The obsolescence of ECSSR14000BTR and ECS-SR1-4.00-B-TR resonators and the recommendation of ECS-CTP-4.00-30-TR by ECS Inc.

sales@keepboomingtech.com

·May 5, 2025

·9 min read

The obsolescence of ECSSR14000BTR and ECS-SR1-4.00-B-TR resonators and the recommendation of ECS-CTP-4.00-30-TR by ECS Inc.

ECS Inc. recently announced the obsolescence of ECSSR14000BTR and ECS-SR1-4.00-B-TR resonators. These components, previously vital in timing applications, are now being phased out. The company recommends their advanced ECS-CTP-4.00-30-TR as a replacement. This new resonator delivers improved performance and broader compatibility, making it a reliable choice for modern designs. Its enhanced features ensure precise frequency control, meeting the needs of demanding applications. Engineers can confidently transition to ECS-CTP-4.00-30-TR for a seamless upgrade to their crystal oscillator setups.

ECS-CTP-4.00-30-TR represents a forward-thinking solution for evolving technology requirements.

Key Takeaways

ECS Inc. stopped making ECSSR14000BTR and ECS-SR1-4.00-B-TR resonators to focus on newer technology.
The ECS-CTP-4.00-30-TR resonator works better, fits more systems, and is more dependable.
Engineers can use ECS-CTP-4.00-30-TR in current designs without big changes, making the switch easy.
ECS-CTP-4.00-30-TR has built-in capacitors, which make circuits simpler and need fewer extra parts.
Switching to ECS-CTP-4.00-30-TR prevents supply problems and ensures steady access to good parts.

Why ECSSR14000BTR and ECS-SR1-4.00-B-TR Are Obsolete

Decision by ECS Inc. to discontinue ECSSR14000BTR and ECS-SR1-4.00-B-TR

ECS Inc. made the strategic decision to discontinue ECSSR14000BTR and ECS-SR1-4.00-B-TR resonators. This move aligns with the company’s focus on advancing its product portfolio to meet evolving industry standards. As technology progresses, manufacturers often phase out older components to prioritize newer models that offer enhanced functionality and compatibility. ECS Inc. identified the need for a resonator that could better address the demands of modern applications, prompting the introduction of ECS-CTP-4.00-30-TR as a replacement.

The decision reflects ECS Inc.’s commitment to innovation and customer satisfaction. By retiring ECSSR14000BTR and ECS-SR1-4.00-B-TR, the company ensures that users have access to components designed for current and future technological requirements. This proactive approach minimizes the risk of supply chain disruptions and supports seamless transitions for engineers and designers.

Limitations of ECSSR14000BTR and ECS-SR1-4.00-B-TR in modern applications

While ECSSR14000BTR and ECS-SR1-4.00-B-TR served as reliable solutions in the past, their design no longer meets the demands of modern electronic systems. These resonators lack the advanced features required for compatibility with newer microcontroller architectures and high-speed communication devices. As electronic designs grow more complex, components must deliver greater precision, stability, and adaptability.

The ECSSR14000BTR resonator, for example, operates with a frequency tolerance of ±0.5% and frequency stability of ±0.3%. Although these specifications were sufficient for earlier applications, they fall short in environments requiring tighter tolerances and broader temperature ranges. Additionally, the non-standard package dimensions of these resonators can pose challenges for integration into compact designs, where space optimization is critical.

Modern applications demand components that simplify circuit design while maintaining high performance. ECS Inc. recognized these limitations and introduced ECS-CTP-4.00-30-TR to address them. This new resonator offers improved specifications and compatibility, ensuring it meets the needs of advanced electronic systems.

Features of ECS-CTP-4.00-30-TR

Key specifications of ECS-CTP-4.00-30-TR

The ECS-CTP-4.00-30-TR resonator offers a range of advanced specifications that make it a standout choice for modern electronic designs. Its frequency of 4.000 MHz ensures precise timing, which is critical for applications requiring stable clock signals. The resonator boasts a frequency tolerance of ±0.5% and a frequency stability of ±0.3%, providing consistent performance even in demanding environments.

This component operates with a load capacitance of 30 pF and an impedance of 40 Ohms, making it suitable for a variety of circuit configurations. Its surface-mount device (SMD) package simplifies integration into compact designs, while its dimensions of 7.5 mm × 3.3 mm × 2.2 mm allow for efficient use of space. The ECS-CTP-4.00-30-TR also supports an extended operating temperature range of -20°C to +80°C, ensuring reliability across diverse conditions.

Note: The ECS-CTP-4.00-30-TR includes built-in capacitors, which reduce the need for additional external components. This feature simplifies circuit design and enhances overall efficiency.

Advantages over ECSSR14000BTR and ECS-SR1-4.00-B-TR

The ECS-CTP-4.00-30-TR offers several advantages over its predecessors, ECSSR14000BTR and ECS-SR1-4.00-B-TR. One of the most notable improvements is its enhanced compatibility with modern microcontroller architectures. This compatibility ensures seamless integration into advanced systems, making it a preferred choice for engineers.

The ECS-CTP-4.00-30-TR also provides superior performance in terms of frequency stability and tolerance. These improvements result in more accurate timing, which is essential for high-speed communication devices and other precision-dependent applications. Additionally, its standard SMD package design simplifies assembly processes and reduces manufacturing complexities.

Another key advantage lies in its extended operating temperature range. This feature allows the ECS-CTP-4.00-30-TR to perform reliably in environments where older models might struggle. The inclusion of built-in capacitors further distinguishes it from ECSSR14000BTR and ECS-SR1-4.00-B-TR, as it minimizes the need for external components and streamlines the design process.

By addressing the limitations of previous models, the ECS-CTP-4.00-30-TR ensures that users can meet the demands of modern electronic systems with confidence. Its advanced features and robust design make it a future-ready solution for a wide range of applications.

Transitioning to ECS-CTP-4.00-30-TR

Compatibility with existing systems

The ECS-CTP-4.00-30-TR resonator offers excellent compatibility with existing systems. Its design aligns with modern microcontroller architectures, ensuring smooth integration into a wide range of applications. Engineers can replace older components, such as ECSSR14000BTR, without significant modifications to their circuit designs.

The resonator’s standard surface-mount device (SMD) package simplifies the transition process. It fits seamlessly into existing layouts, reducing the need for extensive redesigns. Additionally, the ECS-CTP-4.00-30-TR supports the same frequency of 4.000 MHz as its predecessors, maintaining consistency in timing applications.

Its built-in capacitors further enhance compatibility by eliminating the need for external components. This feature minimizes circuit complexity and ensures reliable performance. The extended operating temperature range of -20°C to +80°C also makes it suitable for diverse environments, from consumer electronics to industrial systems.

Steps for integrating ECS-CTP-4.00-30-TR into designs

Integrating the ECS-CTP-4.00-30-TR into existing designs involves a straightforward process. Engineers should begin by reviewing the resonator’s datasheet to understand its specifications and requirements. This step ensures proper alignment with the system’s needs.

Next, the resonator should be placed on the circuit board according to its SMD package dimensions (7.5 mm × 3.3 mm × 2.2 mm). Careful attention to placement ensures optimal performance and minimizes signal interference.

After placement, engineers should verify the load capacitance and impedance values in the circuit. The ECS-CTP-4.00-30-TR operates with a load capacitance of 30 pF and an impedance of 40 Ohms. Matching these values ensures stable operation.

Finally, testing the circuit is essential. Engineers should confirm that the resonator provides accurate timing and stable frequency output. This step guarantees that the ECS-CTP-4.00-30-TR meets the application’s requirements before full-scale production.

Tip: For seamless integration, use design software to simulate the circuit with the ECS-CTP-4.00-30-TR before physical assembly. This approach helps identify potential issues early in the process.

Benefits of ECS-CTP-4.00-30-TR for Users

Improved performance and reliability

The ECS-CTP-4.00-30-TR resonator delivers exceptional performance and reliability. Its precise frequency of 4.000 MHz ensures accurate timing, which is critical for applications like microcontroller clock inputs and communication devices. The resonator’s frequency tolerance of ±0.5% and stability of ±0.3% provide consistent operation, even in challenging environments.

This component also supports an extended operating temperature range of -20°C to +80°C. This feature allows it to function reliably in both consumer electronics and industrial systems. Engineers can depend on its robust design to maintain performance under varying conditions.

Tip: The built-in capacitors in ECS-CTP-4.00-30-TR simplify circuit design. This feature reduces the risk of errors during assembly and enhances overall system reliability.

The resonator’s standard surface-mount device (SMD) package further contributes to its reliability. It ensures secure placement on circuit boards, minimizing the chances of mechanical failure. These features make ECS-CTP-4.00-30-TR a dependable choice for modern electronic designs.

Avoiding supply chain disruptions

ECS Inc. has positioned ECS-CTP-4.00-30-TR as a long-term solution for timing applications. Its availability ensures that users can avoid the challenges associated with discontinued components. By transitioning to this resonator, engineers can maintain a steady supply of critical parts for their designs.

The resonator’s compatibility with existing systems simplifies the replacement process. Users can integrate it into their designs without significant modifications, reducing downtime and production delays.

Note: ECS Inc. actively supports ECS-CTP-4.00-30-TR with comprehensive documentation and technical assistance. This support helps users address any integration challenges quickly.

By adopting ECS-CTP-4.00-30-TR, users can safeguard their projects against supply chain uncertainties. Its reliable availability and robust design make it a future-proof choice for a wide range of applications.

ECS Inc. has officially retired ECSSR14000BTR and ECS-SR1-4.00-B-TR resonators. This decision reflects the company’s focus on advancing its product offerings to meet modern technological demands. The ECS-CTP-4.00-30-TR resonator emerges as the recommended replacement, offering improved compatibility, reliability, and performance.

Key Benefits of ECS-CTP-4.00-30-TR:

Enhanced precision: Provides stable frequency control for demanding applications.
Simplified integration: Built-in capacitors reduce circuit complexity.
Future-proof design: Supports modern microcontroller architectures.

Tip: Engineers can ensure seamless transitions by leveraging ECS Inc.’s technical support and documentation.

Adopting ECS-CTP-4.00-30-TR ensures users stay ahead in their designs while avoiding supply chain disruptions. This resonator represents a reliable solution for evolving electronic systems.

What makes ECS-CTP-4.00-30-TR a better choice for modern designs?

ECS-CTP-4.00-30-TR offers enhanced compatibility with modern microcontroller architectures. Its built-in capacitors simplify circuit design. The resonator also provides improved frequency stability and tolerance, ensuring reliable performance in advanced electronic systems.

Can ECS-CTP-4.00-30-TR replace ECS-SR1-4.00-B-TR without redesigning the circuit?

Yes, ECS-CTP-4.00-30-TR is compatible with existing systems. Its standard SMD package and similar frequency specifications allow seamless integration into current designs without significant modifications.

What applications benefit most from ECS-CTP-4.00-30-TR?

ECS-CTP-4.00-30-TR is ideal for timing applications like microcontroller clock inputs and communication devices. Its precise frequency and extended temperature range make it suitable for both consumer electronics and industrial systems.

How does ECS-CTP-4.00-30-TR simplify circuit design?

The resonator includes built-in capacitors, reducing the need for external components. This feature minimizes circuit complexity and enhances overall efficiency, making it easier for engineers to design reliable systems.

Where can users find support for integrating ECS-CTP-4.00-30-TR?

ECS Inc. provides comprehensive documentation and technical assistance for ECS-CTP-4.00-30-TR. Users can access datasheets, application notes, and expert guidance to ensure smooth integration into their designs.