Analog Devices AD8073 Evaluation Board AD8073JR-EBZ AD8073JR-EBZ Data Sheet
Product codes
AD8073JR-EBZ
Evaluation Board User Guide
UG-114
One
Technology
Way
•
P.O.
Box
9106
•
Norwood,
MA
02062-9106,
U.S.A.
•
Tel:
781.329.4700
•
Fax:
781.461.3113
•
www.analog.com
Universal Evaluation Board for Triple, High Speed Op Amps
Offered in 14-Lead SOIC Packages
PLEASE SEE THE LAST PAGE FOR AN IMPORTANT
WARNING AND LEGAL TERMS AND CONDITIONS.
Rev. 0 | Page 1 of 4
FEATURES
Enables quick breadboarding/prototyping
User-defined circuit configuration
Edge-mounted SMA connector provisions
Easy connection to test equipment and other circuits
User-defined circuit configuration
Edge-mounted SMA connector provisions
Easy connection to test equipment and other circuits
GENERAL DESCRIPTION
The EB-O14R-3Z universal evaluation board is designed to help
users evaluate the triple, high speed op amps offered in 14-lead
SOIC packages. The EB-O14R-3Z is a bare board (that is, there are
no components soldered to the board) that enables users to quickly
prototype a variety of triple op amp circuits, which minimizes
risk and reduces time to market. Figure 1 shows the component
side of the bare evaluation board, and Figure 2 shows the circuit
side of the bare evaluation board.
users evaluate the triple, high speed op amps offered in 14-lead
SOIC packages. The EB-O14R-3Z is a bare board (that is, there are
no components soldered to the board) that enables users to quickly
prototype a variety of triple op amp circuits, which minimizes
risk and reduces time to market. Figure 1 shows the component
side of the bare evaluation board, and Figure 2 shows the circuit
side of the bare evaluation board.
The evaluation board is a 2-layer printed circuit board (PCB) that
accepts SMA edge-mounted connectors on the inputs and outputs
for efficient connection to test equipment or other circuitry.
The ground plane, component placement, and supply bypassing
are designed to minimize parasitic inductances and capacitances.
accepts SMA edge-mounted connectors on the inputs and outputs
for efficient connection to test equipment or other circuitry.
The ground plane, component placement, and supply bypassing
are designed to minimize parasitic inductances and capacitances.
Figure 3 shows the evaluation board schematic. The PCB layout
pattern for the component side is shown in Figure 4, and the
PCB layout pattern for the circuit side is shown in Figure 5.
pattern for the component side is shown in Figure 4, and the
PCB layout pattern for the circuit side is shown in Figure 5.
EVALUATION BOARD COMPONENT AND CIRCUIT SIDE DIAGRAMS
NOTES
1. THE EVALUATION BOARD SILKSCREEN PART NUMBER LABELLING ON
YOUR BOARD MAY BE DIFFERENT FROM WHAT IS SHOWN HERE.
1. THE EVALUATION BOARD SILKSCREEN PART NUMBER LABELLING ON
YOUR BOARD MAY BE DIFFERENT FROM WHAT IS SHOWN HERE.
08
92
6-
0
01
Figure 1. EB-O14R-3Z Component Side of Evaluation Board
NOTES
1. THE EVALUATION BOARD SILKSCREEN PART NUMBER LABELLING ON
YOUR BOARD MAY BE DIFFERENT FROM WHAT IS SHOWN HERE.
1. THE EVALUATION BOARD SILKSCREEN PART NUMBER LABELLING ON
YOUR BOARD MAY BE DIFFERENT FROM WHAT IS SHOWN HERE.
08
92
6-
00
2
Figure 2. EB-O14R-3Z Circuit Side of Evaluation Board