Crystal Oscillator 10 MHz

20.00 -20% 25.00

The 10 MHz Crystal Oscillator is a precision timing component designed to provide stable and accurate frequency signals for clocks, microcontrollers, and communication circuits. Key Technical Specifications (Datasheet Snapshot): Nominal frequency: 10 MHz Standard tolerance: ±50 ppm (typical) Load capacitance: 20 picofarads (typical) Operating voltage: 3.3 to 5 volts Through hole or SMD package depending on model High frequency stability and low phase noise

AVAILABILITY: AVAILABLE

SKU: 380

Name *

Please provide your name.

Mobile *

Please provide a valid 11-digit mobile number.

Delivery Address *

Please provide delivery address.

Quantity *

Enter valid quantity.

Delivery Method *

Inside Dhaka (60.00 BDT)

Select delivery method.

Coupon Code (Optional)

Price Breakdown

Subtotal	0.00
Delivery Charge	0.00
Coupon Discount	0.00
Total Amount	0.00

Purchase Note (Optional)

The 10 MHz Crystal Oscillator is a high-precision frequency control component engineered to generate stable and accurate timing signals in electronic circuits. It is commonly used in microcontrollers, digital logic systems, communication devices, and clock generation applications where precise frequency control is required.

This crystal oscillator provides low phase noise and high frequency stability, ensuring reliable operation across varying environmental conditions. Its standard load capacitance and tolerance make it compatible with a wide range of circuits, while its compact package—available in through hole or SMD formats—allows for flexible integration into PCB designs.

Key Technical Specifications (Datasheet Snapshot):

Nominal frequency: 10 MHz
Frequency tolerance: ±50 parts per million (typical)
Load capacitance: 20 picofarads (typical)
Operating voltage range: 3.3 to 5 volts
Available in through hole or surface mount package
High stability and low phase noise for reliable timing

The 10 MHz Crystal Oscillator is an essential component for applications requiring accurate timing and frequency generation, offering precision, reliability, and ease of integration into a variety of electronic systems.