Otp shows then disconnect's in zelio sine wave inverter luminous 1600va?

Otp shows then disconnect's in zelio sine wave inverter luminous 1600va?
by

1 Answer

Answer :

Need Answer
by

Related questions

What is otp error code in my luminous Zelio+1100 inverter and what is solution for this?

Description : What is otp error code in my luminous Zelio+1100 inverter and what is solution for this?

Last Answer : Install a plastic window that can resist this air and once you do that make sure to check the information before getting in in your computer what do you want by phone

My luminous inverter zelio 900VA showing error code Cbl what is this code for?

Description : My luminous inverter zelio 900VA showing error code Cbl what is this code for?

Last Answer : Cbl code on your inverter is 'check output cable' indication. This is an error code for wrong output cable connection. If you find a Cbl code on your inverter display then you have to check the output cable connection. Don't run your inverter with wrong or loose connections.

What is btp error code in luminous zelio inverter?

Description : What is btp error code in luminous zelio inverter?

Last Answer : The btp error code in inverters describes that the mains input MCB on the inverter is tripped so as to protect the device from a short circuit or lightening. During this error the inverter will be in ... cases btp error may even lead to a board complaint if the MCB couldn't protect the inverter.

My luminous zelio 1700 is showing error "sct" and backup is not working?

Description : My luminous zelio 1700 is showing error "sct" and backup is not working?

Last Answer : Cbl code on your inverter is 'check output cable' indication. This is an error code for wrong output cable connection. If you find a Cbl code on your inverter display then you have to check the output cable connection. Don't run your inverter with wrong or loose connections.

Should I Buy a Modified or Pure Sine Wave Inverter?

Description : Should I Buy a Modified or Pure Sine Wave Inverter?

Last Answer : Many people are unsure of the differences between a modified or pure sine wave inverter. Think of a modified sine wave inverter as a set of stairs. You will get power in blocks and there will be times ... to draw a lot of power should always be run on a sine wave inverter for consistency and safety.

When sine wave is given as input to Schmitt trigger then its generates a) Sine wave b) Saw tooth wave c) Triangle wave d) Square wave

Description : When sine wave is given as input to Schmitt trigger then its generates a) Sine wave b) Saw tooth wave c) Triangle wave d) Square wave

Last Answer : Ans: Square wave

When sine wave is given as input to Schmitt trigger then it generates :

Description : When sine wave is given as input to Schmitt trigger then it generates : (A) Sine wave (B) Saw tooth wave (C) Triangle wave (D) Square wave

Last Answer : When sine wave is given as input to Schmitt trigger than it generates Square Wave

OTP stands for a. On Time Password b. On Time processing c. One time processor d. None

Description : OTP stands for a. On Time Password b. On Time processing c. One time processor d. None

Last Answer : a. On Time Password

What is SCE code in zelio 1100?

Description : What is SCE code in zelio 1100?

Last Answer : SCE error code in zelio 1100 inverter refers to short circuit inside the inverter. If there any short circuit in the inverter unit the display will show SCE error code in zelio inverters.

RF Design Question: 40MHz to 10MHz sine wave?

Description : RF Design Question: 40MHz to 10MHz sine wave?

Last Answer : Is the 40 MHz manufacturered digitally? Do you have access to the clock/driver oscillator? Is everything analog? Can you add a 30 MHz signal and filter out the resulting 10 and 70 Mhz beats? You can synthesize a 10 MHz yourself with either a 555 timer or a Statek chip.

Why is sine wave used more ?

Description : Why is sine wave used more ?

Last Answer : Sine wave is used more because the output of the circuit with sine wave input is better. Calculation of sinusoidal voltage , current etc. is easy. Disruption caused by harmonics is less. Noise of AC circuit with sine wave is less.

At what phase angle is the voltage momentarily constant in a sine wave?

Description : At what phase angle is the voltage momentarily constant in a sine wave?

Last Answer : We often see the peak and trough (maximum positive and maximumnegative excursions) of the sine wave considered as points ofmomentarily constant voltage. Those points are at phase angles of90 degrees and at 270 degrees.

What is The time it takes for a sine wave to complete one cycle is called?

Description : What is The time it takes for a sine wave to complete one cycle is called?

Last Answer : Feel Free to Answer

The RMS value of a sine-wave current may also be expressed as the _____________. A. average value B. maximum value C. effective value D. instantaneous value

Description : The RMS value of a sine-wave current may also be expressed as the _____________. A. average value B. maximum value C. effective value D. instantaneous value

Last Answer : Answer: C

The agreed standard for measuring loudness is the loudness sensation produced by a 1000 Hz sine wave _____ dB above the listener’s threshold of hearing. A. 80 B. 50 C. 30 D. 40

Description : The agreed standard for measuring loudness is the loudness sensation produced by a 1000 Hz sine wave _____ dB above the listener’s threshold of hearing. A. 80 B. 50 C. 30 D. 40

Last Answer : D. 40

A modulation which does not follow the sine wave pattern, it produces undesirable harmonics such as spurious emission A. 0% modulated B. Over-modulated C. Unmodulated D. 100% modulated

Description : A modulation which does not follow the sine wave pattern, it produces undesirable harmonics such as spurious emission A. 0% modulated B. Over-modulated C. Unmodulated D. 100% modulated

Last Answer : B. Over-modulated

Graph of alternating current is a A. cos wave B. tan wave C. curve D. sine wave

Description : Graph of alternating current is a A. cos wave B. tan wave C. curve D. sine wave

Last Answer : sine wave

A _________ sine wave is not useful in data communications; we need to send a _______signal. A) composite; single-frequency B) single-frequency; composite C) single-frequency;double-frequency D) none of the above

Description : A _________ sine wave is not useful in data communications; we need to send a _______signal. A) composite; single-frequency B) single-frequency; composite C) single-frequency;double-frequency D) none of the above

Last Answer : single-frequency; composite

A sine wave in the ______domain can be representedby onesingle spikein the _____domain. A) time; frequency B) frequency; time C) time; phase D) phase; time

Description : A sine wave in the ______domain can be representedby onesingle spikein the _____domain. A) time; frequency B) frequency; time C) time; phase D) phase; time

Last Answer : time; frequency

If the maximum amplitude of a sine wave is 2 V, the minimum amplitude is________ V. A) 2 B) 1 C) -2 D) between -2 and 2

Description : If the maximum amplitude of a sine wave is 2 V, the minimum amplitude is________ V. A) 2 B) 1 C) -2 D) between -2 and 2

Last Answer : -2

A sine wave is ______A) periodic and continuous B) aperiodicand continuous C) periodicand discrete D) aperiodicand discrete

Description : A sine wave is ______ A) periodic and continuous B) aperiodicand continuous C) periodicand discrete D) aperiodicand discrete

Last Answer : periodic and continuous

Can a pure sine wave be integrated? Why?

Description : Can a pure sine wave be integrated? Why?

Last Answer : A pure sine wave cannot be integrated; it contains no harmonics.

Which portion of a sine-wave input is retained in the output of a series-negative limiter?

Description : Which portion of a sine-wave input is retained in the output of a series-negative limiter?

Last Answer : Positive.

Which portion of a sine-wave input is retained in the output of a series-positive limiter?

Description : Which portion of a sine-wave input is retained in the output of a series-positive limiter?

Last Answer : Negative.

In the inverting configuration, what is the voltage (for all practical purposes) at the inverting input to the operational amplifier if the input signal is a 1-volt, peak-to-peak sine wave?

Description : In the inverting configuration, what is the voltage (for all practical purposes) at the inverting input to the operational amplifier if the input signal is a 1-volt, peak-to-peak sine wave?

Last Answer : 0 volts.

Name a disadvantage of sine-wave oscillator synchronizers.

Description : Name a disadvantage of sine-wave oscillator synchronizers.

Last Answer : It requires additional shaping circuits.

Name a disadvantage of sine-wave oscillator synchronizers.

Description : Name a disadvantage of sine-wave oscillator synchronizers.

Last Answer : . It requires additional shaping circuits.

How do you calculate the wavelength of a sine wave?

Description : How do you calculate the wavelength of a sine wave?

Last Answer : Wavelength = rate of travel × period.

What determines the frequency of a sine wave?

Description : What determines the frequency of a sine wave?

Last Answer : The rate at which the vector which is generating the sine wave is rotating.

What is the instantaneous amplitude of a sine wave?

Description : What is the instantaneous amplitude of a sine wave?

Last Answer : The value at any given point on the sine wave.

If a transformer primary is energised from a square wave voltage source, its output voltage will be (A) A square wave. (B) A sine wave. (C) A triangular wave. (D) A pulse wave.

Description : If a transformer primary is energised from a square wave voltage source, its output voltage will be (A) A square wave. (B) A sine wave. (C) A triangular wave. (D) A pulse wave.

Last Answer : (A) A square wave.

(i) Draw the time domain and frequency domain representation of sine wave and triangular wave. (ii) Define frequency and wavelength.

Description : (i) Draw the time domain and frequency domain representation of sine wave and triangular wave. (ii) Define frequency and wavelength.

Last Answer : (i)Time domain and frequency domain representation of sine wave time domain and frequency domain representation of triangular wave.   ii) Define frequency and wavelength. Frequency ... : Wavelength can be defined as the distance between two successive crests troughs of a wave. 

Draw block diagram of AF sine and square wave generator and explain its working

Description : Draw block diagram of AF sine and square wave generator and explain its working

Last Answer : The AF signal generator, which generates either sine wave or square wave in the range of audio frequencies based on the requirement is called AF Sine and Square wave generator. Its block diagram is shown ... can be used to produce either AF sine wave or AF square wave based on the requirement. 

Sketch the block diagram of function generator & describe the circuit of sine wave generation.

Description : Sketch the block diagram of function generator & describe the circuit of sine wave generation.

Last Answer : Block Diagram Explanation‐ For generation of sinewave , out of the three knobs‐ sine, square and triangular , the sine knob is pressed, output is adjusted for required frequency and amplitude using frequency and amplitude

Instantaneous value of a sine wave voltage

Description : Instantaneous value of a sine wave voltage

Last Answer : Instantaneous value of a sine wave voltage

Draw a labeled block diagram of sine wave generator and state function of each block.

Description : Draw a labeled block diagram of sine wave generator and state function of each block. 

Last Answer : Function Generator:  This instrument can deliver sine, triangular & square waves with frequency range of 0.01 Hz to 100 kHz.  The frequency control network is governed by a frequency ... voltage reaches a predetermined level on the negative slope of the integrator's output voltage.

When the initial slope of input sine wave is greater than the slew rate of an OPAMP, the output:

Description : When the initial slope of input sine wave is greater than the slew rate of an OPAMP, the output: (1) Has no offset (2) Approaches to triangular waveshape (3) Is pure sinusoidal (4) Is square wave 

Last Answer : When the initial slope of input sine wave is greater than the slew rate of an OPAMP, the output: Approaches to triangular waveshape

The transient current in lossless L-C circuit when excited from an AC source is, sine wave

Description : The transient current in lossless L-C circuit when excited from an AC source is, sine wave  (a) Critically damped (b) Underdamped (c) Overdamped (d) Undamped

Last Answer : The transient current in lossless L-C circuit when excited from an AC source is, sine wave Undamped

When a sine wave has a frequency of 100 Hz in 12 s it goes through?

Description : When a sine wave has a frequency of 100 Hz in 12 s it goes through? A.1/100 cycle B.12 cycles C.120 cycles D.1,200 cycles

Last Answer : When a sine wave has a frequency of 100 Hz in 12 s it goes through? A.1/100 cycle B.12 cycles C.120 cycles D.1,200 cycles

The average value of a 12 V peak sine wave over one complete cycle is?

Description : The average value of a 12 V peak sine wave over one complete cycle is? A.0 V B.1.27 V C.7.64 V D.6.37 V

Last Answer : The average value of a 12 V peak sine wave over one complete cycle is? A.0 V B.1.27 V C.7.64 V D.6.37 V

A sine wave of 15 kHz is changing at a faster rate than a sine wave with a frequency of?

Description : A sine wave of 15 kHz is changing at a faster rate than a sine wave with a frequency of? B.12 kHz C.18 kHz D.1.3 MHz

Last Answer : A sine wave of 15 kHz is changing at a faster rate than a sine wave with a frequency of? B.12 kHz C.18 kHz D.1.3 MHz

If the peak value of a sine wave is 30 V, the rms value is?

Description : If the peak value of a sine wave is 30 V, the rms value is? A.19.08 V B.7.07 V C.0.707 V D.23.10 V

Last Answer : If the peak value of a sine wave is 30 V, the rms value is? A.19.08 V B.7.07 V C.0.707 V D.23.10 V

The phase difference between sine and cosine function for a given wave form is

Description : The phase difference between sine and cosine function for a given wave form is

Last Answer : The phase difference between sine and cosine function for a given wave form is 900

An OP amp has a slew rate of 1V/µs. At a signal frequency of 0.1 MHz, the maximum undistorted sine wave ...

Description : An OP amp has a slew rate of 1V/µs. At a signal frequency of 0.1 MHz, the maximum undistorted sine wave amplitude is (a) 8V (b) 4.82 V (c) 2.02 V (d) 1.592 V

Last Answer : Slew rate = 2πfv where v is the amplitude V=(1/2π*0.1) = 1.592V

One sine wave has a positive - going zero crossing at 15° and another sine wave has a positive - going zero...

Description : One sine wave has a positive - going zero crossing at 15° and another sine wave has a positive - going zero crossing at 55°. The angle between the two waveforms is -  a) 0° b) 45° c) 40° d) None of the above

Last Answer : One sine wave has a positive - going zero crossing at 15° and another sine wave has a positive - going zero crossing at 55°. The angle between the two waveforms is - 40° 

The equation of 50 Hz current sine wave having r.m.s. value of 60 A is?

Description : The equation of 50 Hz current sine wave having r.m.s. value of 60 A is?

Last Answer : (60*√2)Sin(2π*50*t)

Form factor for a sine wave is?

Description : Form factor for a sine wave is?

Last Answer : 1.11

For a sine wave with peak value Imax the r.m.s. value is?

Description : For a sine wave with peak value Imax the r.m.s. value is?

Last Answer : For a sine wave with peak value Imax the r.m.s. value is 0.707.

A sine wave has a frequency of 50 Hz. Its angular frequency is _______ radian/second.

Last Answer :  A sine wave has a frequency of 50 Hz. Its angular frequency is 100 n radian/second.