HIF612-40DT-AB-8.5HA(10)

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Rectangular cable assemblies are a major component of virtually any electronic device. HIF612-40DT-AB-8.5HA(10) is a rectangular cable assembly designed for applications encompassing high-frequency signal transmission. It is suitable for connecting electronic components in a wide variety of systems, including aerospace, computers, and industrial applications.

The cable assembly consists of two conductor wires, which are twisted together in a rectangular cross-sectional geometry to provide superior electrical performance for efficient signal transmission. The cable is constructed of a combination of metalized foil and insulated polyethylene, which provides protection against electric shock and electromagnetic interference. The wires can also be terminated with common connectors such as RJ45s, USBs, or SMA connectors for versatility and increased system compatibility.

HIF612-40DT-AB-8.5HA(10) is designed to transmit digital signals at speeds up to 8.5GHz, with a maximum frequency range of up to 40GB. The high-frequency signal transmission ensures efficient communication between devices while maintaining a good signal integrity. The insulation of the two conductive wires is designed to reduce crosstalk or other undesirable electrical interference.

The assembly also offers superior mechanical characteristics as well. It is designed to be lightweight and flexible for easy installation in cramped spaces. The cable also offers a high degree of resistance to vibration, which allows it to be reliably used in a wide variety of environments. Additionally, it has exceptional temperature resistance, allowing it to operate in environments ranging from -40° Celsius to 90° Celsius.

HIF612-40DT-AB-8.5HA(10) is an ideal choice when wiring for digital systems that require high-frequency signal transmission. Its combination of superior electrical and mechanical characteristics makes it suitable for a wide range of applications, from aerospace to industrial systems. With its rugged construction, it can be relied upon for reliable, efficient, and error-free operation.

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