Analog circuit implementation on CMOS semi-custom arrays

Duchene, P.; Declercq, M.; Goffart, B.; Novák, Martin

doi:10.1109/4.222192

Cited by 9 publications

(4 citation statements)

References 3 publications

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“…Its appearance not only makes up for the de ciency of custom circuit but also overcomes the deficiency of previous programmable device logic gate. It is a new product in the field of contemporary electronic design [7][8][9]. e acquisition system with FPGA as the control core has the following three advantages: first, the FPGA chip has rich scalability and high integration, and the hardware description language (Verilog and VHDL) of the FPGA is highly modifiable, which makes the system designed on the basis convenient for designers to flexibly modify dynamically and upgrade in the future [10].…”

Section: Introductionmentioning

confidence: 99%

Design of Multichannel Multirate Signal Acquisition System Based on FPGA

Wang

Liu

2022

Mathematical Problems in Engineering

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With the continuous advancement of science and technology, the fields of national defense, astronomy, industry, agriculture, and so on often require real-time acquisition of voltage, current, temperature, pressure, flow, and other signals, and the real-time requirements for signal acquisition are getting higher and higher. The traditional temperature acquisition method is to use the single chip or DSP as the control core to design the temperature monitoring system. However, this method has certain defects and cannot meet many high-demand signal acquisition occasions. On the one hand, most functions of this system are realized by software, and the operation of software will occupy part of the system sampling time, thus reducing the system sampling rate; on the other hand, the logic of the system to complex peripheral circuits cannot be well controlled. And Field Programmable Gate Array (FPGA) has characteristics such as parallel processing, controllability, and processing speed; therefore, the signal acquisition system with FPGA as the control core can realize high-speed signal collection. This paper studies the signal acquisition based on FPGA. In the signal acquisition system, FPGA is the control core of the whole system, and the relevant function modules of the control system complete the signal acquisition task. The acquisition control module is mainly to control the channel selection switch and the A/D converter to work, that is, to generate the logic control signal of multichannel selection and the control sequence of A/D conversion, so as to complete the acquisition and control of the multichannel analog input signal. The FPGA-based signal acquisition control system has the characteristics of short development cycle, flexible design, low cost, and high reliability. FPGA is an ideal architecture for signal acquisition, and the FPGA-based signal acquisition technology has very broad application prospects.

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Section: Introductionmentioning

confidence: 99%

Design of Multichannel Multirate Signal Acquisition System Based on FPGA

Wang

Liu

2022

Mathematical Problems in Engineering

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“…An experimental study [44] found that analog circuits implemented in an SOG array with transistors built out of serial and parallel combinations of unit transistors exhibited a 10±50% degradation in performance for parameters such as gain-bandwidth product, offset voltage and phase margin when compared to full-custom IC implementations. The performance attained was found to be adequate for many applications.…”

Section: Metal-mask Programmable Analog Arraysmentioning

confidence: 99%

“…Duchene et al [44] evaluated the use of existing CMOS digital SOG arrays for implementing analog circuits, and proposed an extended CMOS array consisting of the conventional sea of gates, along with features particularly suited to mask-programmed implementations of analog circuits. An experimental study [44] found that analog circuits implemented in an SOG array with transistors built out of serial and parallel combinations of unit transistors exhibited a 10±50% degradation in performance for parameters such as gain-bandwidth product, offset voltage and phase margin when compared to full-custom IC implementations.…”

Section: Metal-mask Programmable Analog Arraysmentioning

confidence: 99%

“…To further increase the performance of SOG array implementations of analog circuits,¯oating wells, bipolar transistors and highprecision, high-value resistors are required. An extended array proposed in [44] added to the SOG array an``analog ®eld'' containing a bank of resistors, lateral pnp transistors and matched pchannel diffpairs in isolated wells. Area-ef®cient mask-programmable dedicated-function blocks, in the form of high voltage (100 V) output driver transistors, a bandgap reference and a low-power oscillator, were also included because of their high frequency of usage in analog circuits.…”

Section: Metal-mask Programmable Analog Arraysmentioning

confidence: 99%

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Design Approaches to Field-Programmable Analog Integrated Circuits

D’Mello¹,

Gulak²

1998

Field-Programmable Analog Arrays

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Abstract. The drive towards shorter design cycles for analog integrated circuits has given impetus to several developments in the area of Field-Programmable Analog Arrays (FPAAs). Various approaches have been taken in implementing structural and parametric programmability of analog circuits. Recent extensions of this work have married FPAAs to their digital counterparts (FPGAs) along with data conversion interfaces, to form FieldProgrammable Mixed-Signal Arrays (FPMAs). This survey paper reviews work to date in the area of programmable analog and mixed-signal circuits. The body of work reviewed includes university and industrial research, commercial products and patents. A time-line of important achievements in the area is drawn, the status of various activities is summarized, and some directions for future research are suggested.

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D’Mello

Gulak

1998

Analog Integrated Circuits and Signal Processing

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Analog circuit implementation on CMOS semi-custom arrays

Cited by 9 publications

References 3 publications

Design of Multichannel Multirate Signal Acquisition System Based on FPGA

Design of Multichannel Multirate Signal Acquisition System Based on FPGA

Design Approaches to Field-Programmable Analog Integrated Circuits

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