SU1308946A2 - Device for measuring voltages of pulsed electric field along three orthogonal directions - Google Patents

Abstract

The invention relates to the field of electrical measurements, is an additional invention to the author. No. 1049833 and can be used in various electrical measuring devices and “automatic control systems. The purpose of the invention — extending the functionality — is achieved by changing the shape of the electrodes of the electromagnetic field parameter sensors. For this purpose, the display unit 5 with differential inputs is additionally introduced into the device, and parts of the metal shell 1 covered with a dielectric layer are made in the form of spiral catalysc 3. The input display unit 5 is an electrical component recorder. The device also contains an indication unit 4, which is a recorder of the magnetic component of a vector of a pulsed electric field. 2 Il. with (O SL N) F1 / g.2

Description

The invention relates to electrical measuring equipment, can be used in various electrical measuring devices and automatic control systems, and is an improvement of the device according to author. No. 1049833.

The aim of the invention is to expand the functionality and application by changing the shape of the electrodes of the sensors of parameters of the electromagnetic field.

FIG. 1 shows the construction of a measurement transducer; in fig. 2 - functional device diagram.

Device for measuring the intensity of a pulsed electric field

t5 of the measured electromagnetic field, a potential difference arises, which is a measure of the magnetic component of the measured electromagnetic field and is recorded by the unit 4 in indices of orthogonal directions consisting of a measurement transform. in a metal containing a metal sphere 1, covered with a layer 2 of a dielectric, on which are deposited parts of a metal shell made in the form of spiral coils 3. The spiral coils 5 of a pulsed electric field 3 located on one ordinate, under three orthogonal directions are connected to the corresponding differential inputs of the display unit 4, which is the recorder of the magnetic component of the pulsed electron vector of the application area due to the change of the tric field, and the strip of the spiral shape of the sensor electrodes The parameters of the coils 3 are connected to the corresponding differential inputs of the display unit 5, which is the recorder of the electrical component. 35

The device works as follows.

The measuring transducer is placed in the zone of action of a pulsed electromagnetic field. Since the measurement of 40 Roller coils is the place of the transmitter, the transducer of the corresponding model differentiates a group of capacitive transducers of the OopMyjfa of the invention. The device for measuring the voltage of the auth. No. 1049833, characterized in that, in order to expand the functionality and

an electromagnetic field, a second display unit with differential inputs is inserted into it, parts of the metal shell are made in the form of spiral coils, with spiral coils located on the same axis being connected to the differential inputs of the second display unit, and

main inputs of the first display unit

The first and common electrodes of which are metal sphere 1, the second electrodes are spiral coils 3, and the dielectric layer 2 is located between the electrodes, then when the measuring transducer is measured, the potential difference arises at the electrodes of the capacitive transducers. A measure of the electrical component of the measured electromagnetic field and is recorded by the display unit 5. At the same time on the spiral coils under the action of the magnetic component

a measured electromagnetic field, a potential difference arises, which is a measure of the magnetic component of the measured electromagnetic field and is recorded by the display unit 4. impulse electric field in three orthogonal directions of the application area by changing the shape of the electrodes of the parameter sensors

katsii. impulse electric field in three orthogonal directions of the application area by changing the shape of the electrodes of the parameter sensors

OopMyjfa of the Invention A device for measuring stress. impulse electric field in three orthogonal directions of the application area by changing the shape of the electrodes of the parameter sensors

but auth. No. 1049833, characterized in that, in order to expand the functionality and

katsii. impulse electric field in three orthogonal directions of the application area by changing the shape of the electrodes of the parameter sensors

Roller coils are the place to connect the corresponding differential

an electromagnetic field, a second display unit with differential inputs is inserted into it, parts of the metal shell are made in the form of spiral coils, and spiral coils located on the same axis are connected to the differential inputs of the second display unit, and the poles of the spiral coils are cich differential

main inputs of the first display unit.

Editor O. Yurkovetska

Compiled by V.Poleshenko of Tehred L.Oleinik

Order 1794/37 Circulation 731 Subscription

VNIIPI USSR State Committee

for inventions and discoveries 113035, Moscow, Zh-35, Raushsk nab., 4/5

Production and printing company, Uzhgorod, st. Project, 4

FIG. one

Proofreader T. Kolb

Claims (1)

Claim A device for measuring the intensity of a pulsed electric field in three orthogonal directions in autosw. No. 1049833, characterized in that, in order to expand the functionality and scope by changing the shape of the electrodes of the electromagnetic field parameter sensors, a second display unit with differential inputs is introduced into it, parts of the metal shell are made in the form of spiral coils, and spiral coils located on one axis, connected to the differential inputs of the second display unit, and the poles of the spiral coils are the connection point of the corresponding differential inputs of the first blocks and indications.