• Contact us
  • Career
  • Terms and Conditions
  • Payment form
  • DE
  • EN
  • CN

Black cat logo Langer EMV-Technik

  • About us
    • Company
      • Career
      • Terms and Conditions
      • Company Profile
      • Milestones
    • Distributors
      • Asia
      • Europe
      • North America
    • Contact us
    • Map and Travel Information
    • Sponsoring
    • Events
    • Payment form
  • Products
    • PCB Immunity
      • Immunity Development System
      • Mini Burst Field Generators
      • Accessory EFT/Burst generators IEC 61000-4-4
      • Optical Signal Transmission
      • Burstdetector
    • PCB Emission
      • Measurement Technology for the Development Stage
      • Near-Field Probes
      • Preamplifier
      • Near-Field Microprobes
      • Optical Signal Transmission
    • IC Test System
      • IC Test Environment
      • Emission
      • Immunity
      • Simulation
    • IC Security
      • Fault Injection
      • Side-channel analysis
      • Positioning systems
    • Positioning Systems
      • Langer Scanner
      • Accessories for Langer Scanner
      • Near-field Scanner Probes
    • Software
      • CS-Scanner, ChipScan-Scanner Software / USB
      • CS-ESA set, ChipScan-ESA Software / USB
    • Measuring and Calibration Stations
      • PCB
      • IC
      • Connector
    • Equipment for Teaching and Training
      • EMC-Basic 1 set, Demonstration Boards Mini Burst Field Generators
      • EMC-Basic 2 set, Demonstration Boards Near-Field Probes
      • DB 20 set, Demo Board 20
      • D10 set, EMC Demonstration Board
  • Seminars
    • SF-GE, Experimental EMC Seminar - Interference Immunity - Basics & Troubleshooting (3 days)
    • SF-G, EMC Experimental Seminar - Interference Immunity-Basics (2 days)
    • SA-GE, Experimental EMC Seminar - Interference Emission - Basics and Troubleshooting (3 days)
    • SA-G, EMC Experimental Seminar - Interference Emission - Basics (2 days)
    • SF IHS, Experimental EMC Inhouse Seminar - Interference Immunity 3 days
    • SA IHS, Experimental EMC Inhouse Seminar - Emission 2 days
    • Dates Overview
  • Services
    • EMC Workshops
      • WS ESA1, Workshop for Development System Emission
      • WS IC, EMC Workshop for Integrated Circuits
      • WS PCB, EMC-Workshop for Immunity and Emission
      • WS Scanner, Workshop for Langer Scanner
    • IC-EMC Analysis
      • Emission
      • Immunity
    • EMC Analysis
      • SMM Langer, Measuring of electromagnetic Shielding according to Langer method
      • COCI, Measurement of the Coupling Inductance of Connectors and Cables
    • EMV-B, EMC-Consulting / Hour
  • EMC Know-How
    • Technical article Board-EMC
      • Basic Knowledge
      • Immunity
      • Emission
    • Technical article IC-EMC
      • Basic Knowledge
      • Immunity
      • Emission
    • Langer EMV-Technik in scientific research
    • Newsletter
      • 17 ESA1 set
      • 16 ICI-DP sets
      • 15 tent and GP 23 set
      • 14 Mini Burst Field Generators in pocket size
      • 13 Achieve interference immunity by identifying and eliminating EMC weak points:
      • 12 ICR: Near-field analysis in the micrometer range and its advantages
      • 11 ChipSan-ESA now supports more measuring devices
      • 10 P512 and DPI
      • 09 Surface Scan on IC Level with high Resolution
      • 08 ESD and Efficient Electronic Design
      • 07 EMC Measurement Technology for Testing Integrated Circuits - An Introduction
      • 06 Measuring the Shielding Effectiveness at IC Level with the IC Test System P1402/P1502
      • 05 Time and cost savings when recording and documenting RF measurements with a spectrum analyzer
      • 04 Radiated Emissions at the PCB Level - An Introduction
      • 03 Interference suppression on a direct-current motor controlled by PWM
      • 02 XF sniffer probes and LVDS suppression
      • 01 MFA micro probes and LVDS suppression
    • Videos
      • How-to videos
      • EMC Webinar
  • PCB Immunity
  • PCB Emission
    • Measurement Technology for the Development Stage
    • Near-Field Probes
      • LF, Passive, 100 kHz up to 50 MHz
      • RF, Passive, 30 MHz up to 3 GHz
      • XF, Passive, 30 MHz up to 6 GHz
      • SX, Passive, 1GHz up to 20 GHz
        • SX1 setNear-Field Probes 1 GHz up to 10 GHz
        • SX-R 20-1 setNear-Field Probe 1 GHz up to 20 GHz
        • SX-R 3-1H-Field Probe 1 GHz up to 10 GHz
        • SX-R 20-1H-Field Probe 1 GHz up to 20 GHz
        • SX-B 3-1H-Field Probe 1 GHz up to 10 GHz
        • SX-E 03E-Field Probe 1 GHz up to 10 GHz
      • HR, Passive, up to 40 GHz
      • MFA, Active, 1MHz up to 6 GHz
      • CM-SHPCustomized Shapes
      • Individual CharacterizationProduct Characterization
    • Preamplifier
    • Near-Field Microprobes
    • Optical Signal Transmission
  • IC Test System
  • IC Security
  • Positioning Systems
  • Software
  • Measuring and Calibration Stations
  • Equipment for Teaching and Training
  • Products
  • PCB Emission
  • Near-Field Probes
  • SX, Passive, 1GHz up to 20 GHz
  • SX1 set, Near-Field Probes 1 GHz up to 10 GHz
  • SX-R 3-1, H-Field Probe 1 GHz up to 10 GHz

SX-R 3-1

H-Field Probe 1 GHz up to 10 GHz

  • Short description
  • Technical parameters
Send enquiry Datasheet
  • SX-R 3-1, H-Field Probe 1 GHz up to 10 GHz
  • Probe head
    Probe head
SX-R 3-1, H-Field Probe 1 GHz up to 10 GHz Probe head
  • SX-R 3-1, H-Field Probe 1 GHz up to 10 GHz
  • Probe head
Short description

With its small probe head, the SX-R 3-1 can detect very high resolution RF-magnetic fields and can, therefore, identify even the smallest components as interference sources.
Furthermore, the small probe head is designed to allow for measurements at less accessible areas, e.g. near IC pins.

The SX-R 3-1 is a passive near-field probe. The probe head is very small and therefore suitable for detection of magnetic-field distribution, e.g. at ICs. Because of its compact design, the SX-R 3-1 can be used at hard to reach spots ,e.g. between components. It has a current attenuating sheath and its upper side is electrically shielded. It can be connected to a spectrum analyzer or an oscilloscope with a 50 Ω input.

Technical parameters
Frequency range 1 GHz ... 10 GHz
Resolution ≈ 1 mm
Probe head dimensions: Ø ≈ 3 mm
Connector - output SMA, female, jack
Frequency response [dBµV] / [dBµA/m] Frequency response [dBµV] / [dBµA/m] Frequency response [dBµV] / [dBµA/m]
H-field correction curve [dBµA/m] / [dBµV] H-field correction curve [dBµA/m] / [dBµV] H-field correction curve [dBµA/m] / [dBµV]
Current correction curve [dBµA] / [dBµV] Current correction curve [dBµA] / [dBµV] Current correction curve [dBµA] / [dBµV]
Measuring principles Measuring principles Measuring principles
  • © Langer EMV-Technik
  • Contact us
  • Legal notice
  • Privacy policy
  • Sponsoring
  • facebook
  • YouTube
  • Linked-In
  • Twitter
Europäischer Fonds für regionale Entwicklung EFRE - Europäischer Sozialfonds ESF