喇叭天线
平面螺旋天线
龙勃天线
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校准件
腔体滤波器
无源产品
5G
8 GHz, BNC Female to SMA Male, Between Adapters
This model OA525501Z01 is BNC Female Straight to SMA Male Straight. This series BNC Female Straight to SMA Male Straight have the operating frequency of 8 GHz. Adapters that have a male to female or plug to jack configuration are known as connector savers.
Between Series Adapters are the passive components which are used to transfer signals from one coaxial connector interface to another with minimal losses. Between adapters have different connector configurations on either side of the adapter.
8 GHz, BNC Male to BNC Female, IN Adapters
This model OA525210Z01 is BNC Male Straight to BNC Female Straight. This series BNC Male Straight to BNC Female Straight have the operating frequency of 8 GHz. Adapters that have a male to female or plug to jack configuration are known as connector savers.
Between Series Adapters are the passive components which are used to transfer signals from one coaxial connector interface to another with minimal losses. Between adapters have different connector configurations on either side of the adapter.
8 GHz, BNC Male to BNC Male, IN Adapters
This model OA525211Z01 is BNC Male Straight to BNC Male Straight. This series BNC Male Straight to BNC Male Straight have the operating frequency of 8 GHz. Adapters that have a male to female or plug to jack configuration are known as connector savers.
Between Series Adapters are the passive components which are used to transfer signals from one coaxial connector interface to another with minimal losses. Between adapters have different connector configurations on either side of the adapter.
8 GHz, BNC Male to SMA Female, Between Adapters
This model OA525510Z01 is BNC Male Straight to SMA Female Straight. This series BNC Male Straight to SMA Female Straight have the operating frequency of 8 GHz. Adapters that have a male to female or plug to jack configuration are known as connector savers.
Between Series Adapters are the passive components which are used to transfer signals from one coaxial connector interface to another with minimal losses. Between adapters have different connector configurations on either side of the adapter.
8 GHz, BNC Male to SMA Male, Between Adapters
This model OA525511Z01 is BNC Male Straight to SMA Male Straight. This series BNC Male Straight to SMA Male Straight have the operating frequency of 8 GHz. Adapters that have a male to female or plug to jack configuration are known as connector savers.
Between Series Adapters are the passive components which are used to transfer signals from one coaxial connector interface to another with minimal losses. Between adapters have different connector configurations on either side of the adapter.
8 GHz, N Female to BNC Female, Between Adapters
This model OA345200Z01 is N Female Straight to BNC Female Straight. This series N Female Straight to BNC Female Straight have the operating frequency of 8 GHz. Adapters that have a male to female or plug to jack configuration are known as connector savers.
Between Series Adapters are the passive components which are used to transfer signals from one coaxial connector interface to another with minimal losses. Between adapters have different connector configurations on either side of the adapter.
8 GHz, N Female to BNC Male, Between Adapters
This model OA345201Z01 is N Female Straight to BNC Male Straight. This series N Female Straight to BNC Male Straight have the operating frequency of 8 GHz. Adapters that have a male to female or plug to jack configuration are known as connector savers.
Between Series Adapters are the passive components which are used to transfer signals from one coaxial connector interface to another with minimal losses. Between adapters have different connector configurations on either side of the adapter.
8 GHz, N Male to BNC Female, Between Adapters
This model OA345210Z01 is N Male Straight to BNC Female Straight. This series N Male Straight to BNC Female Straight have the operating frequency of 8 GHz. Adapters that have a male to female or plug to jack configuration are known as connector savers.
Between Series Adapters are the passive components which are used to transfer signals from one coaxial connector interface to another with minimal losses. Between adapters have different connector configurations on either side of the adapter.
8 GHz, N Male to BNC Male, Between Adapters
This model OA345211Z01 is N Male Straight to BNC Male Straight. This series N Male Straight to BNC Male Straight have the operating frequency of 8 GHz. Adapters that have a male to female or plug to jack configuration are known as connector savers.
Between Series Adapters are the passive components which are used to transfer signals from one coaxial connector interface to another with minimal losses. Between adapters have different connector configurations on either side of the adapter.
Bias Tee OBT-0110-4
The RFecho BIAS TEES series of products range up to 1.0GHz. They have good performance in terms of reliability and ease-of-use when compared to cumbersome user-designed bias tees employing off-the-shelf conical inductors.
This series can be designed to inner-only topology andutilize our standard housings for fast turn manufacturing.
They are asuperior option for biasing amplifiers, lasers, and modulators driven withhigh frequency data patterns.
Bias Tee OBT-0110-4
The RFecho BIAS TEES series of products range up to 1.0GHz. They have good performance in terms of reliability and ease-of-use when compared to cumbersome user-designed bias tees employing off-the-shelf conical inductors.
This series can be designed to inner-only topology andutilize our standard housings for fast turn manufacturing.
They are asuperior option for biasing amplifiers, lasers, and modulators driven withhigh frequency data patterns.
Bias Tee OBT-0130-1
The RFecho BIAS TEES series of products range up to 3.0GHz. They have good performance in terms of reliability and ease-of-use when compared to cumbersome user-designed bias tees employing off-the-shelf conical inductors.
This series can be designed to inner-only topology andutilize our standard housings for fast turn manufacturing.
They are asuperior option for biasing amplifiers, lasers, and modulators driven withhigh frequency data patterns.
Bias Tee OBT-0130-1
The RFecho BIAS TEES series of products range up to 3.0GHz. They have good performance in terms of reliability and ease-of-use when compared to cumbersome user-designed bias tees employing off-the-shelf conical inductors.
This series can be designed to inner-only topology andutilize our standard housings for fast turn manufacturing.
They are asuperior option for biasing amplifiers, lasers, and modulators driven withhigh frequency data patterns.
Bias Tee OBT-0142-4
The RFecho BIAS TEES series of products range up to 4.2GHz. They have good performance in terms of reliability and ease-of-use when compared to cumbersome user-designed bias tees employing off-the-shelf conical inductors.
This series can be designed to inner-only topology andutilize our standard housings for fast turn manufacturing.
They are asuperior option for biasing amplifiers, lasers, and modulators driven withhigh frequency data patterns.
Bias Tee OBT-0142-4
The RFecho BIAS TEES series of products range up to 4.2GHz. They have good performance in terms of reliability and ease-of-use when compared to cumbersome user-designed bias tees employing off-the-shelf conical inductors.
This series can be designed to inner-only topology andutilize our standard housings for fast turn manufacturing.
They are asuperior option for biasing amplifiers, lasers, and modulators driven withhigh frequency data patterns.
Bias Tee OBT-0160-S
The RFecho BIAS TEES series of products range up to 27GHz. They have good performance in terms of reliability and ease-of-use when compared to cumbersome user-designed bias tees employing off-the-shelf conical inductors.
This series can be designed to inner-only topology andutilize our standard housings for fast turn manufacturing.
They are asuperior option for biasing amplifiers, lasers, and modulators driven withhigh frequency data patterns.