Characteristics of Epson SG-8201CJA Programmable Crystal Oscillator

In today's highly digitized world, the performance and stability of electronic devices have extremely high requirements for the accuracy and stability of clock signals. The Epson SG-8201CJA programmable crystal oscillator, with its outstanding performance and flexible configuration options, has become the core driving force for many advanced electronic systems, providing precise and reliable clock benchmarks for devices in various fields.

Broadband programmable to meet diverse needs

The SG-8201CJA programmable crystal oscillator has a wide frequency output range of 1.2MHz to 170MHz, which enables it to flexibly adapt to the diverse clock frequency requirements of various electronic devices. Whether it is the basic control circuit in the low-frequency range or the high-speed data processing module in the high-frequency range, it can accurately control and provide just the right frequency support for every application scenario. For example, in some low-frequency controlled IoT devices, a stable low-frequency clock signal can be provided to ensure low-power operation and precise control of the device.

High precision frequency

In terms of frequency accuracy, SG-8201CJA is a model. Within a wide temperature range of -40 ° C to+105 ° C, the frequency tolerance can be strictly controlled within ± 15 × 10 ⁻⁶; Even in the more extreme temperature range of -40 ° C to+125 ° C, the frequency tolerance can be maintained at ± 25 × 10 ⁻ or ± 50 × 10 ⁻. This excellent frequency stability ensures that electronic devices can consistently maintain accurate clock signals in various complex environments, effectively avoiding system failures or performance degradation caused by frequency drift, greatly improving the reliability and stability of the system.

Low jitter characteristic

The low jitter characteristic is a major highlight of SG-8201CJA. When the output frequency is 125MHz, the typical phase jitter is only 1.1ps. Such a low level of jitter has immeasurable value in applications that require high signal quality, such as high-speed data transmission and precision signal processing. It can minimize the bit error rate during signal transmission, ensure data integrity and accuracy, and enable electronic devices to complete various complex tasks with higher efficiency and better quality. For example, in high-end measuring instruments, with their low jitter characteristics, more accurate measurement results can be obtained; In communication base stations, high-speed data transmission, reception, and processing can be achieved, providing users with smooth high-definition video calls, fast file downloads, and low latency online gaming experiences。

Compact packaging

The SG-8201CJA adopts a sophisticated 2.0 × 1.6mm package size, and its small volume perfectly meets the strict requirements of modern electronic devices for compact space. In devices with limited circuit board space, such as smartphones, smart wearables, and in car electronic systems, the SG-8201CJA crystal oscillator can be easily laid out, leaving more space for other key electronic components and helping to achieve miniaturization and multifunctional integration of the device. This compact and lightweight packaging not only improves the space utilization of electronic devices, but also reduces the weight of the entire device, which is beneficial for the portability and performance optimization of the product.

Automotive grade quality

SG-8201CJA complies with the AEC-Q100 standard for automotive applications and is designed specifically for the harsh environments in the automotive electronics field. During the driving process of a car, electronic devices will face various harsh conditions such as high temperature, low temperature, vibration, and electromagnetic interference. However, the SG-8201CJA crystal oscillator, with its high reliability and stability, can work normally in these extreme environments, providing accurate clock benchmarks for key components such as advanced driver assistance systems (ADAS), electronic control units (ECU), in car entertainment systems, and vehicle networking communication modules, ensuring the safe driving and stable operation of various functions of the vehicle. It is a reliable guarantee for the development of intelligent, electric, and networked automobiles。

As a programmable crystal oscillator, SG-8201CJA brings unprecedented flexibility and convenience to engineers and developers. Through programming, users can easily adjust key parameters such as output frequency and phase of the crystal oscillator according to specific application requirements, achieving personalized customization of clock signals. This programmable feature not only greatly shortens the product development cycle, reduces the design complexity and cost increase caused by replacing different specifications of crystal oscillators, but also enables the same model of crystal oscillator to be widely used in various electronic devices and systems, greatly improving the universality and scalability of the product.