HOW TO ORDER CX4HGSM AT CRYSTALS

STATEK CORPORATION 512 N. MAIN ST., ORANGE, CA 92868 714-639-7810 FAX: 714-997-1256 www.statek.com

YS

TEM

CERTIFIC

AT

01

10165 Rev B

CX4

S

HG1

C

SM1 –

32.0M

,

100

/

100

/

—

/

I

C

0

C

1

R

1

2

1

L

1

EQUIVALENT CIRCUIT

R

L

C

C

TERMINATIONS

Designation

Termination

SM1

Gold Plated (Lead Free)

SM2

Solder Plated

SM3

Solder Dipped

SM4

Solder Plated (Lead Free)

SM5

Solder Dipped (Lead Free)

Max Process Temperature

260

“S” if special or

custom design.

Blank if standard

Shock Level

HG1 = 10,000 g

HG2 = 20,000 g

HG3 = 30,000 g

HG4 = 50,000 g

HG5 = 75,000 g

HG6 = 100,000 g

C = Ceramic Lid

Blank = Glass Lid

Termination

SM1 = Gold Plated

SM2 = Solder Plated

SM3 = Solder Dipped

SM4 = Solder Plated

(Lead Free)

SM5 = Solder Dipped

(Lead Free)

Frequency

M = MHz

Calibration

Tolerance

@25

(in ppm)

Frequency

Stability over

Temp. Range

Operating Temp. Range:

C= -10

I

= -40

M= -55

S= Customer Specified

Total

Frequency

Tolerance

(in ppm)

Operating Temp. Range:

C= -10

I

= -40

M= -55

S= Customer Specified

OR

PACKAGING OPTIONS

• Tray Pack

• Tape and Reel

Pb

0.092 (2.3)

inches (mm)

0.059 (1.5)

0.160 (4.0)

SUGGESTED LAND PATTERN

SPECIFICATIONS

Specifications are typical at 25

Fundamental Frequency

14.7456 MHz

16MHz

20 MHz

32 MHz

40 MHz

75

50

30

30

1.4

1.5

1.4

2.5

1.5

Quality Factor Q (k)

120

90

110

70

90

0.8

0.9

0.9

1.1

1.0

Frequency Range

1

14 MHz to 50 MHz

Calibration Tolerance

2

100 ppm, or tighter as required

Load Capacitance

Drive Level

200

µW MAX

Frequency-Temperature

50 ppm to

10 ppm (Commercial)

Stability

2,3

100 ppm to

20 ppm (Industrial)

100 ppm to

30 ppm (Military)

Aging, first year

4

10 ppm MAX

Shock, survival

Vibration, survival

5

20 g, 10-2,000 Hz swept sine

Operating Temp. Range

-10

-40

-55

Storage Temp. Range

-55

Max Process Temperature

260

1. Other frequencies available. Contact factory.

2. Other tolerances available. Contact factory.

3. Does not include calibration tolerance. The characteristics of the frequency stability over

temperature follow that of the AT thickness-shear mode.

4. Lower aging available at low shock levels.

5. Per MIL-STD-202G, Method 204D, Condition D. Random vibration testing also available.

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