IDT72V73273BB IDT, Integrated Device Technology Inc, IDT72V73273BB Datasheet - Page 12

• Manufacturer Part Number: IDT72V73273BB
• Description: IC DGTL SW 32768X32768 208-BGA
• Manufacturer: IDT, Integrated Device Technology Inc
• Series: 72Vr
• Type: Multiplexerr

Specifications of IDT72V73273BB

• Circuit: 8 x 1:1
• Voltage Supply Source: Single Supply
• Voltage - Supply: 3 V ~ 3.6 V
• Operating Temperature: -40°C ~ 85°C
• Mounting Type: Surface Mount
• Package / Case: 208-BGA
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant
• Current - Output High, Low: -
• Independent Circuits: -
• Other names: 72V73273BB

int
for
}
NOTE:
This code is for illustrations purposes only. The IDT72V73273
is a HW instantiation of this kind of software.
/* GroupNum is 0-7 */
/* GroupDataRate = 2, 4, 8, 16. or 32 (2Mb/s, 4Mb/s, 8Mb/s, 16Mb/s, 32Mb/s) */
functional BlockProgram
}
NOTE:
This code is for illustrations purposes only. The IDT72V73273
is a HW instantiation of this software.
IDT72V73273 3.3V TIME SLOT INTERCHANGE
DIGITAL SWITCH WITH RATE MATCHING 32,768 x 32,768 CHANNELS
else{
}
/* End > Start Channel */
int
ST,
(CH = StartChannel; CH <= EndChannel;
for
int
int
/* StartChannel <= EndChannel */
if
]
for
}
else{
/* The last part to be programmed */
for
/* The first part to be programmed */
/* StartStream > EndStream and StartChannel . EndChannel */
}
}
}
(StartChannel <=
(ST = StartStream; ST <= EndStream;
CMH[ST][CH]
ST, CH;
MaxStream = ((GroupNum *
MaxChannel =
for
CH
(CH = EndChannel; CH <= MaxChannel;
else{
(CH = 0; CH <= StartChannel;
for
for
/* StartStream > EndStream and StartChannel > EndChannel */
if
}
/* StartStream > EndStream and StartChannel > EndChannel */
}
/* StartStream > EndStream and StartChannel > EndChannel */
if
}
}
(CH = StartChannel; CH <= EndChannel;
(StartStream <=
for
}
(StartStream <=
for
}
}
CMH
CMH
/* StartStream <= EndStream and StartChannel <= EndChannel */
}
/* StartStream > EndStream and StartChannel <= EndChannel */
else{
for
for (ST = GroupNum*7); ST <= StartStream; ST++){
}
(ST = EndStream; ST <= MaxStream;
(ST = (GroupNum*7); ST <= StartStream;
if
}
(StartStream <=
(ST = StartStream; ST <= EndStream;
(ST = StartStream; ST <= EndStream;
CHM
[ST] [CH]
[ST] [CH]
for
}
for
}
for
(ST = EndStream; ST <= MaxStream;
CMH [ST] [CH] = BPD;
}
CMH
}
= BPD;
CMH
[ST] [CH]
(((GroupDataRate/2)
(ST = EndStream; ST <= MaxStream;
CMH
(ST = (GroupNum*7); ST <= StartStream;
(ST = StartStream; ST <= EndStream;
[ST] [CH]
[ST] [CH]
(int
EndChannel){
CMH
CMH[ST][CH]
[ST] [CH]
Figure 3. "Real" Instantiation of Memory Block Programming
= BPD;
= BPD;
EndStream){
EndStream){
[ST] [CH]
GroupNum;
= BPD;
EndStream){
= BPD;
8)
= BPD;
Figure 2. "Basic Instantiation"
= BPD;
+ 7);
= BPD;
CH++){
= BPD;
int
*
CH++) {
32)
GroupDataRate) {
12
ST++) {
CH++){
- 1);
ST++){
CH++){
ST++){
ST++){
ST++){
ST++){
ST++){
ST++){
ST++){
INDUSTRIAL TEMPERATURE RANGE