Hello, Welcome to Dasenic

Onsemi MC10EL89DTR2G Environmental and export classification status description

Overview of OnsemiMC10EL89DTR2G: The OnsemiMC10EL89DTR2G is a dual differential PECL/LVECL 1:2/2:1 multiplexer, designed for use in high-speed digital applications. Functions: 1. Dual differential input PECL/LVECL signals. 2. Selects one of two differential input pairs and provides a single-ended output. Applications: 1. Telecommunications infrastructure. 2. Data networking equipment. 3. High-performance computing systems. Alternative components: 1. Texas Instruments SN65ELT22. 2. Maxim Integrated DS15SBSLV. Embedded Modules: 1. Voltage level shifting. 2. Signal conditioning circuits. --- Related Q&A: 1. What is the difference between PECL and LVECL signaling standards? - PECL (Positive Emitter Coupled Logic) operates over a wider voltage range compared to LVECL (Low Voltage Emitter Coupled Logic). PECL typically operates at higher voltages compared to LVECL. 2. Can the OnsemiMC10EL89DTR2G be used in mixed-mode signaling applications? - Yes, this IC supports both PECL and LVECL differential signaling, making it suitable for mixed-mode signaling environments. 3. What are some common reasons for using a multiplexer in high-speed digital applications? - Multiplexers are often used to select between multiple input signals and route them to a single output path, reducing the complexity of signal routing in high-speed systems. 4. How does the OnsemiMC10EL89DTR2G handle signal integrity in high-speed applications? - This IC is designed to maintain signal integrity by minimizing skew and jitter in differential signals, ensuring reliable communication in high-speed digital systems. 5. Are there any specific design considerations when using the OnsemiMC10EL89DTR2G in telecommunications applications? - When designing for telecommunications applications, it is important to consider impedance matching, signal propagation delays, and power supply decoupling to ensure optimal performance with the OnsemiMC10EL89DTR2G.