The Y38 is a high-performance 32.768kHz DIP clock crystal resonator designed for precise clock signal generation. It features low power consumption, excellent phase noise performance, and strong electromagnetic interference resistance. It is an ideal choice for applications in consumer electronics, communication devices, industrial control, medical equipment, and IoT devices.
32.768KHZ High Precision DIP Clock Crystal Resonator Y38
The crystal resonator Y38 operates at a frequency of 32.768 kHz, making it an ideal component for applications where high accuracy and stability are required. It is commonly used in watches, calculators, and other devices that need a reliable timekeeping mechanism.
Engineered for superior stability and low power consumption, the DIP clock crystal resonator Y38 outperforms competitors in reliability and efficiency. Its compact design allows for seamless integration into various applications, ensuring optimal performance in any environment.
An important feature of quartz crystal resonator Y38 is its extended temperature range, which make it an attractive choice for various industries, including telecommunications, computing, and automotive electronics.
Product features:
✦Application for variety products reference clocks.
✦reliable environmental performance.
✦RoHS Compliant / Pb Free.
Crystals specifications:
| ITEMS/TYPE | Y38 |
| Nominal Frequency | 32.768KHz |
| Load Capacitance | 7pF,9pF,12.5pF,or specify |
| Frequency Tolerance (at 25°℃) | ±20ppm, or specify |
| Operating Temperature Range | -20-+70℃, or specify |
| Parabolic Coefficient (B) | (-0.03±0.01)10-*/℃2 |
| Shunt Capacitance (C0) | 2.0pF typical |
| Drive Level | 1.0uW Max. |
| Aging (at 25℃) | ± 3 ppm/year Max. |
| Storage Temperature Range | -55~+125℃ |
| Packing Unit | 1,000pcs/Reel |
Dimensions and patterns(unit:mm):
Application:
Why Choose Us？
+ One-stop supply of all frequency control parts.
+ The dedicated FAE team offers frequency deviation, resistance, DLD tests, and other auxiliary project tests, along with comprehensive after-sales technical support.
+ 180 warranty and return policy.
+ All our factories are ISO certified and our components are RoHS and REACH compliant.
FAQ:
1.What product areas are Y38 crystals suitable for?
Communication equipment: In communication equipment such as base stations, routers, switches, etc., passive tuning fork crystals are used to generate stable clock signals to ensure the accurate transmission and processing of communication data, which is crucial for maintaining the normal operation of communication networks.
Industrial control: In automated production line controllers, sensors and other equipment, to provide accurate clock signals to ensure the accuracy and stability of the industrial control process.
2. What is the purpose of the load capacitor of the Y38 crystal?
Load capacitance is an important parameter of passive tuning fork crystals. Together with the equivalent capacitance inside the crystal, it constitutes the total capacitance of the resonant circuit and affects the oscillation frequency of the crystal. In circuit design, the external capacitance must be matched to the specified load capacitance value of the crystal to ensure that the crystal can work stably at the nominal frequency. If the load capacitance is not matched, it will cause the crystal frequency to shift. For example, a common 32.768kHz crystal may have a load capacitance of 12.5pF, which needs to be matched with a suitable external capacitor in the actual circuit.
3. What happens if there is a quality problem with the product?
4. What role does Y38 play in wireless routers?
5. What parameters do I need to provide to get a detailed quote?
The basic parameters we need to know are size, frequency, load capacitance, ppm and quantity. The oscillator also requires a supply voltage.
We can advise on other parameters if needed.
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The Y38 is a high-performance 32.768kHz DIP clock crystal resonator designed for precise clock signal generation. It features low power consumption, excellent phase noise performance, and strong electromagnetic interference resistance. It is an ideal choice for applications in consumer electronics, communication devices, industrial control, medical equipment, and IoT devices.
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