Specification of cro pdf

This sweep is used to find the difference between the two voltages. By using the non-sawtooth sweep we can compare the frequency of the input voltages. The synchronization is done to produce a stationary pattern. The synchronization is between the sweep and the signal should measure.

There are some sources of synchronization that can be selected by the synchronization selector. Which are discussed below. In this, the signal is measured by the vertical amplifier and the trigger is abstained by the signal. This modulation is produced by inserting the signal between the ground and cathode. This modulation causes by brightening the display.

By applying the small independent internal direct voltage source to the detecting plates through the potentiometer the position can be controlled and also we can control the position of the signal. The intensity has a difference by changing the grid potential with respect to the cathode. Electrical quantities measurements by using CRO can be done like amplitude, time period and frequency.

The displays like CRO is used to exhibit the voltage signal like a time function on its display. CRO displays the voltage signal as a function of time on its screen. Therefore, we will get the Time period of the signal, which is present on the screen of CRO by using the following formula.

If you want to make sure accuracy while measuring a frequency, then it assists to enhance the area of the signal on your CRO display so that we can more simply convert the waveform. After that, we can develop the number of flat partitions through the time or division to discover the time period of the signal.

In the oscilloscope, the position control knob is mainly used for position control of the intense spot from the left side to the right side. By regulating the knob, one can simply control the spot from left side to the right side. The control grids are accountable for the electron intensity within the electron ray. So, the grid voltage can be controlled by adjusting the electron ray brightness. The focus control can be achieved by regulating the applied voltage toward the center anode of the CRO.

Therefore, the main length of the lens can be changed by controlling the voltage across the center anode. An oscillator is necessary for the purpose of calibration within an oscilloscope. Many functions can be combined economically in a single system. There will be scope for flexibility of the package.

As many as 15 plug ins and 4 main frames are available to meet the various demands in the laboratory or research organisation. Some of the special features are : Provision of digital multimeter with single trace. Frequency counter with single trace or dual trace. Curve tracer arrangement. Four trace arrangement.

Etc, With the above facilities the modular type CROs are very useful. They are inter-changeable, and expandable. The Technical specifications a general purpose oscilloscope are given below A. Band width : DC to 15 M Hz 3. Rise Time : 24 ns 4. Sweep Speed in 1, 2, 5 sequence : 0.

HF Sync : Yes 3. Calibrator : 1 V, 1 kHz 3. Display Area : 8 cm x 10 cm 4. Trace Rotation : Yes 5. Weight : 11 kg 6. Bandwidth : DC to 5 MHz 3. Melissa D'silva. Vishal Sonawane. Manash Xrma. Mayank Sharma. Pankaj Pawar. Nikhil Aggarwal.

Lindsey Harris. Mark Gibson. Carmen Alvarado. Pranjal Kapur. Nishant Goldy. Marie Okseniuk. Vivek Singh Rana. Gill Kiran. Jha Radhakant. Popular in Science And Technology.

Kaka Josuwa. Gaetano Gaetano. Product Image. Company Details. About the Company. Year of Establishment Legal Status of Firm Individual - Proprietor.

Nature of Business Manufacturer. Number of Employees 11 to 25 People. Annual Turnover Rs.