EPM7128BTC144-10

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Embedded CPLDs (Complex Programmable Logic Devices) is a type of integrated circuit that contains a number of user-programmable elements that are connected in series, allowing them to be used for a range of different applications. One such device is the EPM7128BTC144-10, which is a member of Altera’s MAX7000S family of devices and is designed for a variety of applications, particularly those requiring small size and low power consumption. This article looks at the application fields of the EPM7128BTC144-10 as well as its working principle.

The EPM7128BTC144-10 is a low power, high-density CPLD designed for the development of sophisticated logic solutions within a wide range of applications. These applications can include digital audio and video processing, motor control, telecom and networking systems, digital signal processing, automotive, automated test equipment and aerospace. In addition, the EPM7128BTC144-10 is ideal for applications that require a low-cost, low-power and fast-speed solution.

The device has a device density of up to 7,500 system gates. There are 66 I/Os, including I/O pins and output registers. It also supports internal memory blocks, such as 64 RAM bits, 32 Multipliers and 64 Registers. The EPM7128BTC144-10 is capable of operating at speeds up to 140 MHz. It also has an on-chip power-down mode, featuring a standby current of only 5 μA, helping to extend battery life in mobile applications.

The EPM7128BTC144-10 features Altera’s EPM7128 technology, which is designed for high performance and low power. The device utilizes a combination of a voltage-controlled oscillator (VCO), phase-locked loop (PLL), phase-shifted logic (PSL) and phase-programmable logic array (PPLA), which simplifies logic design and reduces power consumption to a maximum of 150 mA over an operating temperature range of 0°C to 70°C.

The EPM7128BTC144-10 has a dedicated global clock distribution network, allowing users to easily clock a wide range of applications with a single global clock. This provides the EPM7128BTC144-10 with perfect clock protection, allowing it to operate reliably over the entire operating temperature range. The global clock network also helps reduce the complexity of designing and debugging complex logic for asynchronous systems.

The EPM7128BTC144-10 is designed to be programmed using the Altera MAX7000S software, which provides a comprehensive development environment for designing, configuring and debugging the device. The MAX7000S platform includes a range of soft cores, including a CPU coprocessor, Ethernet MAC and a range of communication peripherals. The software is also compatible with a number of different software languages, including Verilog, VHDL, AHDL and ActionScript, among others.

The EPM7128BTC144-10 is a powerful and cost-effective CPLD device which is suitable for a range of applications, particularly those requiring low power and high speed logic solutions. It utilizes Altera’s EPM7128 technology and MAX7000S platform for easy programming and debugging of complex designs. It also features a dedicated global clock distribution network, helping to reduce complexity and extend battery life in mobile applications.

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