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2-Way Resistive Power Divider, DC-20 GHz, SMA Female

2-Way Resistive Power Divider, DC-20 GHz, SMA Female

SKU RPD020-2
Availability:
Only 5 left!
Availability:
Only 2 left!
$380.00 - $1,845.00
$380.00
$380.00 - $1,845.00
$380.00

Low VSWR: 1.20:1 max

Amplitude Unbalance: ±0.3 dB max

Phase Unbalance: ±3° max

Power: 1 W max

Pack Sizes: 1 Pack

WHY CHOOSE THIS POWER DIVIDER?

  • ✔ True DC-20GHz Coverage – A single resistive divider spans DC all the way to 20GHz, replacing several narrowband dividers with one broadband part.
  • ✔ Low VSWR – 1.20:1 max keeps signal reflection to a minimum across the entire frequency range.
  • ✔ Precision Amplitude & Phase Balance – ±0.3dB amplitude unbalance and ±3° phase unbalance deliver consistent output on both ports.
  • ✔ Rugged, Compact Build – Nickel-plated housing at just 55g, rated -40°C to +70°C for both bench and field use.

PRODUCT OVERVIEW

The 2-way resistive power divider splits signals across a true DC to 20 GHz range in a single part without swapping hardware, something most power dividers can't do. It performs consistently from DC all the way to 20 GHz, with flat amplitude and phase balance across the entire range (±0.3 dB amplitude, ±3° phase). For engineers who need one part to cover a wide, multi-band test range instead of stocking several narrowband dividers. Rated to 1 W and finished in nickel-plating for durability, it performs consistently from -40°C to +70°C, making it suitable for both bench testing and field deployment.


SPECIFICATIONS

Frequency Range

DC to 20 GHz

VSWR

1.20:1 max

Insertion Loss¹

6.6 dB max

Amp. Unbalance

±0.3 dB max

Phase Unbalance

±3° max

Power²

1 W max

Weight

55 g max

Dimension³

26.5 mm x 30.0 mm x 16.5 mm (LxWxH)

Interface

SMA [F]

Finishing

Nickel Plating

Operating Temperature

-40 ~ +70°C

Storage Temperature

-55 ~ +85°C

  1. Above Theoretical Loss 6 dB
  2. VSWR ≤1.2 required for CW
  3. Unless otherwise specified, Decimal tolerance: x.±1; .x±0.5; .xx±0.1

APPLICATIONS

Broadband Test & Measurement

Delivers accurate, flat-band signal splitting from DC to 20GHz for network analyzers, spectrum analyzers, and general RF test benches.

Multi-Band RF & Microwave Systems

Covers frequency bands that would otherwise require several narrowband parts. Ideal for wideband receivers, signal monitoring, and 5G/telecom R&D.

Aerospace

Provides consistent, low-reflection power division for radar and aerospace electronics operating across wide instantaneous bandwidths.