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TS68882VR1-25
+NomenclatureIC FLOATING-POINT CO-PROC 68CPGA
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FabricantTechnologie de micropuce
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Pièce fabricant #TS68882VR1-25
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Package 68-BCPGA
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En stock2846
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Spécifications
| Attribut | Valeur |
| Package | Tray |
| ProductStatus | Obsolete |
| Type | Floating-Point Co-Processor |
| MountingType | Through Hole |
| Package/Case | 68-BCPGA |
Présentation
Description
The TS68882VR1-25 supports a wide range of floating-point data types, including single, double, and extended precision, making it suitable for applications that require high numerical accuracy, such as scientific computing, graphics processing, and real-time data analysis. It is often used in embedded systems, workstations, and other environments where enhanced computational power is necessary.
By integrating this coprocessor, systems gain the ability to perform floating-point calculations more efficiently, reducing the workload on the primary processor and allowing for faster execution of complex algorithms. This makes the TS68882VR1-25 an essential component in performance-driven computing systems.
Equivalent
1. Motorola MC68882 series - Similar functionality, often interchangeable.
2. Motorola MC68881 series - Previous generation, compatible but typically slower.
3. Weitek WTL68882 - A third-party equivalent with similar features.
4. Signetics SC68882 - Another compatible third-party option.
These equivalents may vary in speed and fabrication process but generally provide similar functionalities. Always verify compatibility with specific system requirements.
Features
1. Floating-Point Arithmetic: Supports single, double, and extended precision as per IEEE 754 standards, enhancing computational speed and accuracy for complex arithmetic operations.
2. Performance: Operates at 25 MHz, offering faster computation for demanding applications. It significantly accelerates processing tasks in systems using the Motorola 68020 or 68030 CPUs.
3. Compatibility: Designed to be compatible with the 68000 family, allowing easy integration into existing systems without substantial modifications.
4. Pipelining: Utilizes pipelining to improve instruction throughput, enabling it to execute multiple instructions simultaneously for enhanced performance.
5. Instruction Set: Provides a comprehensive set of floating-point instructions, enabling complex mathematical functions, transcendental functions, and data conversion operations.
6. Bus Interface: Features a 32-bit bus interface, facilitating efficient data transfer and communication with the CPU and other peripherals.
7. Low Power Consumption: Designed to optimize power usage, making it suitable for use in systems where energy efficiency is crucial.
These features make the TS68882VR1-25 ideal for applications requiring high-speed mathematical computations.