The DGS35-4HK16384 is a crucial component in the field of electronic devices, offering a wide range of applications and functionalities. This encyclopedia entry provides an in-depth overview of the product, including its category, use, characteristics, specifications, pin configuration, functional features, advantages and disadvantages, working principles, application field plans, and alternative models.
The DGS35-4HK16384 utilizes a piezoelectric crystal to generate stable and accurate oscillations at the specified frequency. The output signals are then conditioned and transmitted through the LVDS interface, ensuring high-speed and low-noise data transmission.
The DGS35-4HK16384 is ideally suited for applications requiring precise clock synchronization and data transmission, such as: - High-Speed Communication Systems - Data Acquisition Equipment - Test and Measurement Instruments - Industrial Control Systems - Networking Devices
For applications requiring alternative specifications or form factors, the following models can be considered: - DGS50-8HK32768: 50 MHz, LVPECL Output, 3.3V Supply Voltage - DGS25-2HK8192: 25 MHz, LVCMOS Output, 2.5V Supply Voltage - DGS70-16HK65536: 70 MHz, LVDS Output, 5V Supply Voltage
In conclusion, the DGS35-4HK16384 plays a vital role in enabling reliable signal processing and data transmission in various electronic systems, offering high performance and versatility within its designated application fields.
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What is DGS35-4HK16384?
What are the key features of DGS35-4HK16384?
What is the operating voltage range for DGS35-4HK16384?
Can DGS35-4HK16384 be used in harsh environments?
What output signals does DGS35-4HK16384 provide?
Is DGS35-4HK16384 suitable for measuring gas pressure?
What is the accuracy of DGS35-4HK16384?
Can DGS35-4HK16384 be integrated with PLC systems?
Does DGS35-4HK16384 require calibration?
What is the typical response time of DGS35-4HK16384?