CM9V-T1A 32.768-9-20-TAQC

Micro Crystal SMD Tuning Fork Quartz Crystal CM9V-T1A Ceramic case 0,032768MHz ±20ppm 1,6mm x 1mm x 0,5mm 9pF

Manufacturer Part No.
CM9V-T1A 32.768-9-20-TAQC
Schukat Part No.
CM9V-32-9-2-TAQC
Manufacturer
Enter your company's part number here. Your part number will be referenced on your receipts, such as the order confirmation, invoice or delivery note.
Enter your personal project number here to assign the item to a project. Your part project number will be referenced on your receipts, such as the order confirmation, invoice or delivery note.

0 Pcs. in stock

Planned delivery time
Ø 6 Weeks
Life Cycle Status
The life cycle indicates which market phase the item is in. We distinguish between: • Active (green) • NRND = Not Recommended for New Designs (yellow) • LTB = Last Time Buy (yellow) • EOL = End of Life (red)
Active
Available (from stock)
Replacement / Follow-up View entire series
Data Sheet
ECAD Model
Downloads

Prices

Manufacturer bundle 100 Pcs.
Manufacturer's packaging unit (Mfr. PU) means the smallest original packaging unit of the manufacturer.
Price per 1 Pcs.

Quantity and Options

(at least 100 or multiple of 100)
All prices net plus VAT. We do not deliver to private customers.

Fact Sheet

Series
CM9V-T1A
Package/Case
Ceramic case
Frequency
0.033 MHz
Frequency tolerance
±20 ppm
Load capacity
9 pF
Ageing, max.
±3 ppm/Jahr
Load, max.
0,5 µW
RoHS-Conform

Specifications

Open all

General

Manufacturer
  • Micro Crystal
Series
  • CM9V-T1A
Product group
  • D9040 Micro Series CM9V-T1A 32,768kHz
Type
  • SMD Tuning Fork Quartz Crystal
Package/Case
  • Ceramic case

Dimensions and weights

Dimension: Length
  • 1.6 mm
Dimension: Width
  • 1 mm
Dimension: Height
  • 0.5 mm

Operating conditions

Operating Temperature Min.
  • -40 °C
Operating Temperature Max.
  • 85 °C
Minimum Storage Temperature
  • -55 °C
Maximum Storage Temperature
  • 125 °C

Technical features

Frequency
  • 0.033 MHz
Frequency tolerance
  • ±20 ppm
Load capacity
  • 9 pF
Load, max.
  • 0,5 µW
Ageing, max.
  • ±3 ppm/Jahr