CM7V-T1A
SM 32.768kHz Watch Crystal with Military Temperature Range
- Miniature ceramic package with metal lid
- High shock & vibration resistance
- Extended temperature range options
- AEC-Q200 Automotive option
- Optional low ESR of 40kΩ typ
Specifications
Frequency |
32.768kHz |
Dimensions |
3.2 x 1.5 x 0.65mm |
Storage temperature range |
-55 to +125°C |
Static capacitance (C0) |
1.2pF typ (1.3pF typ option L) |
Motional capacitance (C1) |
3.7fF typ (4.7fF typ option L) |
Ageing |
±3ppm max first year |
Drive level |
1.0µW max |
Turnover temperature (T0) |
+25°C ±5°C |
Frequency / temp coefficient |
-0.035ppm/°C2 ±10% |
Shock resistance |
±5ppm, 5,000g, 0.3ms, ½ sine |
Vibration resistance |
±5ppm, 20g, 10.0 ~ 2,000Hz |
Terminations |
Gold plated pads |
Soldering condition |
Reflow, 260°C, 20 sec max |
Package Drawing
Ordering Information
To request a quotation for the CM7V-T1A please use the configurable options form to choose the options you require and then submit your configured product to our team. Our expert advisers are always happy to help with your requirements and can be contacted on +44 1460 256 100 or at sales@golledge.com.
Following product selection you will be issued with a seven character Golledge part number. Your Golledge part number is the internationally accepted Golledge manufacturing part number (MPN) that should be used for all project documentation, including bills of materials (BoMs) and purchase orders.
If you have any queries regarding any of our documentation our dedicated sales team will be happy to help.
Tape & Reel Specification
A:178* B:12 C:3.5 D:1.8 E:4 F:1.1 G:80 H:21
*Larger reel size available. Please ask for details
Handling & Storage
Human Body Model (HBM) 1A (250V to <500V)
Moisture Sensitivity Level (MSL): 1 (or not applicable)
Construction
Ceramic base with metal lid
Compliance
Please refer to our DOCUMENTS section for more information.
Lead-free (< 0.1% by weight )
RoHS compliant with no exemptions.
REACH compliant.
Free of conflict minerals.
Free from halogens.
Free from ozone-depleting substances.