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The acronym FPAA stands for (a) field-programmable amplifier array (b) fast-programmable analog array (c) fast-programmable analog array (d) feedback path analog amplifier

The capacitor in a switched-capacitor circuit has a value of \(2200 \mathrm{pF}\) and is switched with a waveform having a period of \(10 \mu\). Determine the value of the resistor that it emulates.

In a switched-capacitor circuit, the 100 pF capacitor is switches at a frequency of \(8 \mathrm{kHz}\). What resister value is emulated?

FPAAs contain CABh, which are (a) configuration analog blocks (b) capacitor actuated blocks (c) configurable amplifier blocks (el) constant amplification blocks

A circuit technology commonly used to implement designs in FPAAs is (a) switched-inductor circuits (b) emulated resistor networks (c) switched-capacitor circuits (d) AMI

A typical setup for programming an FPAA must include (ab) a computer, in FPAA chip on a development beside, development software, a standard interface, and a bevel tester (b) a computer, in HAA chip on a development bound, develop merit software, and a semal generator (c) a computer, an FPAA chip on a development board, development software, and a standard interface to connect the computer and development board

Implement a differentiator using a switched-capacitor circuit with a fixed input capacitor of \(0.01\) \muF. Use a withing frequency of 2000 kHk to achieve an effective resistance of \(15 \textrm{k\)

Using the software, implement an inverting band-pass filter with a center frequency of \(15 \mathrm{kliz}\), a gain of 1 , and a \(Q\) of 10. Using simulation, verify that the circuit is operating as expected.