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1.0mm Male Coaxial Termination, DC-110GHz, 1W (S Model)
1.0mm Male Coaxial Termination, DC-110GHz, 1W (S Model)

1.0mm Male Coaxial Termination, DC-110GHz, 1W (S Model)

SKU T110G-1W-10M-S
Availability:
11 in stock, ready to be shipped
Availability:
Only 2 left!
$1,895.00 USD - $9,095.00 USD
$1,895.00 USD
$1,895.00 USD - $9,095.00 USD
$1,895.00 USD

Excellent VSWR: 1.15:1 typ / 1.30:1 max

Power: ≤1W

Durability: >500 Cycles

Operating Temperature: -55°C ~+85°C

Large quantity orders?

Contact us for volume pricing.

Pack Size: 1 Pack

WHY CHOOSE THIS TERMINATION?

  • ✔ Lower Maximum VSWR – Guaranteed 1.30:1 max across DC–110 GHz, compared to 1.45:1 for the standard model.
  • ✔ Tighter Typical Match – 1.15:1 typical VSWR for lower reflection and reduced mismatch uncertainty.

PRODUCT OVERVIEW

The T110G-1W-10M-S is the low-VSWR S Model in URF's T110G series of 1.0 mm male coaxial terminations, built for broadband applications from DC to 110 GHz. It tightens the guaranteed maximum VSWR to 1.30:1 and typically holds near 1.15:1, lowering reflection and reducing mismatch uncertainty in precision measurements. Power handling of 1 W CW and compact construction match the standard model.

RoHS Compliance: Compliant

For general test setups where 1.45:1 max VSWR is sufficient, see the T110G-1W-10M.


SPECIFICATIONS

Frequency Range

DC–110 GHz

VSWR

1.15:1 typ / 1.30:1 max

Impedance

50 Ω

Power

1 W CW max. at +25°C

Durability

≥500 Cycles

Weight

≤4 g

Dimension¹

Φ8 × 15.2 mm

Interface

1.0 mm [M]

Outer Conductor

Stainless Steel, Passivated

Center Conductor

Gold-Plated Beryllium Copper

Dielectric

PEI

Operating Temperature

–55 ~ +85°C

RoHS Compliance

Compliant

Notes: Maximum VSWR values are guaranteed specifications. Typical plots are representative and are not guaranteed. Specifications are subject to change without notice.
¹ Unless otherwise specified, decimal dimensional tolerance is ±0.3 mm.


APPLICATIONS

Coupler and Divider Characterization

Terminates unused ports so reflection doesn't distort isolation and directivity results.

Multiport S-Parameter Measurement

Terminates unused ports on multiport devices measured with a 2-port VNA, keeping reflections low through 110 GHz.

Mixer and Millimeter-Wave Module Testing

Provides a well-matched load on unused ports of mixers and mmWave modules during test.