Good practices in Macroelectronic circuit design includes bypass capacitor at mo

Question

Good practices in Macroelectronic circuit design includes bypass capacitor at most-if not all-integrated circuit pins. What are typical values of bypass capacitors? 0.01 mu F for analog IC device power supply pins: 0.1 mu F for digital IC device power supply pins They are really unnecessary since a value of 0.01 mu F or 0.1 mu F in parallel with a much larger bulk capacitor has an equivalent value equal to the bulk capacitor-so might as well save a few cents Pick something ranging from 10-47 mu F Good laboratory practice is required to achieve the best results from circuit evaluations. The goal is to make good engineering conclusions about circuit operation separated from the masking influences of uncontrolled measurement and instrumentation errors. A 10X 'scope probe is an important instrument accessory. When properly compensated, the 10X probe in conjunction with the oscilloscope presents what impedance to the circuit under test (C.U.T.)? Purely capacitive load equal to the oscilloscope input capacitance Purely inductive load equal to the ratio of lead wire inductances Purely resistive load equal to the sum of the probe and oscilloscope resistances

Explanation / Answer

21 )
0.01 micro farad is typical value used in bypass capacitor.

22)

purely capacitive load equal to oscilloscope input capacitance.

Related Questions

Navigate

• Browse (All)
• Browse G
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.