Products catalog

coaxial transitions, couplings, adapters

БВИ-ТК-3 блок выносной индикации предназначен для отображения данных, получаемых по интерфейсу RS-485 (протокол Modbus RTU).

Скорость передачи данных - 9,6 Кбит/с; 19,2 Кбит/с; 38,4 Кбит/с; 57,6 Кбит/с; 115,2 Кбит/с.

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Coaxial transition (coaxial adapter) - a combination of the two coaxial connectors connected short rigid coaxial line segment.

Adapters are designed to splice coaxial cables together or to interface coax circuits with different cross-section of the channel. Besides coaxial, there coaxial waveguide and coaxial-strip transitions used for interfacing the coaxial waveguide channels or strip line.

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ПК-7 переход коаксиальный предназначен для сращивания коаксиальных кабелей между собой и для стыковки коаксиальных трактов с разным сечением канала.

Рабочее напряжение в нормальных условиях - 500 В (ампл.).

Диапазон рабочих частот - не более 10 ГГц.

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ПК-8 переход коаксиальный предназначен для сращивания коаксиальных кабелей между собой и для стыковки коаксиальных трактов с разным сечением канала.

Рабочее напряжение в нормальных условиях - 500 В (ампл.).

Верхняя рабочая частота - не более 3 ГГц.

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Э2-1 переход коаксиальный измерительный предназначен для соединения коаксиального кабеля с оборудованием или для сочленения двух коаксиальных кабелей друг с другом с различным сечением канала.

Сочленение перехода - резьбовое.

Тип - межканальный.

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E2-10

    Coaxial transition E2-10 is designed to connect the measuring coaxial paths that end connectors connecting series 9V-9V, the measurements of various kinds.
    Operating frequency range transitions - 0.5-3 GHz.
    Electrical length of the transitions (joints) - 69 mm.
    Voltage standing wave ratio (VSWR) transitions at frequencies up to 3 GHz - 1.1.
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E2-11

    Coaxial transition E2-11 is designed for measuring coaxial connection paths that end connectors connecting rows 8P-8P, the measurements of various kinds.
    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-11 - up to 7.5 GHz.
    Types of channels - II - II.

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E2-111/1

    E2-111/1 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-111/1 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.

    Characteristic impedance transitions E2-111/1 - 50 ohms.
    Types of channels - III - II.
    Frequency - up to 7.5 GHz.
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E2-111/2

    E2-111/2 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-111/2 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.
    Characteristic impedance transitions E2-111/2 - 50 ohms.
    Types of channels - III - II.
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E2-111/3

    E2-111/3 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-111/3 used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.
    Characteristic impedance transitions E2-111/3 - 50 ohms.
    Types of channels - III - II.
    Frequency - up to 7.5 GHz.
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E2-111/4

    E2-111/4 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-111/4 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.
    Characteristic impedance transitions E2-111/4 - 50 ohms.
    Types of channels - III - II.
    Frequency - up to 7.5 GHz.
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E2-112/1

    E2-112/1 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-112/1 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.

    Characteristic impedance transitions E2-112/1 - 50 ohms.
    Types of channels - III - III.
    Frequency - up to 18 GHz.
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E2-112/2

    E2-112/2 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-112/2 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.

    Characteristic impedance transitions E2-112/2 - 50 ohms.
    Types of channels - III - III.
    Frequency - up to 18 GHz.
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E2-113/1

    E2-113/1 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-113/1 are used to splice coaxial cables together or to match coaxial sections with different cross-section of the channel.
    Characteristic impedance transitions E2-113/1 - 50 ohms.
    Channel Types - III - I V.
    Frequencies - 3 GHz.
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E2-113/2

    E2-113/2 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-113/2 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.
    Characteristic impedance transitions E2-113/2 - 50 ohms.
    Types of channels - III - I V.
    Frequencies - 3 GHz.
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E2-113/3

    E2-113/3 coaxial transition - a set of two coaxial connectors are connected short rigid coaxial line segment. Transitions E2-113/3 are used to splice coaxial cables to each other or to negotiate coaxial sections with different cross-section of the channel.
    Characteristic impedance transitions E2-113/3 - 50 ohms.
    Channel Types - III - I V.
    Frequencies - 3 GHz.
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E2-113/4

    E2-113/4 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-113/4 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.
    Characteristic impedance transitions E2-113/4 - 50 ohms.
    Types of channels - III - I V.
    Frequencies - 3 GHz.
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E2-114/1

    E2-114/1 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-114/1 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.
    Characteristic impedance transitions E2-114/1 - 50 ohms.
    Types of channels - III - V.
    Frequencies - 10 GHz.
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E2-114/2

    E2-114/2 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-114/2 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.
    Characteristic impedance transitions E2-114/2 - 50 ohms.
    Types of channels - III - V.
    Frequencies - 10 GHz.
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E2-114/3

    E2-114/3 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-114/3 used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.

    Characteristic impedance transitions E2-114/3 - 50 ohms.
    Types of channels - III - V.
    Frequencies - 10 GHz.
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E2-114/4

    E2-114/4 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-114/4 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.

    Characteristic impedance transitions E2-114/4 - 50 ohms.
    Types of channels - III - V.
    Frequencies - 10 GHz.
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E2-115/1

    E2-115/1 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-115/1 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.

    Characteristic impedance transitions E2-115/1 - 50 ohms.
    Types of channels - III - VI.
     Frequencies - 10 GHz.
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E2-115/2

    E2-115/2 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-115/2 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.
    Characteristic impedance transitions E2-115/2 - 50 ohms.
    Types of channels - III - VI.
    Frequencies - 10 GHz.
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E2-115/3

    E2-115/3 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-115/3 used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.
    Characteristic impedance transitions E2-115/3 - 50 ohms.
    Types of channels - III - VI.
    Frequencies - 10 GHz.
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E2-115/4

    E2-115/4 coaxial transition - a set of two coaxial connectors connected short rigid coaxial line segment. Transitions E2-115/4 are used to splice coaxial cables together or to negotiate coax circuits with different cross-section of the channel.
    Characteristic impedance transitions E2-115/4 - 50 ohms.
    Types of channels - III - VI.
    Frequencies - 10 GHz.
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Э2-117/2

Э2-117/2 переход коаксиальный - совокупность из двух коаксиальных разъёмов, соединённых коротким жестким отрезком коаксиальной линии.

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E2-12

    Coaxial transition E2-12 is designed for measuring coaxial connection paths that end connectors connecting rows 9P-9P, the measurements of various kinds.
    Characteristic impedance - 75 ohms.
    The maximum operating frequency of transitions E2-12 - up to 3 GHz.
    Channel Types - VIII - VIII.

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E2-13

    Coaxial transition E2-13 is designed for measuring coaxial connection paths that end with the connectors connecting the series 8B-7R, the measurements of various kinds.
    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-13 - up to 7.5 GHz.
    Types of channels - II - VI.

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E2-14

 

    Coaxial transition E2-14 is designed for measuring coaxial connection paths that end connectors connecting rows 8P-7V, the measurements of various kinds.    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-14 - up to 7.5 GHz.
    Types of channels - II - VI.

 

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E2-15

    Coaxial transition E2-15 is designed for measuring coaxial connection paths that end connectors connecting 7P-8P series, measurements of various kinds.
    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-15 - up to 7.5 GHz.
    Types of channels - II - VI.

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Э2-150

Э2-150 переход коаксиальный предназначен для коммутации коаксиальных линий передач сверхвысоких частот различных присоединительных размеров.

Верхняя граница рабочего диапазона частот - 7 ГГц.

Волновое сопротивление - 50 Ом.

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Э2-151

Э2-151 переход коаксиальный предназначен для коммутации коаксиальных линий передач сверхвысоких частот различных присоединительных размеров.

Верхняя граница рабочего диапазона частот - 7 ГГц.

Волновое сопротивление - 50 Ом.

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Э2-152

Э2-152 переход коаксиальный предназначен для коммутации коаксиальных линий передач сверхвысоких частот различных присоединительных размеров.

Верхняя граница рабочего диапазона частот - 7 ГГц.

Волновое сопротивление - 50 Ом.

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Э2-153

Э2-153 переход коаксиальный предназначен для коммутации коаксиальных линий передач сверхвысоких частот различных присоединительных размеров.

Верхняя граница рабочего диапазона частот - 7 ГГц.

Волновое сопротивление - 50 Ом.

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E2-16

    Coaxial transition E2-16 is designed for measuring coaxial connection paths that end with the connectors connecting the series 8B-7B, the measurements of various kinds.
    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-16 - up to 7.5 GHz.
    Types of channels - II - VI.

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E2-17

     Coaxial transition E2-17 is designed for measuring coaxial connection paths that end with the connectors connecting the series 8B-5P, the measurements of various kinds.
     Characteristic impedance - 50 ohms.
     The maximum operating frequency of transitions E2-17 - up to 3 GHz.
     Types of channels - II - IV.

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E2-18

    Coaxial transition E2-18 is designed for measuring coaxial connection paths that end connectors connecting rows 8P-5V, the measurements of various kinds.
    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-18 - up to 3 GHz.
    Types of channels - II - IV.

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E2-19

    Coaxial transition E2-19 is designed for measuring coaxial connection paths that end connectors connecting 8P-5R series, measurements of various kinds.
    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-19 - up to 3 GHz.
    Types of channels - II - IV.

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Э2-2 переход коаксиальный предназначен для соединения коаксиального кабеля с оборудованием или для сочленения двух коаксиальных кабелей друг с другом с различным сечением канала.

Сочленение перехода - резьбовое.

Тип - межканальный.

Конструктивное исполнение - прямое.

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E2-20

    Coaxial transition E2-20 is designed for measuring coaxial connection paths that end with the connectors connecting the series 8V-5V, the measurements of various kinds.
    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-20 - up to 3 GHz.
    Types of channels - II - IV.

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E2-21

    Coaxial transition E2-21 is designed for measuring coaxial connection paths that end with the series connectors connecting 9V-6R, the measurements of various kinds.
    Characteristic impedance - 75 ohms.
    The maximum operating frequency of transitions E2-21 - up to 1 GHz.
    Channel Types - VIII - VII.

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E2-22

    Coaxial transition E2-22 is designed for measuring coaxial connection paths that end connectors connecting rows 9P-6B, the measurements of various kinds.
    Characteristic impedance - 75 ohms.
    The maximum operating frequency of transitions E2-22 - up to 1 GHz.
    Channel Types - VIII - VII.
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E2-23

    Coaxial transition E2-23 is designed for measuring coaxial connection paths that end connectors connecting rows 9P-6P, measurements of various kinds.
    Characteristic impedance - 75 ohms.
    The maximum operating frequency of transitions E2-23 - up to 1 GHz.
    Channel Types - VIII - VII.

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E2-24

    Coaxial transition E2-24 is designed for measuring coaxial connection paths that end with the series connectors connecting 9V-6B, in the measurements of various kinds.
    Characteristic impedance - 75 ohms.
    The maximum operating frequency of transitions E2-24 - up to 1 GHz.
    Channel Types - VIII - VII.

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E2-25

    Coaxial transition E2-25 is designed for measuring coaxial connection paths that end with the connectors connecting the series 8B-16R, the measurements of various kinds.

    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-25 - up to 7.5 GHz.
    Types of channels - II - V.
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E2-26

    Coaxial transition E2-26 is designed for measuring coaxial connection paths that end with the connectors connecting the series 8V-16V, the measurements of various kinds.

    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-26 - up to 7.5 GHz.
    Types of channels - II - V.
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E2-27

    Coaxial transition E2-27 is designed for measuring coaxial connection paths that end connectors connecting rows 8P-16P, measurements of various kinds.

    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-27 - up to 7.5 GHz.
    Types of channels - II - V.
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E2-28

    Coaxial transition E2-28 is designed for measuring coaxial connection paths that end connectors connecting rows 8P-16V, the measurements of various kinds.
    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-28 - up to 7.5 GHz.
    Types of channels - II - V.
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E2-29

    Coaxial transition E2-29 is designed for measuring coaxial connection paths that end with the connectors connecting the series 7P-7R, the measurements of various kinds.

    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-29 - up to 10 GHz.
    Channel Types - VI - IV.
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Э2-3 переход коаксиальный предназначен для сращивания коаксиальных кабелей между собой и для стыковки коаксиальных трактов с разным сечением канала.

Материал перехода - металл.

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E2-30

    Coaxial transition E2-30 is designed for measuring coaxial connection paths that end with the connectors connecting the series 7B-7B, the measurements of various kinds.

    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-30 - up to 10 GHz.
    Channel Types - VI - IV.
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E2-31

    Coaxial transition E2-31 is designed for measuring coaxial connection paths that end with the connectors connecting the series 7P-7R, the measurements of various kinds.
    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-31 - up to 10 GHz.
    Channel Types - VI - IV.
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E2-32

    Coaxial transition E2-32 is designed for measuring coaxial connection paths that end with the connectors connecting the series 7B-7B, the measurements of various kinds.
    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-32 - up to 10 GHz.
    Channel Types - VI - IV.
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E2-33

    Coaxial transition E2-33 is designed for measuring coaxial connection paths that end with the connectors connecting the series 7B-5R, the measurements of various kinds.

    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-33 - up to 3 GHz.
    Channel Types - VI - IV.
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E2-34

    Coaxial transition E2-34 is designed for measuring coaxial connection paths that end with the connectors connecting the series 7P-5V, the measurements of various kinds.

    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-34 - up to 3 GHz.
    Channel Types - VI - IV.
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E2-35

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    Coaxial transition E2-35 is designed for measuring coaxial connection paths that end with the connectors connecting the series 7R-5R, the measurements of various kinds.

    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-35 - up to 3 GHz.
    Channel Types - VI - IV.
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E2-36

    Coaxial transition E2-36 is designed for measuring coaxial connection paths that end with the connectors connecting the series 7V-5V, the measurements of various kinds.
    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-36 - up to 3 GHz.
    Channel Types - VI - IV.
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E2-37

    Coaxial transition E2-37 is designed for measuring coaxial connection paths that end with the connectors connecting the series 7B-16R, the measurements of various kinds.

    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-37 - up to 10 GHz.
    Channel Types - VI - V.
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E2-38

    Coaxial transition E2-38 is designed for measuring coaxial connection paths that end with the connectors connecting the series 7B-16B, the measurements of various kinds.

    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-38 - up to 10 GHz.
    Channel Types - VI - V.
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E2-39

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    Coaxial transition E2-39 is designed for measuring coaxial connection paths that end with the connectors connecting the series 7P-16P, measurements of various kinds.
    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-39 - up to 10 GHz.
    Channel Types - VI - V.
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Э2-4 переход коаксиальный предназначен для соединения коаксиального кабеля с оборудованием или для сочленения двух коаксиальных кабелей друг с другом с различным сечением канала.

Сочленение перехода - резьбовое.

Тип - межканальный.

Конструктивное исполнение - прямое.

More info ...

E2-40

no-image

    Coaxial transition E2-40 is designed for measuring coaxial connection paths that end with the connectors connecting the series 7B-16B, the measurements of various kinds.

    Characteristic impedance - 50 ohms.
    The maximum operating frequency of transitions E2-40 - up to 10 GHz.
    Channel Types - VI - V.
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E2-5

    Coaxial transition E2-5  measurement is used to connect coaxial paths that end with the series connectors connecting 8.9 V-8, 9V, measurements of various kinds.
    Operating frequency range transitions - 0.5-4 GHz.
    Voltage standing wave ratio (VSWR) of the transitions at a frequency of 4 GHz - 1.03.
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E2-6

    Coaxial transition E2-6 is designed to connect the measuring coaxial paths that end connectors connecting series 5V-5V, the measurements of various kinds.
    Operating frequency range transitions - 2.5-10 GHz.
    Electrical length of the transitions (joints) - 98 mm.
    Voltage standing wave ratio (VSWR) transitions at frequencies up to 10 GHz - 1.3.
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E2-7

    Coaxial transition E2-7 is designed to connect the measuring coaxial paths that end connectors connecting series 8.9 R-8, 9R, measurements of various kinds.
    Operating frequency range transitions - 0.5-4 GHz.
    Voltage standing wave ratio (VSWR) transitions at a frequency of 4 GHz - 1.03.
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E2-8

    Coaxial transition E2-8 is designed to connect the measuring coaxial paths that end connectors connecting 5R-5R series, measurements of various kinds.
    Operating frequency range transitions - 2.5-10 GHz.
    Electrical length of the transitions (joints) - 97 mm.
    Voltage standing wave ratio (VSWR) transitions at frequencies up to 10 GHz - 1.3.
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E2-9

    Coaxial transition E2-9 is designed to connect the measuring coaxial paths that end connectors connecting series 8V-8V, the measurements of various kinds.
    Operating frequency range transitions - 0.5-4 GHz.
    Electrical length of the transitions (joints) - 69 mm.
    Voltage standing wave ratio (VSWR) of the transitions:
    - Speeds up to 3 GHz - 1.1;
    - At up to 10 GHz - 1.2.
More info ...

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Description of the instruments taken from the technical documentation or technical literature. Most pictures of products made directly by our experts prior to shipment of goods. In the description of the device provided the main technical characteristics of the instrument: nominal measuring range, accuracy class, scale, supply voltage, size (size), weight. If the site you see the discrepancy device name (model) specifications, photo or documents attached - let us know - you will get a useful gift with-selling device.

 

While the need to clarify the overall weight and size or the size of the individual meter you can in our service center. If you need our engineers will help you choose the most complete analog or a suitable replacement for the device you are interested. All counterparts and replacement will be tested in one of our laboratories with the full compliance to your requirements.

In the technical documentation for each device or product, information is provided on the list and amount of precious metals content. The documentation gives the exact weight in grams of precious metals: Au gold, palladium Pd, platinum Pt, silver Ag, tantalum Ta and other platinum group metals (PGM) per unit item. These precious metals are found in nature in very limited quantities and therefore have such a high price.

On our website you can familiarize yourself with the technical characteristics of devices and obtain information on the content of precious metals in devices and radio components manufactured in the USSR. We draw your attention to the fact that often the actual content of precious metals differs by 10-25% from the reference one in a smaller direction! The price of precious metals will depend on their value and mass in grams.

All text and graphic information on the site is informative. The color, shade, material, geometric dimensions, weight, content, delivery set and other parameters of the goods presented on the site may vary depending on the batch of production and year of manufacture. Check with the sales department for more information.

 

If you can make repairs to the device yourself, our engineers can provide you with a complete set of necessary technical documentation: circuit diagram TO, ER, FD, PS. We also have an extensive database of technical and metrological documents: technical specifications (TS), the terms of reference (TOR), GOST (DSTU), the industry standard (OST) test procedure, the method of certification, verification scheme for more than 3,500 types of measuring equipment from the manufacturer this equipment. From the site you can download all the necessary software (the software driver) is required for the product purchased.

We carries out repairs and maintenance of measuring equipment in more than 75 different factories of the former Soviet Union and CIS.

We also have a library of legal documents that are related to our field of activity: the law, code, ordinance, decree, temporary position.