Power Dissipation: 10W

Ambient Temperature Specifications

Operating: +4°C to +49°C +(40°F to +120°F)
Storage: -40°C to +74°C (–40°F to +165°F)

Relative Humidity

5 to 90% RH at 32°C

I/O Mapping: Supports I/O mapping on any 8-byte boundary between 000h and 3F8h

(cannot be installed as a memory mapped device).

Message Queue

Active: 4
Waiting Processing: 4

ICN Interface Memory Size

RAM: 16K bytes
PROM: 32K bytes

Trend

Variables Accumulated: 100 maximum; 16-bit words
Types per Variable: Minimum, maximum, average
Resolution: 1 minute

DC ELECTRICAL CHARACTERISTICS

Symbol

Parameter

One ICN

Min

Max

Two ICNs

Min

Max

Units

ICC

Supply Current (Vcc=5V)

0.6

0.9

1.25

1.75

A

VILAT

Input Low Voltage (PC to Mini Link)

-0.5

0.8

-0.50

0.80

V

VIHAT

Input High Voltage (PC to Mini Link)

2.0

Vcc

2.00

Vcc

V

VOLAT

Output Low Voltage (Mini Link to PC)

---

0.4

---

0.40

V

VOHAT

Output High Voltage (Mini Link to PC)

2.4

---

2.40

---

V

AC ELECTRICAL CHARACTERISTICS

Symbol

Parameter

One ICN

Min

Max

Two ICNs

Min

Max

Units

tADS

Address Strobe Width

60

---

60

---

ns

tAH

Address Hold Time

0

---

0

---

ns

tMR

Master Reset Pulse Width

100

---

100

---

us

tRC

Read Cycle Delay

175

---

175

---

ns

tAR

Read Delay from Address

60

---

60

---

ns

tRD

IOR Read Strobe Width

125

---

125

---

ns

RC

Read Cycle = tRC + tAR + tRD

360

---

360

---

ns

tWC

IOW Write Strobe Width

100

---

100

---

ns

tAW

Write Delay from Address

60

---

60

---

ns

tWR

IOW Write Strobe Width

100

---

100

---

ns

WC

Write Cycle = tWC + tAW + tWR

360

---

360

---

ns

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