LV76D Series 3.3 V

LVDS Clock Oscillators

January 2008

www.pletronics.com

425-776-1880

6

Mechanical:

Cover:

Centered on the base

304 Stainless Steel

0.010 inch (0.25mm)

Electroless Nickel Plated

1 µinch (25 µm) typical

Label:

White Kapton with Black Letters

–or--

Blue Epoxy heat cure ink covering

top with laser marked lettering

Inches

mm

FR4 PCB Base:

Solder masked

Solder masked

All via holes tented on bottom

Copper Clad 670 µinch (17 µm)

Nickel plated 118 µinch (3 µm)

Gold plated 0.8 µinch (0.02 µm)

Typical thicknesses

Pin 3 Ground plane is typical

Not to scale

A

0.351 +

_0.003

8.91 +

_0.07

B

0.356 +

_0.005

9.04 +

_0.13

C

0.103 +

_0.005

2.62 +

_0.13

D

1

0.324

8.23

E

1

0.316

8.03

F

1

0.050

1.27

G

1

0.040

1.02

H

1

0.059

1.50

I

1

0.020

0.51

J

1

0.040

1.02

K

1

0.100

2.54

L

1

0.026 typical

0.66

•

The package is not hermetically sealed (the crystal unit inside is hermetically sealed).

•

The sides are intentionally left open to permit cleaning material to freely flow in the package, thus minimizing the

accumulation of contaminants during cleaning processes.

•

The internal part of the package must be thoroughly dry before operating.

Pad

Function

Note

1

Output

Enable/Disable

When this pad is not connected the oscillator shall operate.

When this pad is <0.30 volts, the output will be inhibited (high impedance state.)

Recommend connecting this pad to V

2

No connect

There is no internal connection to this pad

3

Ground (GND)

4

Output

The outputs must be terminated, 100 ohms between the outputs is the ideal

termination.

5

Output*

6

Supply Voltage

(V

Recommend connecting appropriate power supply bypass capacitors as close as

possible.