as3588a austriamicrosystems, as3588a Datasheet

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as3588a

Manufacturer Part Number
as3588a
Description
Digital Time/space Crosspoint Switch
Manufacturer
austriamicrosystems
Datasheet

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Part Number
Manufacturer
Quantity
Price
Part Number:
as3588aP
Manufacturer:
AMS
Quantity:
100
Part Number:
as3588aQ
Manufacturer:
AMS
Quantity:
300
Data Sheet
Key Features
n n 8-Line x 32 PCM Channel Inputs
n n 8-Line x 32 PCM Channel Output
n n 256 Ports Non Blocking Time/Space Crosspoint
n n Single Power Supply of 5V
n n Low Power Consumption
n n Microprocessor Control Interface
n n Open Drain Serial Outputs
n n CMOS Process
n n Simultaneous Connection/Disconnection
n n Extraction/Insertion of Single PCM Channels
n n Channel Zero Extraction
Block Diagramme
Rev. 3.1
Austria Mikro Systeme International AG
Switch
Microprocessor Control
INP PCM0
INP PCM1
INP PCM2
INP PCM3
INP PCM4
INP PCM5
INP PCM6
INP PCM7
RES
EXTRACTION
CONVERTER
CHANNEL 0
PARALLEL
SERIAL
LOGIC
TO
A1
MICROPROCESSOR INTERFACE AND CONTROL LOGIC
S1
A2
DIN
DATA MEMORY
Figure 1: Block Diagramme
CONNECTION
S2
MEMORY
256 X 8
DM MUX
256 X 9
DOUT
under
CS1 CS2 WR
DIN
AD
Page 1 of 15
DOUT
AD
MUX
CM
RD
General Description
AS3588A is designed for switching PCM channels
under microprocessor control in digital exchanges,
PBX or Central Office equipment. It provides a non
blocking digital switching matrix for up to 256x256
64 kbit/sec channels.
Each of the eight serial inputs and outputs consists of
32 64 kbit/sec channels multiplexed to/from a 2048
kbit/sec serial PCM bit stream.
Simultaneously it allows its controlling microprocessor
to read PCM output channels or to write to PCM
output channels.
Ordering Information
Part Number
AS3588AP
AS3588AQ
C/D
MUX
OD
DR
CROSSPOINT SWITCH
CONVERTER
D0......D7
DIGITAL TIME/SPACE
PARALLEL
TIME BASE
SERIAL
TO
Package
40 Pin DIP
44 QFP
OUT PCM0
OUT PCM1
OUT PCM2
OUT PCM3
OUT PCM4
OUT PCM5
OUT PCM6
OUT PCM7
SYNC
CLOCK
AS3588A
July 1999

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as3588a Summary of contents

Page 1

... EXTRACTION LOGIC RES A1 Rev. 3.1 General Description AS3588A is designed for switching PCM channels under microprocessor control in digital exchanges, PBX or Central Office equipment. It provides a non blocking digital switching matrix for up to 256x256 64 kbit/sec channels. Each of the eight serial inputs and outputs consists kbit/sec channels multiplexed to/from a 2048 kbit/sec serial PCM bit stream ...

Page 2

... These are the inputs for primary rate PCM input streams VDD Positive Supply Voltage Data Bus I/O Port. These are the bi-directional data pins to the microprocessor interface. Only 5 bits are used when data is written into AS3588A (D4 to D0) Data Ready Output. DR This active high signal goes low for signalling purposes Page ...

Page 3

... OP OUTPCM 7 to OUTPCM 4 Functional Description The AS3588A is a digital time / space crosspoint switching matrix and is designed to switch data from eight primary rate input ports operating at 2048 kbit/s to eight primary rate 2048 kbit/s output ports. Simultaneously it allows its controlling microprocessor to read PCM output channels or write to PCM output channels (Messaging) ...

Page 4

... OR2 should be carried out with separate read strobes which are responsible of stepping through the instruction flow. Software Control AS3588A performs two switching functions and four auxiliary functions for diagnostic purposes and data in- sertion from the microprocessor interface. 1) PCM CHANNEL CONNECTION This function connects a PCM input channel to a PCM output channel ...

Page 5

... PCM output channel and act as address to the specific connection memory location where the message byte that is contained in byte1 and byte 2 is stored. If AS3588A is selected by CS1, CS2 and if the condition A1=S1 and A2=S2 is met, the command instruction is executed as defined. If the ...

Page 6

... (1) (1) (1) (1) (1) ( OP3 OP2 OP1 OP0 OR2 (0) (0) (1) Page AS3588A Comments D0 BI0 Byte 1: PCM input line CI0 Byte2: PCM input channel 1 Instruction Byte C0 OR1 (1) Note 1 (1) (1) Note 1 Comments D0 0 Instruction Byte C0 OR1 (1) Note 1 (0) ...

Page 7

... OP3 OP2 OP1 OP0 OR2 (1) (0) (1) (1) (0) (1) Page AS3588A Comments D0 CI5 Byte 1: 3 MSB of byte CI0 Byte 2: 5 LSB´s of byte 0 Instruction Byte C0 OR1 (1) Note 1 (0) Comments D0 1 Instruction Byte C0 OR1: Memory Contents (1) Data is from CM ...

Page 8

... Page AS3588A Comments D0 0 Instruction Byte C0 OR1: LSB of CM (0) Data is from CM Comments D0 MI5 Byte 1: MSB of selection mask MI0 Byte 2: LSB of selection mask 0 Instruction Byte X OR1: unchanged 0 OR2: see Note 1 X OR1: unchanged ...

Page 9

... All DC characteristics are valid 250µs after VCC and clock have been applied Rev. 3.1 Condition Min. 4. Condition Min. -0.3 2.0 IOL=1.8 mA IOH=250 µA 2.4 IOL=3.0 mA 0V²VIN²VCC -10 FC= 4.096 MHz Page AS3588A Typ.* Max. Units 5.0 5.25 V +85 °C VDD V 4.096 MHz 8 kHz Typ.* Max. Units 0.8 ...

Page 10

... Condition Min. 230 100 100 tCK tRCK tFCK tCK tWHCK tWLCK tSLSY tHLSY tSHSY tWHSY Figure 2 Figure 3. Clock Timing Page AS3588A Typ.* Max. Units Typ.* Max. Units 244 125 µs ns ...

Page 11

... Figure 4. PCM Timing Condition Min. 100 50 90 tCK tHLRES tSLRES tSHRES tWHRES Figure 5 Reset Timing Page AS3588A Typ.* Max. Units 200 ...

Page 12

... Active State 0 Active State 0 Inative State 0 Inactive State 0 130 25 130 25 Opcodes 5, 6 Opcode 5; CL=50pF Active Opcode 5 tCK 130 25 Page AS3588A Typ.* Max. Units ns ns see ns formula tCK ns ...

Page 13

... RD tSHCSWR tSLCSWR tHLCSWR tSCDWR tHCDWR tSDWR tHDWR tPDDRWR DR Figure 6 Write Timing Condition tREP=40+2 tCK+tWLCK + tRCK Active State Active State Inactive State Inactive State Page AS3588A tRWR tREPWR tHHCSWR tWDR Min. Typ.* Max. 180 tCK see formula ...

Page 14

... CS1, CS2 C/D A1=S1 A2=S2 DOUT Rev. 3.1 Condition CL = 200pF tFRD RD tWLRD tWHRD tSHRD tHHRD tSHCSRD tSLCSRD tHLCSRD tHCDRD tSCDRD tHASRD tSASRD tPDD tHZ Figure 7 Read Timing Page AS3588A Min. Typ.* Max 120 80 tRRD tREPRD tHHCSRD July 1999 Units ...

Page 15

... Copyright © 1996-9, Austria Mikro Systeme International AG, Schloss Premstätten, 8141 Unterpremstätten, Austria. Trademarks Registered®. All rights reserved. The material herein may not be reproduced, adapted, merged, translated, stored, or used without the prior written consent of the copyright owner. Rev. 3.1 Page AS3588A July 1999 ...

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