A2DR4

 

SONETR4
SONETR5
SONETR2
SONET
UDP/UDPR5
A2DR4
A2DR5
A2DR6
A2DR7
A2DR8
A2DR9
A2DR10
A2DR11
D2AR2
D2AR9
D2T
LV2D/LV2DR5
D2LV/D2LVR5
PE2D
FLZRXDR1
LBANDR1

RI(ICE)-A2DR4

 

 

Features

Uses One Analog Devices AD6644
14-bit 65 MSPS A/D Converter (AC coupled, 1Vp-p, 50ohm)
SMB Connector For External Clock Reference Derived Via A Comparator-AC coupled 1Vp-p.

Cost: $500-In Production

Jumper Settings For Power/Ground Connections

Digital 3.3V Power Source

Jumper

Voltage Regulator *

Board Header **

J3

1 & 2 SHORT

OPEN

J4

1 & 2 SHORT

2 & 3 SHORT

*  3.3V Digital Power Via Voltage Regulator: Default Power Setting When Delivered

** 3.3V Digital Power Via Board Header: Not An Available Source For The ICE-PIC3T or ICE-MBT3

Analog 5V Power Source

Jumper

Board Header *

External **

J2

2 & 3 SHORT

1 & 2 SHORT 

J6

OPEN

Ext. Power Connection

*   5V Analog Power Via Board Header: Default Power Setting When Delivered

5V power is shared between digital logic and analog logic.

 

** 5V Analog Power Via External Power Source: 

For normal operation you will not need external power connections.  Users who wish to supply the analog circuitry a "quieter" external power source, separate from the digital power connection as provided above, can connect to one or both pins of J6 

a separate 5V supply.

1.) For Connecting To J6 Digi-Key Supplies a Terminal Housing.

    Part Number: WM2601-ND.

2.) You Will Also Need 2 Terminals For The Housing.

    Part Number: WM2200-ND

3.) Wires: 22-30 AWG.

Over/Under Driven **

Jumper

Over/Under Driven

Ground*

J1

1 & 2 SHORT

2 & 3 SHORT

*  Over/Under Driven: Status Bit 0 Set To Ground, Default Setting When Delivered

** Over/Under Driven: When The Analog Input Is Out Of Range Shorting Pins 1 & 2 Of J1 Will Provide This Status Bit On Bit 0

Data Latch Clock Select **

Jumper

A/D Data Ready Clk *

Global Clk

J5

1 & 2 SHORT

2 & 3 SHORT-Reserved

* Data Latch Clock Select: Default Setting When Delivered

** Data Latch Clock Select: For Normal Operation Pins 1 & 2 Should Always Be Shorted, Shorting Pins 2 & 3 Is Reserved For Future Applications.

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