Crystals

The 32.768 Khz RTC Crystal T38 is a precision timing component designed to provide stable and accurate real-time clock signals. Ideal for use in electronic devices requiring reliable timekeeping, this crystal oscillator offers consistent frequency output with minimal drift. Its compact design ensures easy integration into various applications, including microcontroller systems and wearable technology, where precise timing is critical.

• 32.768 KHz frequency ensures accurate time measurement for real-time clock functions
• Compact T38 package supports straightforward installation in tight circuit layouts
• Low power consumption ideal for battery-operated devices and energy-efficient electronics
• Compatible with a wide range of microcontrollers and RTC modules for versatile use
• Stable oscillation performance minimizes timing errors in time-sensitive applications
• Durable construction designed to maintain reliability under varying environmental conditions

The 32.768 KHz SMD Crystal YXC YSX306GA is a compact surface-mount device designed for precise timekeeping and frequency control in electronic circuits. Measuring 8.0 x 3.8 mm, this crystal resonates at 32.768 KHz, making it ideal for low-power applications such as real-time clocks and timers. Its stable frequency output ensures reliable performance across compatible devices, supporting a wide range of components that require accurate oscillation signals.

• Compact 8.0 x 3.8 mm size fits easily into tight circuit board layouts
• Resonates at 32.768 KHz for precise time and frequency reference
• Surface-mount design simplifies automated assembly and reduces space
• Highly stable frequency output enhances reliability in timing applications
• Compatible with various microcontrollers and timing circuits
• Low power consumption suits battery-operated devices
• Durable construction provides consistent performance under typical operating conditions

This 10 MHz Crystal HC-49US is a compact, through-hole component designed for precise frequency control in electronic circuits. Featuring a 2-pin DIP (Dual Inline Package) format, it offers reliable performance in timing and oscillator applications. Its half-size construction ensures compatibility with space-constrained circuit boards, making it ideal for use in embedded systems, communication devices, and other frequency-sensitive electronics.

• 10 MHz frequency ensures accurate timing and signal generation.
• HC-49US half-size package provides a smaller footprint for compact circuit designs.
• 2-pin DIP through-hole mounting allows for easy installation and stable connectivity.
• Reliable crystal stability enhances performance in oscillator and timing circuits.
• Compatible with various electronic components for versatile application across devices.
• Durable construction designed to withstand typical environmental conditions in electronics.
• Ideal for communication and embedded system projects requiring consistent frequency sources.

The 11.0592 MHz Crystal HC-49US is a compact, through-hole electronic component designed for precise frequency control in various circuits. Featuring a half-size HC-49US package with 2-pin DIP configuration, it is ideal for timing applications requiring stable oscillation. This crystal component is compatible with a broad range of microcontrollers and digital devices, making it suitable for use in communication equipment, embedded systems, and consumer electronics.

• 11.0592 MHz frequency ensures accurate timing and synchronization in electronic circuits
• HC-49US half-size package saves PCB space while maintaining robust performance
• 2-pin DIP through-hole design provides easy installation and strong mechanical stability
• Compatible with a wide variety of microcontrollers and digital systems for versatile application
• Stable frequency output suitable for communication devices and embedded system timing
• High-quality crystal material guarantees consistent performance over time

The 12 MHz Crystal HC-49US is a compact, half-size component designed for reliable frequency control in electronic circuits. Featuring a 2-pin DIP through-hole package, it provides precise oscillation at 12 MHz, making it ideal for timing and clock applications. Its robust construction ensures compatibility with a wide range of circuit boards, supporting stable performance in communication devices and microcontroller systems.

• 12 MHz frequency offers accurate timing for various electronic applications
• HC-49US half-size package saves board space while maintaining durability
• 2-pin DIP through-hole design ensures easy installation on standard PCBs
• Reliable oscillation supports stable clock generation and signal processing
• Widely compatible with microcontrollers, communication devices, and timing circuits
• Durable crystal material resists environmental variations for consistent performance

The 12.288 MHz crystal is a precise electronic component designed for timing and frequency control in various circuits. Ideal for use in communication devices, microcontrollers, and digital systems, this crystal oscillator maintains stable oscillation with low phase noise. Its exact frequency ensures reliable clock generation, making it suitable for demanding applications that require accurate timing signals.

• 12.288 MHz frequency ensures synchronized operation in digital and communication devices
• Compact form factor fits easily into diverse electronic assemblies
• Low power consumption supports energy-efficient circuit designs
• High stability reduces frequency drift under varying environmental conditions
• Compatible with a wide range of microcontrollers and timing circuits
• Durable construction for long-lasting performance in professional applications

The 16 MHz Crystal HC-49US is a compact, through-hole component designed for precise frequency control in electronic circuits. Featuring a half-size DIP package with two pins, this crystal oscillator is ideal for applications requiring stable timing signals, such as microcontrollers and communication devices. Its robust construction ensures reliable performance, while the 16 MHz frequency supports a wide range of digital electronics projects and designs.

• 16 MHz frequency provides accurate and stable oscillation for timing-sensitive applications
• HC-49US half-size DIP package allows easy integration into through-hole circuit boards
• Two-pin design simplifies mounting and connection in various electronic assemblies
• Compatible with microcontrollers, communication modules, and other digital systems requiring precise clock signals
• Durable crystal construction ensures consistent performance under varying environmental conditions
• Compact footprint optimizes board space without sacrificing functionality

The 18.432 MHz Crystal HC-49US is a precision frequency control component designed for electronic circuits requiring stable clock signals. Featuring a compact half-size HC-49US package with two pins in a DIP through-hole format, it is ideal for applications in communication devices, microcontrollers, and timing circuits. This crystal offers reliable frequency accuracy and excellent temperature stability, making it suitable for both hobbyist projects and professional electronics manufacturing.

• 18.432 MHz frequency provides precise timing for communication and microcontroller applications
• HC-49US half-size package ensures space-saving integration in circuit boards
• Two-pin DIP through-hole design allows for easy installation and secure mounting
• Stable frequency output enhances overall circuit reliability under varying conditions
• Compatible with standard oscillator circuits to support diverse electronic projects
• Robust construction suited for both prototype and production environments

The 20 MHz Crystal HC-49US features a compact half-size through-hole design with two pins, perfect for precise frequency control in electronic circuits. This crystal oscillator is engineered to deliver reliable 20 MHz signals, making it ideal for timing and frequency applications in various electronic components. Its DIP package ensures straightforward integration on circuit boards that support through-hole mounting.

• 20 MHz frequency ensures stable signal generation for accurate timing
• HC-49US half-size DIP package allows easy installation on standard through-hole circuit boards
• 2-pin configuration simplifies connection and reduces installation complexity
• Compatible with a variety of electronic components requiring crystal-based frequency control
• Designed to provide consistent performance in oscillators and timing circuits
• Durable construction suited for long-term use in electronic assemblies

The 22.1184 MHz Crystal HC-49US is a compact, through-hole electronic component designed for precise frequency control in various circuits. Featuring a 2-pin DIP configuration and half-size HC-49US package, it offers reliable oscillation stability for applications such as communication devices, microcontrollers, and timing circuits. This crystal is well-suited for engineers and hobbyists seeking consistent performance in compact assemblies.

• 22.1184 MHz frequency ensures accurate and stable oscillation for timing-sensitive applications.
• Half-size HC-49US package offers a compact footprint ideal for space-constrained circuit boards.
• 2-pin DIP through-hole design allows easy installation and secure mounting on standard PCBs.
• Engineered to deliver consistent frequency stability under varying environmental conditions.
• Compatible with a wide range of microcontroller and communication systems requiring precise clock signals.
• Durable construction promotes long-term reliability in industrial and consumer electronics.

The 24 MHz Crystal HC-49US is a precision electronic component designed for reliable frequency control in various circuits. Featuring a 2-pin DIP through-hole package in a compact half-size form factor, it is ideal for applications requiring stable oscillation at 24 MHz. This crystal is compatible with standard DIP sockets, making it suitable for use in microcontrollers, communication devices, and timing circuits where accuracy and durability are essential.

• 24 MHz frequency ensures consistent and accurate signal timing
• HC-49US half-size package offers space-saving benefits for circuit design
• 2-pin DIP through-hole configuration simplifies installation and compatibility with traditional PCBs
• Constructed for enhanced frequency stability across temperature variations
• Perfect for microcontroller clock generation and communication systems
• Durable build supports long-term reliability in electronic assemblies

The 25 MHz Crystal HC-49US is a reliable and compact frequency control component designed for electronic circuits requiring precise timing signals. This half-size, through-hole crystal oscillator features a 2-pin DIP configuration, making it compatible with standard PCB layouts. Ideal for applications in communication devices, microcontroller systems, and timing circuits, it offers consistent frequency stability and easy integration for both commercial and hobbyist electronic projects.

• 25 MHz frequency ensures accurate and stable signal generation for timing-sensitive applications.
• HC-49US half-size package conserves board space while maintaining robust performance.
• 2-pin DIP through-hole design allows straightforward mounting on standard printed circuit boards.
• Ideal for integration in microcontroller projects, communication equipment, and timing modules.
• Durable construction supports long-term reliability and consistent operation in diverse environments.
• Compatible with a wide range of electronic components and standard circuit designs.

The 3.579545 MHz Crystal HC-49US is a precision oscillator component designed for through-hole mounting with a compact half-size DIP 2-pin package. Ideal for timing and frequency control applications, this crystal offers stable oscillation at 3.579545 MHz, making it suitable for use in microcontrollers, communication devices, and various electronic circuits requiring reliable clock signals. Its half-size form factor ensures compatibility with space-constrained PCB layouts without sacrificing performance.

• Operates at a precise 3.579545 MHz frequency suitable for accurate timing applications
• Equipped with a 2-pin DIP through-hole package for easy and secure mounting on PCBs
• Half-size HC-49US design minimizes board space usage while maintaining durability
• Ensures stable oscillation essential for microcontroller clock generation and communication systems
• Compatible with a wide range of electronic components and circuit configurations

The 4 MHz Crystal HC-49US 2Pin DIP Through-Hole Half Size is a precision electronic component designed for frequency control in circuits. This crystal oscillator delivers a stable 4 MHz frequency, making it ideal for timing applications in microcontrollers, communication devices, and other electronic projects. Its through-hole mounting format fits standard DIP sockets and circuit boards, offering reliable performance in a compact half-size package.

• 4 MHz frequency ensures consistent timing and signal stability for various electronic applications
• HC-49US package provides a compact and durable housing suitable for through-hole soldering
• 2-pin DIP design allows easy integration into standard circuit boards and sockets
• Half-size form factor saves space while maintaining robust mechanical strength
• Compatible with microcontrollers and communication modules requiring precise clock signals
• Built to deliver minimal frequency drift for reliable long-term operation

The 4.9152 MHz Crystal HC-49US is a compact, half-size through-hole component designed for precise frequency control in electronic circuits. Featuring a 2-pin DIP package, it ensures reliable integration on standard printed circuit boards. Ideal for applications requiring stable oscillation at 4.9152 MHz, this crystal supports various timing and frequency reference needs in components and devices.

• 4.9152 MHz frequency guarantees consistent oscillation for timing accuracy
• HC-49US half-size package fits compact circuit layouts without sacrificing performance
• 2-pin DIP through-hole design ensures easy and secure mounting on PCB boards
• Engineered for stable and reliable frequency control in diverse electronic components
• Compatible with a wide range of component-level applications requiring precise crystal oscillators
• Durable construction designed to withstand typical environmental conditions in electronic assemblies

The 6 MHz Crystal HC-49US is a compact, through-hole electronic component designed for reliable frequency control in circuits. Featuring a half-size DIP package with two pins, it provides stable oscillation for timing applications in various electronic devices. This crystal is compatible with standard DIP sockets and is ideal for use in communication equipment, microcontrollers, and other precision timing circuits requiring a 6 MHz frequency.

• 6 MHz frequency ensures precise and consistent timing control.
• HC-49US half-size package saves space on circuit boards while maintaining durability.
• Two-pin DIP configuration allows easy installation through standard through-hole mounting.
• Designed for high stability in oscillation performance across various temperature ranges.
• Compatible with a wide range of electronic components and circuit designs, including microcontrollers and communication devices.
• Robust construction suitable for industrial and consumer electronics applications.

The 6.144 MHz Crystal HC-49US is a compact, half-size through-hole component designed for precise frequency control in electronic circuits. Featuring a 2-pin DIP configuration, this crystal oscillator is ideal for timing applications, microcontrollers, and communication devices requiring stable and accurate clock signals. Its robust design ensures consistent performance, making it a reliable choice for both prototyping and production environments.

• 6.144 MHz frequency supports accurate timing and synchronization in electronic setups.
• The HC-49US form factor offers a compact footprint suitable for space-constrained circuit boards.
• 2-pin DIP configuration allows easy through-hole mounting for secure installation.
• Compatible with a wide range of microcontrollers and digital circuits requiring precise clock sources.
• Constructed for durability, ensuring stable oscillation over extended periods.
• Half-size design facilitates integration into both hobbyist projects and professional equipment.

The 8 MHz Crystal HC-49US is a compact, two-pin DIP component designed for through-hole mounting on printed circuit boards. This half-size crystal oscillator provides a stable frequency source at 8 MHz, ideal for timing applications in various electronic devices. Its compatibility with standard DIP sockets and reliable quartz crystal technology makes it suitable for communication circuits, microcontrollers, and other precision timing needs where a consistent clock signal is essential.

• 8 MHz operating frequency ensures accurate and stable timing for electronic circuits
• Half-size HC-49US package offers space-saving advantages on densely populated boards
• Two-pin DIP design allows easy through-hole installation and replacement
• High-quality quartz crystal guarantees dependable frequency stability over time
• Compatible with a wide range of microcontrollers and communication modules requiring precise clock signals
• Ideal for embedded systems, oscillators, and frequency control applications