<
>
Specifications
Normal temperature Frequency Tolerance:
±10ppm
Frequency Stability:
±20ppm
Operating Temperature:
-20℃~+70℃
Load Capacitance:
16pF
Equivalent Series Resistance(ESR):
60Ω
Frequency:
16MHz
Mfr. Part #:
KUS160001610
Package:
HC-49S
Key Attributes
Model Number:
KUS160001610
Product Description
- 49US/16.000MHZ
: 49US/16.000MHZ16PF/10ppm
- : (Kaiyuexiang)
- :
- : 49US/16.000MHZ
- : KUS160001610
- : ,
| / | ||
|---|---|---|
| 1. GENERAL () | ||
| HOLDER TYPE () | 49US | - |
| MODE OF VIBRATION () | AT CUT | - |
| OSCILLATION MODE () | FUND S&A | - |
| TEST FACILITIES () | KH-1240 | - |
| STORAGE TEMPERATURE () | -40 TO +85 | - |
| DRIVER LEVEL () | 100W | - |
| 2. ELECTRICAL PARAMETER () | ||
| NORMAL FREQUENCY () | 16.000 MHz | - |
| FREQUENCY TOLERANCE () | 10ppm | (252) |
| TEMPERATURE STABILITY () | 20ppm | - |
| OPERATING TEMPERATURE RANGE () | -20 TO +70 | - |
| LOAD CAPACITANCE () | 16 PF | - |
| MOTIONAL CAPACITANCE () | 5PF MAX | - |
| SHUNT CAPACITANCE () | 60 MAX | - |
| EFFECTIVE SERIES RESISTANCE () | 500M OHMS MIN | AT DC 100V |
| INSULATION RESISTANCE () | 95% COVERAGE BY USING 90/10 SOLD AT 245 FOR 5 SEC. DIPING AFTER IMMERSION IN ALPHA 611 FLUX FOR 5 SEC. | - |
| 3. MECHANICAL PARAMETER () | ||
| SOLDERABILITY () | 95%90/102455ALPHA 6115 | - |
| . MECHANICAL ENDURANCE () | ||
| SHOCK () | 50cm3 | - |
| VIBRATION () | : 1055Hz, : 12min, : 1.5mm PP, : X.Y.Z, : 2/ | - |
| STRENGTH OF TERMINALS/LEAD-WIRES () | : 900g30 : 90225g | - |
| SEALING TIGHTNESS () | +90+955 | - |
| SOLDERING DIP () | +230532mm>90% | - |
| SOLDER HEATING () | +350103-42mm | - |
| . ENVIRONMENTAL ENDURANCE () | ||
| HUMIDITY () | 602, 90-95%250 | - |
| STORAGE IN LOW TEMPERATURE () | -302250 | - |
| STORAGE IN HIGH TEMPERATURE () | +852250 | - |
| TEMPERATURE CYCLE () | 31/min | - |
:
TEL0755-89315823 / 89315866
FAX0755-89315223
www.kaiyuexiang.com
2409272230_KYX-KUS160001610_C18213299.pdf
Request A Quote
Please Use Our Online Inquiry Contact Form Below If You Have Any Questions, Our Team Will Get Back To You As Soon As Possible
