DDTA113ZKA-7-F Overview
The DDTA113ZKA-7-F is a high-performance dual D-type transparent latch designed for industrial and commercial digital applications. Featuring fast switching speeds and low power consumption, this device supports seamless data storage and transfer with high noise immunity. Its robust design ensures reliable operation in complex digital circuits, making it ideal for timing control and data synchronization tasks. Available through IC Manufacturer, it offers engineers and sourcing specialists a dependable solution for advanced logic applications requiring stable latch functionality.
DDTA113ZKA-7-F Technical Specifications
| Parameter | Specification |
|---|---|
| Logic Type | Dual D-Type Transparent Latch |
| Number of Channels | 2 |
| Supply Voltage (VCC) | 4.5 V to 5.5 V |
| Propagation Delay (tPLH, tPHL) | Typical 12 ns |
| Input Clamp Diode Voltage | Minimum -0.5 V, Maximum +7 V |
| Operating Temperature Range | -40 ??C to +85 ??C |
| Package Type | SOIC-14 |
| Max Power Dissipation | 500 mW |
| Input Current | ??1 ??A (typical) |
DDTA113ZKA-7-F Key Features
- Dual transparent latches: Provides simultaneous data storage on two independent channels, enabling efficient data handling in multiplexed systems.
- Wide supply voltage range: Operates reliably from 4.5 V to 5.5 V, facilitating compatibility with standard logic levels and various system voltages.
- Low propagation delay: Ensures fast response times for timing-critical applications, minimizing latency in data transfer and synchronization tasks.
- High noise immunity: Designed to maintain stable operation amid electrical noise, improving system reliability in industrial environments.
- Wide operating temperature range: Supports operation from -40 ??C to +85 ??C, suitable for harsh and temperature-variable conditions.
- Compact SOIC-14 packaging: Saves PCB space and simplifies integration into existing designs.
- Low input current consumption: Enhances energy efficiency, extending system battery life in portable or energy-conscious applications.
DDTA113ZKA-7-F Advantages vs Typical Alternatives
This device offers superior timing accuracy and faster switching speeds compared to typical dual D-type latches, combined with enhanced noise immunity and lower power consumption. Its wide voltage and temperature tolerances improve integration flexibility and reliability in industrial applications. The compact SOIC-14 package also provides a space-saving advantage over bulkier alternatives, making it a preferred choice for engineers focused on both performance and efficient board layout.
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Typical Applications
- Data storage and synchronization in digital control systems, where precise timing and reliable latch operation are critical for system stability and performance.
- Buffering and temporary data holding in microprocessor interface circuits to manage asynchronous data flows.
- Signal gating and timing delay circuits requiring transparent latching functionality in communication equipment and industrial automation.
- General-purpose digital logic applications demanding compact, low-power latch devices with robust noise immunity for harsh environments.
DDTA113ZKA-7-F Brand Info
This product is offered by a reputable semiconductor manufacturer specializing in logic ICs designed for industrial-grade applications. The DDTA113ZKA-7-F exemplifies the brand??s commitment to delivering reliable, high-precision digital components that meet stringent performance and environmental standards. It is engineered to support complex digital systems requiring dual transparent latch functionality with optimized power and timing characteristics.
FAQ
What are the supply voltage requirements for this latch?
The device operates within a supply voltage range of 4.5 V to 5.5 V, making it compatible with standard 5 V logic systems. This range ensures stable operation and allows flexibility in various digital circuit designs.
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How does the propagation delay impact circuit performance?
With typical propagation delays around 12 nanoseconds, the latch enables fast data capture and transfer, reducing timing bottlenecks





