Special Purpose Op Amp Circuits – 10

5555555555

10. A constant-current source delivers a load current that

(a) remains constant when the load resistance changes.
(b) varies with load resistance.
(c) varies inversely with load resistance.
(d) varies inversely with input voltage.

Answer
Answer : (a)
Explanation
Explanation : No answer description available for this question. Let us discuss.
Subject Name : Electronics Engineering
Exam Name : IIT GATE, UPSC ESE, RRB, SSC, DMRC, NMRC, BSNL, DRDO, ISRO, BARC, NIELIT
Posts Name : Assistant Engineer, Management Trainee, Junior Engineer, Technical Assistant
Electronics & Communication Engineering Books

Sale
Question Bank On Electronics & Communication Engineering
Book - question bank on electronics & communication engineering; Language: english; Binding: paperback
₹ 287
Sale
A Handbook for Electronics Engineering(Old Edition)
Made Easy Editorial Board (Author); Marathi (Publication Language); 620 Pages - 01/01/2015 (Publication Date) - Made Easy Publications (Publisher)
₹ 315
Basic Electronic Devices and Circuits
Patil (Author); English (Publication Language)
Electronic Circuits: Analysis and Design (SIE) | 3rd Edition
Neamen, Donald (Author); English (Publication Language); 1351 Pages - 08/25/2006 (Publication Date) - McGraw Hill Education (Publisher)
₹ 1,295

GATE 2023 Total InfoENGG DIPLOMAUGC NET Total Info
IES 2023 Total InfoPSUs 2022 Total InfoCSIR UGC NET Total Info
JAM 2023 Total InfoM TECH 2023 Total InfoRAILWAY 2022 Total Info

Related Posts

  • Special Purpose Op Amp Circuits - 52555555555552. A voltage-to-current converter is used in applications where it's necessary to have an output load current that is controlled by _________. (a) input frequency (b) output resistance (c) input voltage (d) input resistance
    Tags: input, resistance, load, voltage, current, special, purpose, circuits, amp, op
  • Special Purpose Op Amp Circuits - 16555555555516. Transconductance is the ratio of the output (a) current to the input voltage. (b) current to the input current. (c) voltage to the input voltage. (d) voltage to the input current.
    Tags: current, input, voltage, special, purpose, op, amp, circuits, electronics, engineering
  • Special Purpose Op Amp Circuits - 30555555555530. The operational transconductance amplifier (OTA) is primarily a ________ -to- ________ amplifier. (a) current, voltage (b) voltage, current (c) current, resistance (d) resistance, current
    Tags: current, voltage, resistance, special, purpose, op, amp, circuits, electronics, engineering
  • Operational Amplifier - Notes - 1Electronics Engineering » Notes » Operational Amplifier 1. The Op Amp is a widely used amplifier abstraction that forms the foundations of much of electronic circuit design. Op Amp devices are constructed using primitive elements such as transistors and resistors. 2. The Op Amp is a four-ported device. The ports include an input port with terminals usually labeled v+ and v− , an output port with one terminal labeled vo, and the other being ground, a positive power supply port with a +VS voltage applied with respect to ground, and a negative power supply port with a −VS voltage applied with respect to ground. Although the ground terminal is not explicitly shown in the Op Amp symbol, it is very much a part of all Op Amp circuits. 3. The Op Amp behaves like a voltage-dependent voltage source. Its input output relationship can can be expressed mathematically as vo=A(v+−v−) where A is a large number called the open loop gain of the amplifier. In most practical Op Amp applications, A is treated as infinity. 4. Most useful Op Amp circuits are built using the negative feedback connection, in which a portion of the output signal of the Op Amp is fed back to the v− input of the Op Amp. Examples of Op Amp circuits…
    Tags: amp, op, circuits, electronics, engineering
  • Special Diodes - 76Special Diodes » Exercise - 276. In the breakdown region, a zener diode behaves like a ......... source. (a) constant voltage (b) constant current (c) constant resistance (d) none of the above
    Tags: constant, special, source, voltage, current, resistance, electronics, engineering

LEAVE A REPLY

Please enter your comment!
Please enter your name here