CC4V_16 Datasheet, PDF (1/1 Pages) Golledge Electronics Ltd – SM Watch Crystal

SM Watch Crystal -55+125°C
CC4V
2011/65/EU
5.00
±0.10
1.90
±0.10
1.25
(max)
SOLDER PAD LAYOUT
0.90
0.90
2.90
2.20
1.30
1.30
TOP VIEW
* 0.95mm high version available on request.
Features
 ^{High shock & vibration resistance}
 ^{Military temperature range -55+125°C option}
 ^{Low power consumption}
 ^{Miniature ceramic package}
Standard Calibration Tolerances
32.0 ~ 200kHz
±20ppm
±100ppm
201 ~ 560kHz
±100ppm
±250ppm
561kHz ~ 1.0MHz
±100ppm
±500ppm
Specifications
Parameters
Terminations: Gold plated pads
Frequency range:
32.768kHz
32.0kHz ~ 1.0MHz
Calibration tolerance:
see table
Other
Product
CC4V





Operating temperature range:
-40 to +85°C

-55 to +125°C

Storage temperature range:
-55 to +125°C

Circuit condition:
9pF (32.0 ~ 200kHz)

7pF (32.768kHz)

12.5pF (32.768kHz)

4pF (201 ~ 560kHz)

10pF (560kHz ~ 1.0MHz)

Static capacitance (C₀):
1.2pF typ @ 32.768kHz

1.2pF typ @ 307.2kHz

1.0pF typ @ 1.0MHz

Motional capacitance (C₁):
2.1fF typ @ 32.768kHz

1.1fF typ @ 307.2kHz

1.1fF typ @ 1.0MHz

Equivalent series resistance:
50kΩ typ, 65kΩ max @ 32.768kHz

3.5kΩ typ, 5kΩ max @ 307.2kHz

500Ω typ, 1.2kΩ max @ 1.0MHz

Ageing:
±3ppm max first year

Drive level:
1.0μW max

Turnover temperature (T₀):
+25°C ±5°C @ 32.768kHz

+33°C ±5°C @ 307.2kHz

+39°C ±5°C @ 1.0MHz

Frequency / temp coefficient:
-0.035ppm/°C² ±10%

Shock resistance:
±5ppm, 5,000g, 0.3ms, ½ sine

Vibration resistance:
±5ppm, 20g, 10.0 ~ 2,000Hz

Soldering condition:
Reflow, 260°C, 20 sec max

 Standard.  Optional - Please specify required code(s) when ordering
Option
Code
T1A
specify
M
specify
specify
Ordering Information
Product name + termination + option codes (if any) +
frequency + calibration tolerance
eg: CC4V-T1A 32.768kHz ±30ppm -40+85°C
CC4V-T1A/M 76.80kHz ±100ppm -55+125°C
Option code X (eg CC4V-T1A/X) denotes a custom spec.
 Available on T&R 2k or 10k pcs/reel
 Refer to our website for T&R and soldering details.
 Ask about higher shock & vibration specifications.
Tel: [phone]
29 Sep 2009
Fax: [phone]
E-mail: [e-mail]
Web: www.golledge.com