DG411LDJ

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Analog Switches, Multiplexers, Demultiplexers, are important components that are widely used in consumer electronics, medical devices, and industrial applications. The DG411LDJ is a low-cost, 64-channel analog switch/multiplexer. It is designed to be used in applications where high-speed, low power analog/digital signal switching and multiplexing is required.

The DG411LDJ is a CMOS logic IC with 64 individually-programmable single-pole double-throw switches. It has two control pins that are used to control the selection of different channels. One pin is used to select the low order bits of the channel number (C1 and C0), while the other is used to select the higher order bits of the channel number (C2 to C9). The device can be used to switch between multiple analog or digital signals, or to select one of many signals.

The DG411LDJ has an active low power supply (VSS) and an active low enable input pin (EI). When EI is low, the device can be enabled or disabled, allowing for a controlled selection of channel. The device is powered from single supply voltage (VSS) up to 6.0V.

The device features very low on-resistance (typically switching voltage less than 0.1V), high off-state current leakage (less than 0.01µA), and low power dissipation (typically less than 1µW). It has a wide operating temperature range of -40°C to +85°C, making it suitable for use in a variety of extreme environment applications.

The DG411LDJ is ideal for applications such as mobile phones, digital radios, portable music players, navigation systems and wireless communications. It is also suitable for switching operation in video applications, allowing for a clean and clear image. The device is easy to use and offers a cost-effective solution for switching between multiple single-pole and double-pole signals.

Overall, the DG411LDJ offers high performance, low power dissipation and low cost. It is an ideal choice for applications that require single pole or double-pole switching. It offers a cost-effective, low power solution for switching between multiple analog or digital signals.

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