82V2082PF IDT, Integrated Device Technology Inc, 82V2082PF Datasheet - Page 13

• Manufacturer Part Number: 82V2082PF
• Manufacturer: IDT, Integrated Device Technology Inc

Specifications of 82V2082PF

• Number Of Transceivers: 1
• Screening Level: Industrial
• Mounting: Surface Mount
• Package Type: TQFP
• Operating Temperature (min): -40C
• Operating Temperature (max): 85C
• Lead Free Status / RoHS Status: Not Compliant

Table-1 Pin Description (Continued)
PIN DESCRIPTION
IDT82V2082
RXTXM1
RXTXM0
MODE1
MODE0
RCLKE
Name
LP11
LP10
INT
CS
Type
O
I
I
I
I
I
TQFP80
Pin No.
10
11
14
15
42
41
9
FPBGA81
Pin No.
E2
D3
D4
E4
G8
G9
F1
RCLKE: the active edge of RCLKn select
MODE[1:0]: operation mode of control interface select
The level on this pin determines which control mode is used to control the device as follows:
•
•
•
In hardware control mode, this pin selects the active edge of RCLKn
•
•
In software control mode, this pin should be connected to GNDIO.
RXTXM[1:0]: Receive and transmit path operation mode select
In hardware control mode, these pins are used to select the single rail or dual rail operation modes as well as AMI or
HDB3/B8ZS line coding:
•
•
•
•
In software control mode, these pins should be connected to ground.
CS: Chip Select
In serial or parallel microcontroller interface mode, this is the active low enable signal. A low level on this pin enables
serial or parallel microcontroller interface.
LP11/LP10: Loopback mode select for channel 1
When the chip is configured by hardware, this pin is used to select loopback operation modes for channel 1 (Inband Loop-
back is not provided in hardware control mode).
•
•
•
•
INT: Interrupt Request
In software control mode, this pin outputs the general interrupt request for all interrupt sources. If INTM_GLB bit (GCF,
20H) is set to ‘1’, all the interrupt sources will be masked. These interrupt sources can be masked individually via registers
(INTM0, 13H...) and (INTM1, 14H...). The interrupt status is reported via the registers (INTCH, 21H), (INTS0, 18H...) and
(INTS1, 19H...).
Output characteristics of this pin can be defined to be push-pull (active high or active low) or open-drain (active low) by
setting bits INT_PIN[1:0] (GCF, 20H)
LP11/LP10: Loopback mode select for channel 1
See above LP11.
The serial microcontroller interface consists of CS, SCLK, SCLKE, SDI, SDO and INT pins. SCLKE is used for the
selection of the active edge of SCLK.
The parallel non-multiplexed microcontroller interface consists of CS, A[5:0], D[7:0], DS/RD, R/W/WR and INT
pins. (Refer to
Hardware interface consists of PULSn[3:0], THZ, RCLKE, LPn[1:0], PATTn[1:0], JA[1:0], MONTn, TERMn, EQn,
RPDn, MODE[1:0] and RXTXM[1:0] (n=1, 2).
L= update RDPn/RDNn on the rising edge of RCLKn
H= update RDPn/RDNn on the falling edge of RCLKn
00= single rail with HDB3/B8ZS coding
01= single rail with AMI coding
10= dual rail interface with CDR enabled
11= slicer mode (dual rail interface with CDR disabled)
00 = no loopback
01 = analog loopback
10 = digital loopback
11 = remote loopback
DUAL CHANNEL T1/E1/J1 LONG HAUL/SHORT HAUL LINE INTERFACE UNIT
MODE[1:0]
3.12 MICROCONTROLLER INTERFACES
00
01
10
11
13
Intel non-multiplexed
Hardware interface
Serial Microcontroller Interface
Motorola non-multiplexed
Control Interface mode
Description
for details)
May 4, 2009