Quartz crystal resonator series、Quartz crystal oscillator series
Inquire NowDescription
The Quartz Crystal Resonator and Oscillator Series is designed for precision timing applications across various electronic devices. This comprehensive range includes:
- TF Series: Models TF-145, TF-206, TF-308 featuring 32.768KHz.
- 49S Series: Models 49S, 49SS, 49SMD, 49SSMD operating between 3.579545 to 64.000MHz.
- M Series: Models M2016, M2520, M3225 with frequencies ranging from 8.000 to 54.000MHz.
- K Series: Models K1610, K2012, K3215 at 32.768KHz.
- T Series: Models T1612, T2016, T2520 with frequencies of 19.200MHz, 26.000MHz, and 38.4MHz.
- TC Series: Models TC-1612, TC-2016 with frequencies between 10.000 to 70.000MHz.
Each series incorporates advanced features such as resistance-welded construction, high frequency pullability, and low equivalent series resistance, making them ideal choices for applications in TVs, STBs, LCDMs, and cable modems. All resonators and oscillators comply with RoHS standards and are free from harmful substances, ensuring safety and reliability in electronic designs.
Specifications
| Series | Models | Frequency Range | Features |
|---|---|---|---|
| TF Series | TF-145, TF-206, TF-308 | 32.768KHz | Resistance welded, low ESR, RoHS compliant |
| 49S Series | 49S, 49SS, 49SMD, 49SSMD | 3.579545 to 64.000MHz | Resistance welded, lower cost, mass production capability |
| M Series | M2016, M2520, M3225 | 8.000 to 54.000MHz | Reflow resistant, low cost, mass production capability |
| K Series | K1610, K2012, K3215 | 32.768KHz | Reflow resistant, low cost, mass production capability |
| T Series | T1612, T2016, T2520 | 19.200MHz, 26.000MHz, 38.4MHz | Reflow resistant, low cost, mass production capability |
| TC Series | TC-1612, TC-2016 | 10.000 to 70.000MHz | HCMOS output, high stability ±2.5ppm, low current consumption |
Additional Information
These quartz crystal resonators and oscillators are designed to ensure robust performance and reliability in electronic applications. With their advanced manufacturing processes, they offer excellent frequency stability and low power consumption, making them suitable for a wide range of consumer and industrial electronics.
