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Flip Electronics NB6L11DG Environmental and export classification status description

The OnsemiNB6L11DG is a high-performance differential, LVPECL/LVDS-to-LVPECL/LVDS translator device. This integrated circuit provides ultra-low propagation delay of approximately 40 ps, making it suitable for applications requiring low jitter and high-speed data transmission. Functions: 1. LVPECL/LVDS-to-LVPECL/LVDS signal translation. 2. Low propagation delay for high-speed data transmission. 3. Wide input common-mode voltage range. 4. Differential input signal support. Applications: 1. SerDes (Serializer/Deserializer) systems. 2. High-performance networking equipment. 3. Data communication systems. 4. High-speed data acquisition systems. 5. Test and measurement equipment. Alternative Components: 1. Nexperia 74ALVC164245. 2. Texas Instruments SN75LVDS83B. 3. Maxim Integrated DS90LV011A. 4. Analog Devices ADN4693EB. 5. NXP Semiconductors PTN36241B. Embedded Modules: 1. Clock distribution circuitry. 2. LVPECL/LVDS transmitter/receiver logic. 3. Signal conditioning circuits. 4. Input/output buffers. 5. EMI filtering components. --- Related Q&A: 1. Q: What is the input voltage range of the OnsemiNB6L11DG? - A: The OnsemiNB6L11DG features a wide input common-mode voltage range, typically from -2.0V to +3.5V when used as a translator. 2. Q: Can the OnsemiNB6L11DG be used in high-speed networking applications? - A: Yes, the low propagation delay and signal translation functions make the OnsemiNB6L11DG suitable for high-speed data communication equipment. 3. Q: What is the typical jitter performance of the OnsemiNB6L11DG? - A: The device offers low jitter due to its high-speed capabilities, making it a good choice for applications that require precise timing. 4. Q: Does the OnsemiNB6L11DG support bidirectional signal translation? - A: The OnsemiNB6L11DG is designed for one-way signal translation from LVPECL/LVDS to LVPECL/LVDS, offering flexibility in data routing. 5. Q: Are there any specific layout considerations when using the OnsemiNB6L11DG in a PCB design? - A: Proper signal integrity practices should be followed to maintain the high-speed performance of the device, including controlled impedance traces and proper decoupling.