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DM74ALS533WM Specifications
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TypeParameter
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Supplier Device Package20-SOIC
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Package / Case20-SOIC (0.295", 7.50mm Width)
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Mounting TypeSurface Mount
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Operating Temperature0°C ~ 70°C
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Current - Output High, Low2.6mA, 24mA
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Delay Time - Propagation4ns
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Independent Circuits1
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Voltage - Supply4.5V ~ 5.5V
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Output TypeTri-State
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Circuit8:8
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Logic TypeD-Type Transparent Latch
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PackagingTube
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Product StatusObsolete
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Series74ALS
The DM74ALS533WM is a specific type of integrated circuit chip that belongs to the ALS (Advanced Low-Power Schottky) family. It is a 8-bit transparent latch with 3-state outputs. Here are some advantages and application scenarios of this chip:Advantages: 1. High-speed operation: The DM74ALS533WM chip operates at a high speed, making it suitable for applications that require fast data transfer and processing. 2. Low power consumption: Being a part of the ALS family, this chip is designed to consume low power, making it energy-efficient. 3. 3-state outputs: The 3-state outputs allow multiple devices to be connected to a common bus, enabling efficient data sharing and communication. 4. Compact size: Integrated circuit chips are known for their small size, and the DM74ALS533WM is no exception. Its compact size makes it suitable for applications where space is limited.Application scenarios: 1. Data storage and transfer: The DM74ALS533WM chip can be used in systems that require temporary storage of data before it is transferred to another device or processed further. 2. Address decoding: It can be used in address decoding circuits to enable the selection of specific memory locations or peripheral devices. 3. Bus interfacing: The 3-state outputs of this chip make it suitable for connecting multiple devices to a common bus, such as in microprocessor systems or communication interfaces. 4. Control systems: The DM74ALS533WM chip can be used in various control systems, such as industrial automation or robotics, where fast and efficient data transfer is required.It is important to note that the specific advantages and application scenarios may vary depending on the overall system requirements and design considerations.
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