beautypg.com

Atec Agilent-346a User Manual

Page 55

background image

55

Designing and Probing with Target Connections
Agilent Logic Analyzers with 90-pin Pod Connectors

Pinout for the E5390A Single-Ended
Soft Touch Probe

The following graphic and table
show the E5390A single-ended
soft touch probe pad numbers
and logic analyzer pod inputs.

POD 1

POD 2

POD 1

POD 2

D0 D2 G D4 D6 G D8 D10 G D12 D14 G CLK G D0 D2 G D4 D6 G D8 D10 G D12 D14 G CLK

D1 D3 G D5 D7 G D9 D11 G D13 D15 G nCLK G D1 D3 G D5 D7 G D9 D11 G D13 D15 G nCLK

B1

A1

B27

A27

Figure 8.16. Pinout

E5390A Single-Ended Probe

Logic Analyzer

Signal Name

Pad #

Channel

Pod

D1

A1

1

Whichever pod

D3

A2

3

is connected to

Ground

A3

“Odd” on the

D5

A4

5

E5390A probe

D7

A5

7

Ground

A6

D9

A7

9

D11

A8

11

Ground

A9

D13

A10

13

D15

A11

15

Ground

A12

Clock (–)

A13

Clock

D0

B1

0

D2

B2

2

Ground

B3

D4

B4

4

D6

B5

6

Ground

B6

D8

B7

8

D10

B8

10

Ground

B9

D12

B10

12

D14

B11

14

Ground

B12

Clock (+)

B13

Clock

E5390A Single-Ended Probe

Logic Analyzer

Signal Name

Pad #

Channel

Pod

Ground

A14

Whichever pod

D1

A15

1

is connected to

D3

A16

3

“Even” on the

Ground

A17

E5390A probe

D5

A18

5

D7

A19

7

Ground

A20

D9

A21

9

D11

A22

11

Ground

A23

D13

A24

13

D15

A25

15

Ground

A26

Clock (–)

A27

Clock

Ground

B14

D0

B15

0

D2

B16

2

Ground

B17

D4

B18

4

D6

B19

6

Ground

B20

D8

B21

8

D10

B22

10

Ground

B23

D12

B24

12

D14

B25

14

Ground

B26

Clock (+)

B27

Clock