Anritsu Offers RF Terminations and Attenuators from DC to 110 GHz for High-Precision Measurements

Anritsu Offers RF Terminations and Attenuators from DC to 110 GHz for High-Precision Measurements

Anritsu has developed a wide range of precision RF terminations and attenuators that are leading in the field of impedance standards. These RF components are unsurpassed for precision and impedance match, resulting in increased measurement accuracy.

RF Termination Products

2000-1749-R: This Low PIM Load contains a 7-16 DIN male connector on one end and a 7-16 DIN female connector on the other end to eliminate the need for RF adapters while testing at the top of a tower. This termination comes with a brass cap that can be installed on either end to prevent external interference from entering the load while testing.

28 Type N SeriesThe 28 Type N series from Anritsu are Coaxial Terminations with N type-male/female connectors. They operate from DC to 18 GHz with a SWR of 1.03:1. These precision, metrology-grade terminations are used in measurement systems that need to achieve the smallest possible reflections. Their excellent match makes them ideal as a reference for fault location measurements on scalar network analyzers. Click here to learn more.

26/28/29 Series: These precision, metrology-grade terminations are used in measurement systems that need to achieve the smallest possible reflections from DC to 67 GHz. Their excellent match makes them ideal as a reference for fault location measurements on scalar network analyzers.

28A50-1: These precision, metrology-grade terminations are used in measurement systems that need to achieve the smallest possible reflections from DC to 18 GHz. Their excellent match makes them ideal as a reference for fault location measurements on scalar network analyzers.

28K50A: These precision, metrology-grade terminations are used in measurement systems that need to achieve the smallest possible reflections from DC to 40 GHz. Their excellent match makes them ideal as a reference for fault location measurements on scalar network analyzers.

28KF50A: These precision, metrology-grade terminations are used in measurement systems that need to achieve the smallest possible reflections from DC to 40 GHz. Their excellent match makes them ideal as a reference for fault location measurements on scalar network analyzers.

28V50D: These precision, metrology-grade terminations are used in measurement systems that need to achieve the smallest possible reflections. Their excellent match makes them ideal as a reference for fault location measurements on scalar network analyzers.

28VF50D: These precision, metrology-grade terminations are used in measurement systems that need to achieve the smallest possible reflections. Their excellent match makes them ideal as a reference for fault location measurements on scalar network analyzers.

K210: The precision, metrology-grade terminations are used in measurement systems that need to achieve the smallest possible reflections from DC to 110 GHz.  Their excellent match makes them ideal as a reference for fault location measurements on scalar network analyzers. 

V210: The precision, metrology-grade terminations are used in measurement systems that need to achieve the smallest possible reflections from DC to 65 GHz.  Their excellent match makes them ideal as a reference for fault location measurements on scalar network analyzers.

28W50: W1 Precision Metrology-grade terminations are used in measurement systems that need to achieve the smallest possible reflections. Designed in both male and female (28WF50) configurations. These terminations can be used as precision load for test instrument or device under test.

28WF50: W1 Precision Metrology-grade terminations are used in measurement systems that need to achieve the smallest possible reflections. Designed in both male (28W50) and female configurations. These terminations can be used as precision load for test instrument or device under test.

Precision Attenuator Products

41 Series: Anritsu attenuators define the standard for fixed attenuator performance and reliability with the 41 series gold line. The Gold Line models are available for applications in metrology and calibration laboratories where precise characterization is essential. Each is provided with attenuation and SWR calibration data. Calibration data is also optionally available for individual units, each of which is serialized. Adding Gold Line attenuators to your attenuation measurement setup will improve your measurement accuracy.

The 41 Series has offerings based on the user’s desired frequency range. The 41KB series has frequency coverage up to 26.5 GHz and has a K connector® that is compatible with 3.5 mm interfaces. The 41 KC series has frequency coverage from DC to 40 GHz and also features Anritsu’s patented K connector®. For higher frequency options, the 41VA series can offer coverage up to 70 GHz. For broadband millimeter coverage, the 41W series can extend frequency coverage from DC to 110 GHz using Anritsu W1 connectors® and is compatible with 1.0 mm interfaces.

43KB-10: These are Silver Line Series fixed Attenuators for use in systems and OEM equipment covering DC to 26.5 GHz frequency range. They are available in attenuation levels of 3 dB, 6 dB, 10 dB, and 20 dB with an attenuation accuracy of ±0.6 dB. Click here to learn more.

43KC Series: These Silver Line Series Fixed Attenuators for use in systems and OEM equipment covering DC to 40 GHz. They are available in attenuation levels of 3 dB, 6 dB, 10 dB, and 20 dB with an attenuation accuracy of ±0.6 dB.

4400, 4500, 4600 Series: These are Anritsu’s programmable step attenuators that are designed bring a substantial increase in the frequency and attenuation range available in one small package.  Using the latest technology, these units offer superior performance, reliability, and ease of use up to 40 GHz.  All the produdcts are plug-compatible with competitive units.

Click here to learn more about Anritsu's RF attenuator and termination solutions.

Publisher: everything RF

Anritsu

  • Country: United States
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