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Short Circuit Termination Series

Short Circuit Termination Series

Fixed flush and fixed offset short circuit terminations (shorts) are used to establish reference planes in transmission systems and as key elements in the calibration of vector network analyzers (VNAs). Offset shorts can be used for banded calibrations of VNA. Those with the longest offset are often used to evaluate the calibration effectiveness of a VNA by measuring the effective source match after calibration.

Specifications

Frequency Range (Coaxial)

Frequency Range (Waveguide)

Reflection Coefficient

DC to 67 GHz

2.6 to 50 GHz

0.98 to 0.995

 

Features & Benefits

  • Calibration-grade metrology standards
  • Used for VNA calibration and/or calibration validation

Filters

Connector 1

Frequency Range (GHz)

Gender 1

Offset Length (cm)

Name Connector 1Frequency Range (GHz)Gender 1Offset Length (cm)
2615B 7mmDC-18Female-
2615B3 7mmDC-18Female-
2615D3 7mmDC-18Female-
2615F3 7mmDC-18Female-
2946A TNCDC-18Female0.5
2947A TNCDC-18Male0.7
360B 2.92mmDC-40Male-
360D 2.92mmDC-40Male-
361N2 BNCDC-12.4Female0.358
361P2 BNCDC-12.4Male0.358
7846A 1.85mmDC-67Female0.1968
7847A 1.85mmDC-67Male0.1968
7946A2 2.4mmDC-50Female0.508
7946B2 2.4mmDC-50Male0.508
7946C2 2.4mmDC-50Female3.048
7946D2 2.4mmDC-50Male3.048
8046A6 3.5mmDC-26.5Female2.998
8046F6 3.5mmDC-26.5Female0.5004
8047A6 3.5mmDC-26.5Male2.998
8047F6 3.5mmDC-26.5Male0.5004
8584A1 BNC 75ΩDC-12Female0.3937
8584B1 BNC 75ΩDC-12Male0.3937
8771A2 2.92mmDC-40Female1.1803
8771F4 2.92mmDC-40Female0.197
8772A2 2.92mmDC-40Male1.1803
8772F4 2.92mmDC-40Male0.197
8806A2 Type NDC-18Male0.9833
8806G2 Type NDC-18Female1.2629
8807A2 Type NDC-18Female3.0259
8807C2 Type NDC-18Male1.2629
C340F1 WR1375.85-8.2Female0.686
C340F3 WR1375.85-8.2Female2.058
C344A WR1375.85-8.2Female5.996
E340B3 WR2293.3-4.9Female1.359
E340B4 WR2293.3-4.9Female4.077
E344B WR2293.3-4.9Female5.996
F340C1 WR1594.9-7.05Female0.815
F340C3 WR1594.9-7.05Female2.446
F344B WR1594.9-7.05Female5.996
G340B1 WR1873.95-5.85Female1.026
G340B3 WR1873.95-5.85Female3.078
G344A WR1873.95-5.85Female5.996
H340B1 WR1127.05-10Female0.571
H340B3 WR1127.05-10Female1.714
H344A WR1127.05-10Female5.996
J340A1 WR2233-50Female0.12
J340B1 WR2233-50Female0.36
K340A1 WR4218-26.5Female0.251
K340A2 WR4218-26.5Female0.752
K344A WR4218-26.5Female5.996
K344D WR2233-50Female5.996
M340C1 WR7510-15Female0.396
M340C3 WR7510-15Female1.189
M344A WR7510-15Female5.996
N340A WR5115-22Female0.267
N340B WR5115-22Female0.8
N344A WR5115-22Female5.996
P340A1 WR6212.4-18Female0.352
P340A2 WR6212.4-18Female1.055
P344A WR6212.4-18Female5.996
S340B1 WR2842.6-3.95Female1.524
S340B2 WR2842.6-3.95Female4.572
S344A WR2842.6-3.95Female5.996
U340B WR2826.5-40Female0.15
U340C WR2826.5-40Female0.45
U344A WR2826.5-40Female5.996
X340B1 WR908.2-12.4Female0.483
X340B3 WR908.2-12.4Female1.448
X344A WR908.2-12.4Female5.996
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Related Resources

01

Characterizing Uncertainty in S-Parameter Measurements

As technologies evolve and requirements become more challenging, implementing processes that increase confidence in measurements and ensure accurate and reliable characterization—and product performance—are critical. Learn how to characterize uncertainty with S-parameter measurements in this application note.

02

Improving Calibration Accuracy and Speed with Characterized Calibration Standards

This application note explains the lesser known characterized SOLT calibration which drives the means to meet the objective of faster, accurate and wide-band calibrations.

03

An Improved VNA Calibration and Validation Method for Increased Confidence in Measurements

In this video, learn how Insight uses characterized device (CD) VNA calibration kits and verification kits objectively qualify a VNA calibration and determine whether the calibration needs to be repeated.

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