Home > technical > KRYTAR 101040006/101040006K Directional Coupler 1–40GHz, 6dB

KRYTAR 101040006/101040006K Directional Coupler 1–40GHz, 6dB

2025-09-18 11:43:03 CORE View times 159

  KRYTAR introduces the 101040006/101040006K Directional Coupler, a high-performance addition to its versatile stripline design series. This coupler delivers exceptional broadband performance across an impressive 1.0 to 40.0 GHz frequency range, combining superior coupling accuracy with a compact, lightweight form factor—ideal for space-constrained RF and microwave applications.

KRYTAR 101040006/101040006K Directional Coupler

  Key Features & Performance Highlights:

  Ultra-Wideband Operation: Seamless coverage from 1 GHz to 40 GHz, supporting diverse applications like 5G, radar, test instrumentation, and satellite communications.

  Nominal Coupling: 6 dB (±1.0 dB output variation).

  Frequency Sensitivity: ±1.52 dB across the band.

  Low Insertion Loss:

  1–20 GHz: <2.5 dB (including coupled power).

  20–40 GHz: <3.5 dB (including coupled power).

  High Directionality:

  1–20 GHz: >14 dB.

  20–40 GHz: >10 dB.

  VSWR:

  1–20 GHz: ≤1.5 (max).

  20–40 GHz: ≤1.7 (max).

  Average Power: 20 W.

  Peak Power: 3 kW (pulsed).

  Standardized Connectivity: Features 2.4-mm/2.92-mm female connectors.

  Dimensions: 2.0" (L) × 0.40" (W) × 0.65" (H) – one of the smallest footprints in its class.

  Weight: Just 1.3 oz (37 g).

  Operating Temperature: -54°C to +85°C.


  Applications:

  Test & Measurement: Signal sampling, power monitoring, and VNA calibration.

  Communications: 5G, mmWave, and phased-array systems.

  Defense/Aerospace: Radar, EW (Electronic Warfare), and satellite payloads.

Core Innovations Trade Limited is the authorized agent for KRYTAR products, and some models are in stock. Our products are imported in their original form with quality guaranteed. Welcome to inquire.If you need to know more about and purchase KRYTAR products, you can consult CORE customer service or fill out the RFQ.

WhatsApp

WhatsApp

Email

Email

RFQ

RFQ

Facebook

Facebook