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NLVVHC4051DTR2G

NLVVHC4051DTR2G Description

The NLVVHC4051DTR2G is an 8:1 multiplexer/demultiplexer integrated circuit (IC) designed by onsemi, a leading manufacturer in the semiconductor industry. This IC is characterized by its high performance and reliability, making it suitable for a wide range of applications. The NLVVHC4051DTR2G features a maximum on-state resistance (Ron) of 100 ohms, ensuring efficient signal transmission with minimal power loss. It operates within a dual supply voltage range of ±2V to ±6V and a single supply voltage range of 2V to 6V, providing flexibility in power supply options.

The device also boasts a low leakage current (IS(off)) of up to 100nA, which is crucial for maintaining signal integrity and reducing power consumption in low-power applications. The channel-to-channel matching (ΔRon) is tightly controlled at 10 ohms, ensuring consistent performance across multiple channels. Additionally, the channel capacitance (CS(off), CD(off)) is rated at 130pF, contributing to the IC's high-speed performance with a -3dB bandwidth of 80MHz.

The NLVVHC4051DTR2G is packaged in a tape & reel (TR) format, facilitating easy handling and integration into automated assembly processes. It is classified under the automotive grade, adhering to stringent quality and reliability standards. The device is also RoHS3 compliant and REACH unaffected, ensuring compliance with environmental regulations and standards.

NLVVHC4051DTR2G Features

• Multiplexer/Demultiplexer Circuit: 8:1 configuration allows for efficient signal routing and selection.
• Low On-State Resistance: Maximum of 100 ohms ensures minimal power loss and efficient signal transmission.
• Wide Supply Voltage Range: Dual supply (±2V to ±6V) and single supply (2V to 6V) options provide flexibility in power supply design.
• Low Leakage Current: Maximum of 100nA helps maintain signal integrity and reduce power consumption.
• High Channel Matching: ΔRon of 10 ohms ensures consistent performance across multiple channels.
• Low Channel Capacitance: 130pF (CS(off), CD(off)) supports high-speed operation with a -3dB bandwidth of 80MHz.
• Automotive Grade: Ensures reliability and performance in demanding automotive applications.
• Environmental Compliance: RoHS3 compliant and REACH unaffected, meeting industry standards for environmental responsibility.
• Packaging: Tape & reel (TR) format for easy integration into automated assembly processes.

NLVVHC4051DTR2G Applications

The NLVVHC4051DTR2G is ideal for a variety of applications where high performance and reliability are critical. Its automotive grade classification makes it suitable for automotive electronics, including advanced driver-assistance systems (ADAS) and in-vehicle infotainment (IVI) systems. The wide supply voltage range and low on-state resistance make it well-suited for industrial control systems, where precise signal routing and minimal power loss are essential.

In telecommunications, the NLVVHC4051DTR2G can be used in high-speed data transmission systems, benefiting from its high -3dB bandwidth and low channel capacitance. Additionally, it is well-suited for consumer electronics applications, such as smart home devices and multimedia systems, where efficient signal routing and low power consumption are important.

Conclusion of NLVVHC4051DTR2G

The NLVVHC4051DTR2G from onsemi is a versatile and high-performance 8:1 multiplexer/demultiplexer IC that offers significant advantages over similar models. Its low on-state resistance, wide supply voltage range, and high channel matching make it ideal for applications requiring efficient signal routing and minimal power loss. The device's automotive grade classification and environmental compliance further enhance its suitability for demanding applications in various industries.

Despite being marked as obsolete, the NLVVHC4051DTR2G remains a reliable choice for engineers and designers seeking a robust and efficient multiplexer/demultiplexer solution. Its combination of high performance, flexibility, and compliance with industry standards ensures that it continues to be a valuable component in modern electronic systems.