ICE65L01F-TQN84C

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Field Programmable Gate Array (FPGA) is a programmable integrated circuit that can be configured as a digital system for specific tasks. They are ideal for rapid prototyping and testing, as well as for low level, medium volume, and low power applications. ICE65L01F-TQN84C is one of the most popular FPGAs available in the market, used extensively in embedded applications.

The ICE65L01F-TQN84C is an 8 tutorial FPGA designed to allow the development of small, low power applications. It is a low cost FPGA with a low pin count, meaning it can be used even in projects with a tight budget or limited space. It has been designed with integrated SRAM memory blocks which helps to reduce system cost. The ICE65L01F-TQN84C also offers a wide range of user-programmable features, including support for clock gating, dual clock modes, programmable I/O and more.

In terms of application field, the ICE65L01F-TQN84C FPGA is most commonly used in the embedded world. It is used in a wide variety of applications ranging from consumer electronics, to industrial automation, to medical equipment, to automotive. Its low power requirement makes it an ideal solution for battery operated devices. Furthermore, its low pin count makes it a great choice for small form factor products.

The working principle of ICE65L01F-TQN84C is fairly simple. It is based on the principles of programmable logic devices such as PLDs. This means that user defined logic is stored in memory and is implemented at the register transfer level (RTL) using its pad-level resources. In terms of process it can be seen as two distinct stages: compile and synthesis. Compilation is the process of transforming user written logic into a format that can be stored in the FPGA, and synthesis is the process of mapping this logic to the underlying physical logic primitives that come with the FPGA.

In summary, the ICE65L01F-TQN84C is a low-cost, low pin-count FPGA with integrated SRAM memory blocks that is perfect for low-power embedded applications. Through its two stage process it can be programmed to perform a wide variety of user-defined logic tasks. Due to its many features and robustness, it is widely used in numerous embedded applications.

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