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No hay artículos en el carroDescripción del producto
Karen Schmeltz
Comentado en los Estados Unidos el 30 de mayo de 2024
You want really bad quality and everytime I touch either of them, my nanoVNA goes bananas!
Karen Schmeltz
Comentado en los Estados Unidos el 30 de mayo de 2024
You want really bad quality and everytime I touch either of them, my nanoVNA goes bananas!
Karen Schmeltz
Comentado en los Estados Unidos el 30 de mayo de 2024
You want really bad quality and everytime I touch either of them, my nanoVNA goes bananas!
Karen Schmeltz
Comentado en los Estados Unidos el 30 de mayo de 2024
You want really bad quality and everytime I touch either of them, my nanoVNA goes bananas!
Karen Schmeltz
Comentado en los Estados Unidos el 30 de mayo de 2024
You want really bad quality and everytime I touch either of them, my nanoVNA goes bananas!
Karen Schmeltz
Comentado en los Estados Unidos el 30 de mayo de 2024
You want really bad quality and everytime I touch either of them, my nanoVNA goes bananas!
Karen Schmeltz
Comentado en los Estados Unidos el 30 de mayo de 2024
You want really bad quality and everytime I touch either of them, my nanoVNA goes bananas!
Karen Schmeltz
Comentado en los Estados Unidos el 30 de mayo de 2024
You want really bad quality and everytime I touch either of them, my nanoVNA goes bananas!
Donald J. Bindner
Comentado en los Estados Unidos el 4 de enero de 2024
Other reviewers are characterizing these attunators as out-of-spec, but they are not measuring properly. These are 50 ohm attentuators, meaning that when inserted into a 50 ohm feedline they will attenuate the signal but not change the characteristic impedance of the line.The images showing a 61 ohm impedance are measuring without a terminating resistor. And when I measured without a terminator, I also got 60.1 ohms (you should). However, when I applied the correct terminating resistor, I measured 49.3 ohms, which I consider to be appropriately close to the advertised 50 ohms.Both of my attunators were similar, and both provided 9.8dB of attenuation, which I consider appropriately close to 10dB.
Donald J. Bindner
Comentado en los Estados Unidos el 4 de enero de 2024
Other reviewers are characterizing these attunators as out-of-spec, but they are not measuring properly. These are 50 ohm attentuators, meaning that when inserted into a 50 ohm feedline they will attenuate the signal but not change the characteristic impedance of the line.The images showing a 61 ohm impedance are measuring without a terminating resistor. And when I measured without a terminator, I also got 60.1 ohms (you should). However, when I applied the correct terminating resistor, I measured 49.3 ohms, which I consider to be appropriately close to the advertised 50 ohms.Both of my attunators were similar, and both provided 9.8dB of attenuation, which I consider appropriately close to 10dB.
Donald J. Bindner
Comentado en los Estados Unidos el 4 de enero de 2024
Other reviewers are characterizing these attunators as out-of-spec, but they are not measuring properly. These are 50 ohm attentuators, meaning that when inserted into a 50 ohm feedline they will attenuate the signal but not change the characteristic impedance of the line.The images showing a 61 ohm impedance are measuring without a terminating resistor. And when I measured without a terminator, I also got 60.1 ohms (you should). However, when I applied the correct terminating resistor, I measured 49.3 ohms, which I consider to be appropriately close to the advertised 50 ohms.Both of my attunators were similar, and both provided 9.8dB of attenuation, which I consider appropriately close to 10dB.
Donald J. Bindner
Comentado en los Estados Unidos el 4 de enero de 2024
Other reviewers are characterizing these attunators as out-of-spec, but they are not measuring properly. These are 50 ohm attentuators, meaning that when inserted into a 50 ohm feedline they will attenuate the signal but not change the characteristic impedance of the line.The images showing a 61 ohm impedance are measuring without a terminating resistor. And when I measured without a terminator, I also got 60.1 ohms (you should). However, when I applied the correct terminating resistor, I measured 49.3 ohms, which I consider to be appropriately close to the advertised 50 ohms.Both of my attunators were similar, and both provided 9.8dB of attenuation, which I consider appropriately close to 10dB.
Donald J. Bindner
Comentado en los Estados Unidos el 4 de enero de 2024
Other reviewers are characterizing these attunators as out-of-spec, but they are not measuring properly. These are 50 ohm attentuators, meaning that when inserted into a 50 ohm feedline they will attenuate the signal but not change the characteristic impedance of the line.The images showing a 61 ohm impedance are measuring without a terminating resistor. And when I measured without a terminator, I also got 60.1 ohms (you should). However, when I applied the correct terminating resistor, I measured 49.3 ohms, which I consider to be appropriately close to the advertised 50 ohms.Both of my attunators were similar, and both provided 9.8dB of attenuation, which I consider appropriately close to 10dB.
Donald J. Bindner
Comentado en los Estados Unidos el 4 de enero de 2024
Other reviewers are characterizing these attunators as out-of-spec, but they are not measuring properly. These are 50 ohm attentuators, meaning that when inserted into a 50 ohm feedline they will attenuate the signal but not change the characteristic impedance of the line.The images showing a 61 ohm impedance are measuring without a terminating resistor. And when I measured without a terminator, I also got 60.1 ohms (you should). However, when I applied the correct terminating resistor, I measured 49.3 ohms, which I consider to be appropriately close to the advertised 50 ohms.Both of my attunators were similar, and both provided 9.8dB of attenuation, which I consider appropriately close to 10dB.
Donald J. Bindner
Comentado en los Estados Unidos el 4 de enero de 2024
Other reviewers are characterizing these attunators as out-of-spec, but they are not measuring properly. These are 50 ohm attentuators, meaning that when inserted into a 50 ohm feedline they will attenuate the signal but not change the characteristic impedance of the line.The images showing a 61 ohm impedance are measuring without a terminating resistor. And when I measured without a terminator, I also got 60.1 ohms (you should). However, when I applied the correct terminating resistor, I measured 49.3 ohms, which I consider to be appropriately close to the advertised 50 ohms.Both of my attunators were similar, and both provided 9.8dB of attenuation, which I consider appropriately close to 10dB.
Donald J. Bindner
Comentado en los Estados Unidos el 4 de enero de 2024
Other reviewers are characterizing these attunators as out-of-spec, but they are not measuring properly. These are 50 ohm attentuators, meaning that when inserted into a 50 ohm feedline they will attenuate the signal but not change the characteristic impedance of the line.The images showing a 61 ohm impedance are measuring without a terminating resistor. And when I measured without a terminator, I also got 60.1 ohms (you should). However, when I applied the correct terminating resistor, I measured 49.3 ohms, which I consider to be appropriately close to the advertised 50 ohms.Both of my attunators were similar, and both provided 9.8dB of attenuation, which I consider appropriately close to 10dB.
Henry Cantrell
Comentado en los Estados Unidos el 24 de abril de 2024
Nice
Henry Cantrell
Comentado en los Estados Unidos el 24 de abril de 2024
Nice
Henry Cantrell
Comentado en los Estados Unidos el 24 de abril de 2024
Nice
Henry Cantrell
Comentado en los Estados Unidos el 24 de abril de 2024
Nice
Henry Cantrell
Comentado en los Estados Unidos el 24 de abril de 2024
Nice
Henry Cantrell
Comentado en los Estados Unidos el 24 de abril de 2024
Nice
Henry Cantrell
Comentado en los Estados Unidos el 24 de abril de 2024
Nice
Henry Cantrell
Comentado en los Estados Unidos el 24 de abril de 2024
Nice
JTF
Comentado en los Estados Unidos el 14 de noviembre de 2023
I recently got a TinySA and realized I needed a couple real attenuators. These were very reasonable and turns out pretty good. The construction seems fine, good finish and clean threads. The attenuation is accurate based on S21 measurements on a NanoVNA. The 30dB units are both near perfect from what I measure; attenuation, impedance, and SWR from 3 - 30 MHz. The 10dB units were nearly identical but not as good. Attenuation is okay and SWR is 1.22 but impedance looks like about 60 ohms. I can live with that. I just don't want to blowup the TinySA. For the price they're pretty good.
JTF
Comentado en los Estados Unidos el 14 de noviembre de 2023
I recently got a TinySA and realized I needed a couple real attenuators. These were very reasonable and turns out pretty good. The construction seems fine, good finish and clean threads. The attenuation is accurate based on S21 measurements on a NanoVNA. The 30dB units are both near perfect from what I measure; attenuation, impedance, and SWR from 3 - 30 MHz. The 10dB units were nearly identical but not as good. Attenuation is okay and SWR is 1.22 but impedance looks like about 60 ohms. I can live with that. I just don't want to blowup the TinySA. For the price they're pretty good.
JTF
Comentado en los Estados Unidos el 14 de noviembre de 2023
I recently got a TinySA and realized I needed a couple real attenuators. These were very reasonable and turns out pretty good. The construction seems fine, good finish and clean threads. The attenuation is accurate based on S21 measurements on a NanoVNA. The 30dB units are both near perfect from what I measure; attenuation, impedance, and SWR from 3 - 30 MHz. The 10dB units were nearly identical but not as good. Attenuation is okay and SWR is 1.22 but impedance looks like about 60 ohms. I can live with that. I just don't want to blowup the TinySA. For the price they're pretty good.
JTF
Comentado en los Estados Unidos el 14 de noviembre de 2023
I recently got a TinySA and realized I needed a couple real attenuators. These were very reasonable and turns out pretty good. The construction seems fine, good finish and clean threads. The attenuation is accurate based on S21 measurements on a NanoVNA. The 30dB units are both near perfect from what I measure; attenuation, impedance, and SWR from 3 - 30 MHz. The 10dB units were nearly identical but not as good. Attenuation is okay and SWR is 1.22 but impedance looks like about 60 ohms. I can live with that. I just don't want to blowup the TinySA. For the price they're pretty good.
JTF
Comentado en los Estados Unidos el 14 de noviembre de 2023
I recently got a TinySA and realized I needed a couple real attenuators. These were very reasonable and turns out pretty good. The construction seems fine, good finish and clean threads. The attenuation is accurate based on S21 measurements on a NanoVNA. The 30dB units are both near perfect from what I measure; attenuation, impedance, and SWR from 3 - 30 MHz. The 10dB units were nearly identical but not as good. Attenuation is okay and SWR is 1.22 but impedance looks like about 60 ohms. I can live with that. I just don't want to blowup the TinySA. For the price they're pretty good.
JTF
Comentado en los Estados Unidos el 14 de noviembre de 2023
I recently got a TinySA and realized I needed a couple real attenuators. These were very reasonable and turns out pretty good. The construction seems fine, good finish and clean threads. The attenuation is accurate based on S21 measurements on a NanoVNA. The 30dB units are both near perfect from what I measure; attenuation, impedance, and SWR from 3 - 30 MHz. The 10dB units were nearly identical but not as good. Attenuation is okay and SWR is 1.22 but impedance looks like about 60 ohms. I can live with that. I just don't want to blowup the TinySA. For the price they're pretty good.
JTF
Comentado en los Estados Unidos el 14 de noviembre de 2023
I recently got a TinySA and realized I needed a couple real attenuators. These were very reasonable and turns out pretty good. The construction seems fine, good finish and clean threads. The attenuation is accurate based on S21 measurements on a NanoVNA. The 30dB units are both near perfect from what I measure; attenuation, impedance, and SWR from 3 - 30 MHz. The 10dB units were nearly identical but not as good. Attenuation is okay and SWR is 1.22 but impedance looks like about 60 ohms. I can live with that. I just don't want to blowup the TinySA. For the price they're pretty good.
JTF
Comentado en los Estados Unidos el 14 de noviembre de 2023
I recently got a TinySA and realized I needed a couple real attenuators. These were very reasonable and turns out pretty good. The construction seems fine, good finish and clean threads. The attenuation is accurate based on S21 measurements on a NanoVNA. The 30dB units are both near perfect from what I measure; attenuation, impedance, and SWR from 3 - 30 MHz. The 10dB units were nearly identical but not as good. Attenuation is okay and SWR is 1.22 but impedance looks like about 60 ohms. I can live with that. I just don't want to blowup the TinySA. For the price they're pretty good.
Daniel
Comentado en los Estados Unidos el 13 de octubre de 2023
The form factor is just what I needed, the impedance is incorrect. I need 50 Ohms, I ordered 50 Ohms. These are useless for my purpose.I verified with a 50ohm terminator I already possess, my equipment is sound, these are bad.
Daniel
Comentado en los Estados Unidos el 13 de octubre de 2023
The form factor is just what I needed, the impedance is incorrect. I need 50 Ohms, I ordered 50 Ohms. These are useless for my purpose.I verified with a 50ohm terminator I already possess, my equipment is sound, these are bad.
Daniel
Comentado en los Estados Unidos el 13 de octubre de 2023
The form factor is just what I needed, the impedance is incorrect. I need 50 Ohms, I ordered 50 Ohms. These are useless for my purpose.I verified with a 50ohm terminator I already possess, my equipment is sound, these are bad.
Daniel
Comentado en los Estados Unidos el 13 de octubre de 2023
The form factor is just what I needed, the impedance is incorrect. I need 50 Ohms, I ordered 50 Ohms. These are useless for my purpose.I verified with a 50ohm terminator I already possess, my equipment is sound, these are bad.
Daniel
Comentado en los Estados Unidos el 13 de octubre de 2023
The form factor is just what I needed, the impedance is incorrect. I need 50 Ohms, I ordered 50 Ohms. These are useless for my purpose.I verified with a 50ohm terminator I already possess, my equipment is sound, these are bad.
Daniel
Comentado en los Estados Unidos el 13 de octubre de 2023
The form factor is just what I needed, the impedance is incorrect. I need 50 Ohms, I ordered 50 Ohms. These are useless for my purpose.I verified with a 50ohm terminator I already possess, my equipment is sound, these are bad.
Daniel
Comentado en los Estados Unidos el 13 de octubre de 2023
The form factor is just what I needed, the impedance is incorrect. I need 50 Ohms, I ordered 50 Ohms. These are useless for my purpose.I verified with a 50ohm terminator I already possess, my equipment is sound, these are bad.
Daniel
Comentado en los Estados Unidos el 13 de octubre de 2023
The form factor is just what I needed, the impedance is incorrect. I need 50 Ohms, I ordered 50 Ohms. These are useless for my purpose.I verified with a 50ohm terminator I already possess, my equipment is sound, these are bad.
Andriy & Svitlana
Comentado en los Estados Unidos el 28 de abril de 2023
Great replacement adapter for Zebra. No complains.
Ivoryassassin
Comentado en los Estados Unidos el 26 de febrero de 2021
Works great so far
J. Smith
Comentado en los Estados Unidos el 5 de julio de 2019
I was pleased to see my laptop turn right on.
kawsusillah
Comentado en los Estados Unidos el 7 de junio de 2018
After using it for less than a month the head broke. I guess its a bad production.
Amy Smith
Comentado en los Estados Unidos el 8 de enero de 2018
Even though it didn't work they were very helpful trying to fix my problem.
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