www.perkinelmer.com/opto

Capacitance (pF) (Typ)

Pin

Sym

Function

Pixels

2048

1024

512

Amplifier return

50

30

20

Signal output

75

45

30

3

ø

2

CCD horizontal phase 2

270

140

70

4

ø

1

CCD horizontal phase 1

350

180

90

5

N/C

No connection

6

N/C

No connection

7

N/C

No connection

8

N/C

No connection

9

N/C

No connection

10

Amplifier drain supply

11

LS

Light shield/die attach

12

N/C

No connection

13

N/C

No connection

14

N/C

No connection

15

ø

AB

Antiblooming gate

70

35

20

16

ø

PG

Photo gate

100

50

25

17

ø

TG

Transfer gate

90

50

25

18

Output gate

8

8

8

19

ø

RG

Reset gate

7

2

2

20

Reset drain

Table 6. Pinout Description and Capacitance Values of Clocked Phases

1

2

3

4

5

6

7

8

9

10

20

19

18

17

16

15

14

13

12

11

N/C

N/C

N/C

N/C

N/C

N/C

N/C

LS

N/C

Figure 5. Pinout Configuration

Linear Photodiode Array

Imagers

Operating Conditions

For optimum performance and longest

life, carefully follow the operational

requirements of these imagers. Provide

stable voltage sources free of noise and

variation and clean waveforms with

controlled edges. Protect the imager

from electrostatic discharge and exces-

sive voltages and temperature. Do not

violate the limits on output register

speed or reduce timing margins below

the minimums.

Imager Configuration

All P-series imagers are constructed

using ceramic packages and optically-

flat windows. Imager die are secured

to precision leadframes by thermal

silver-filled epoxy. Packages are baked

before sealing to elminate moisture,

and tested for seal integrity.

DSP-101 01H - 7/2002W Page 6