Spezielle Oszillatoren von GEYER ELECTRONIC

GEYER ELECTRONIC gehört seit Jahrzehnten zu den führenden Herstellern von Frequenzprodukten, Schwingquarze, Oszillatoren und Keramik-Resonatoren.

Size l/w/h
in mm
Model-No.Frequency RangeTemp. Range °CDownloadInformationen
-20
+70
-40
+85
 -40
+105
 -40
+125
1.6/1.0/0.5 KX-327FT 32.768 kHz       Acrobat%20Reader[1] NEW - for applications: chip cards, mobile communication, medical etc.
2.0/1.2/0.6 KX-327RT 32.768 kHz       Acrobat%20Reader[1] Applications: Mobile Communication etc.
3.2/1.5/0.8 KX-327NHT 32.768 kHz       Acrobat%20Reader[1] For new designs. Conforms to AEC-Q200. For small communication devices etc.
4.95/1.82/0.96 KX-327XS 32.768 kHz     Acrobat%20Reader[1] Not for new designs. Please use KX-327NHT for new developments. 
7.0/1.5/1.4 KX-327L 32.768 kHz     Acrobat%20Reader[1] For new designs. For all industrial applications. 
8.2/3.8/2.5 KX-327S 32.768 kHz     Acrobat%20Reader[1] Applications: Clock and Microcomputer etc.
1.6/1.2/0.3 KX-4 24.0 ~ 80.0 MHz     Acrobat%20Reader[1] Aging max. ±2ppm. For new designs.  
2.0/1.6/0.45 KX-5 16.0 ~ 80.0 MHz Acrobat%20Reader[1] Aging max. ± 2ppm. High temperature types+125°C avail. Conforms to AEC-Q200. 
2.5/2.0/0.55 KX-6 12.0 ~ 80.0 MHz Acrobat%20Reader[1] Aging max. ± 2ppm. High temperature types+125°C avail. Conforms to AEC-Q200.
3.2/2.5/0.8 KX-7 9.83040 ~ 60.0 MHz Acrobat%20Reader[1] Aging max. ± 2ppm. ESR 20 Ohm max. possible. High temperature types ~+125C avail. Conforms to AEC-Q200. For new designs.  
4.0/2.5/0.8 KX-8 12.0 ~ 60.0 MHz   Acrobat%20Reader[1] Not for new designs. Please use KX-7 for new developments.  
5.0/3.2/1.0 KX-9A 7.680 ~ 300.0 MHz   Acrobat%20Reader[1] 4 pad version. Aging max. ± 2ppm. For new designs and frequencies >10 MHz please prefer KX-7.  
5.0/3.2/1.1 KX-9B 8.0 ~ 50.0 MHz   Acrobat%20Reader[1] 2 pad version. Not for new designs. Please use KX-9A and KX-7 for new developments.  
6.0/3.5/1.1 KX-12A 8.0 ~ 150.0 MHz Acrobat%20Reader[1] 4 pad version. Aging max. ± 2ppm. High temperature types ~+125°C avail. Conforms to AEC-Q200. For new designs please prefer KX-7 and KX-9A. 
6.0/3.5/1.0 KX-12B 8.0 ~ 50.0 MHz   Acrobat%20Reader[1] 2 pad version. Aging max. ± 2ppm. Please use KX-9A and KX-7 for new developments.
7.0/5.0/1.3 KX-13 6.0 ~ 160.0 MHz   Acrobat%20Reader[1] Not for new designs, except <8.0MHz  
8.0/4.5/1.6 KX-14 4.0 ~ 60.0 MHz Acrobat%20Reader[1] Not for new designs, except < 6.0MHz. High temperature types ~+125°C avail. Conforms to AEC-Q200. 
11.6/5.5/1.6 KX-20 3.579545 ~ 25.0 MHz   Acrobat%20Reader[1] Not for new designs, except < 6MHz. Low profile SMD.
12.3/4.5/4.2 KX-K 3.50 ~ 70,0 MHz     Acrobat%20Reader[1] Low Cost SMD.
12.3/4.5/3.2 KX-KS 3.50 ~ 70.0 MHz     Acrobat%20Reader[1] Low Cost and Low Profile SMD. 
12.3/4.5/2.5 KX-KSS 3.50 ~ 70.0 MHz     Acrobat%20Reader[1] Low Cost and very Low Profile SMD.  
12.5/4.6/3.7 KX-C 3.50 ~ 30.0 MHz   Acrobat%20Reader[1] Not for new designs.  
11.35/4.65/3.6 KX-3H 3.20 ~ 70.0 MHz   Acrobat%20Reader[1] Low Cost THT. 
11.3/4.9/13.6 KX-49 1.8432 ~ 30.0 MHz   Acrobat%20Reader[1] THT. Applications: For Clock of integrated circuit
11.3/4.9/13.6 KX-49 20.0 ~ 90.0 MHz   Acrobat%20Reader[1]

THT. Applications: For Clock of integrated circuit  
11.35/4.65/3.6 KX-49 3.20 ~ 70.0 MHz   Acrobat%20Reader[1] THT. Applications: For Clock of integrated circuit  
11.3/4.9/13.6 KX-49 50.0 ~ 150.0 MHz   Acrobat%20Reader[1] THT. Applications: For Clock of integrated circuit 
6.2/2.0Ø KX-26 32.768 kHz     Acrobat%20Reader[1] THT. Applications: Clock and Microcomputer 
6.2/2.0Ø KX-26 77.50 kHz     Acrobat%20Reader[1] THT. Applications: Clock and Microcomputer  
8.0/3.0Ø KX-38 32.768 kHz     Acrobat%20Reader[1] LOW COST THT. Applications: Clock and Microcomputer 
10.0/3.0Ø KX-39 3.579545 ~ 40.0 MHz     Acrobat%20Reader[1] Standard MHz. Applications: For Clock of integrated circuit  
10.0/3.0Ø KX-39 30.0 ~ 70.0 MHz     Acrobat%20Reader[1] Standard MHz. Applications: For Clock of integrated circuit 
10.0/3.0Ø KX-39 40.0 ~ 100.0 MHz     Acrobat%20Reader[1] Standard MHz. Applications: For Clock of integrated circuit