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DG417LDY application field and working principle

The DG417LDY is a low power low on-resistance multiplexer with medium channel count. It can be used to switch signals between two different input buses, passing a maximum of eight signals at any one time.

The DG417LDY is fabricated using a proprietary high density low power silicon-on-insulator (SOI) technology. This technology minimizes its on resistance and maximizes its high frequency switching performance. The device also features an integrated sleep mode for power-saving.

The DG417LDY is ideally suited for applications such as video switching, instrumentation and data switching. These applications require a reliable switch that can provide low off-state leakage current and low on-resistance.

The DG417LDY has two independent digital control inputs that can be used to individually control each switch in the device. These digital control inputs can be connected to either logic devices or an external digital signal source. The digital control signals are used to select which signals are switched between the two input buses.

The DG417LDY provides a very high-performance switching solution for applications where space is at a premium and where low power operation is required. Its integrated low power mode makes it an ideal choice for battery-powered applications as well. The DG417LDY is also remarkably robust, providing reliable operation over a wide temperature range. It is available in a variety of packages, simplifying design and manufacturing.

In summary, the DG417LDY is a low power, low on-resistance, medium channel count analog switch. It is ideally suited for applications that require low off-state leakage current and low on-resistance, as well as applications that require a reliable switch. The device features two independent digital control inputs for selecting which signals are switched between two input buses, and is also available with an integrated sleep mode for power-saving.

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