Categories

MOL3000 Fiber Optic Link 80MHz - 3-5GHz

MOL3000 Fiber Optic Link 80MHz - 3-5GHz

MOL2000T Fiber Optic Link 80MHz - 3.5GHz with Gain and sleep feature

MOL2000T Fiber Optic Link 80MHz - 3.5GHz with Gain and sleep feature

MOL500T Fiber Optic Link DC - 500 MHz with Divider and Sleep Feature

MOL500T Fiber Optic Link DC - 500 MHz with Divider and Sleep Feature

MOL25T Fiber Optic Link DC - 25 MHz with Divider and Sleep Feature

MOL25T Fiber Optic Link DC - 25 MHz with Divider and Sleep Feature

SGxxxxG Ground Plane Derivative E/H Probes

SGxxxxG Ground Plane Derivative E/H Probes

SFExxG & SFGxxG Free Field Derivative E/H Probes

SFExxG & SFGxxG Free Field Derivative E/H Probes

LSProbe 1.2 Variant E, Laser Powered Field Probe, 10 kHz to 8.2 GHz, <1 V/m … >1,000 V/m

LSProbe 1.2 Variant E, Laser Powered Field Probe, 10 kHz to 8.2 GHz, <1 V/m … >1,000 V/m

LSProbe 2.0, Laser Powered Field Probe, 9 kHz to 18 GHz, <1 V/m … >1,000 V/m

LSProbe 2.0, Laser Powered Field Probe, 9 kHz to 18 GHz, <1 V/m … >1,000 V/m

LSProbe 1.2 Variant F, Laser Powered Field Probe, 10 Hz to 8.2 GHz, <3 V/m … >1,000 V/m

LSProbe 1.2 Variant F, Laser Powered Field Probe, 10 Hz to 8.2 GHz, <3 V/m … >1,000 V/m

LSProbe 1.2 Variant G, Laser Powered Field Probe, 10 kHz to 8.2 GHz, <15 V/m … >15,000 V/m

LSProbe 1.2 Variant G, Laser Powered Field Probe, 10 kHz to 8.2 GHz, <15 V/m … >15,000 V/m

VDOT8G Coaxial HV Dividers DC - 4.5 GHz

VDOT8G Coaxial HV Dividers DC - 4.5 GHz

ITRxxx 50 Ohm Passive Integrators

ITRxxx 50 Ohm Passive Integrators

Products

MOL3000 Fiber Optic Link 80MHz - 3-5GHz

  • 80Hz to 3.5GHz Bandwidth
  • Pulse or CW analog signals
  • Up to 1km Tx/Rx distance
  • Battery Powered

MOL2000T Fiber Optic Link 80MHz - 3.5GHz with Gain and sleep feature

  • 80Hz to 3.5GHz Bandwidth
  • Pulse or CW analog signals
  • Up to 1km Tx/Rx distance
  • Battery Powered

MOL500T Fiber Optic Link DC - 500 MHz with Divider and Sleep Feature

  • DC to 500 MHz Bandwidth
  • Pulse or CW analog signals
  • Up to 1km Tx/Rx distance
  • Battery Powered

MOL25T Fiber Optic Link DC - 25 MHz with Divider and Sleep Feature

  • DC to 25 MHz Bandwidth
  • Pulse or CW analog signals
  • Up to 1km Tx/Rx distance
  • Battery Powered

SGxxxxG Ground Plane Derivative E/H Probes

  •  Up to 10 GHz – Wideband pulsed field measurement
  •  High Accuracy – Captures fast transients
  •  Passive Operation – No power needed
  •  EMI Immune – Interference-free data
  •  Oscilloscope Ready – Direct coaxial output
  •  Rugged Design – Built for harsh environments

SFExxG & SFGxxG Free Field Derivative E/H Probes

  •  Up to 10 GHz – Wideband pulsed field measurement
  •  High Accuracy – Captures fast transients
  •  Passive Operation – No power needed
  •  EMI Immune – Interference-free data
  •  Oscilloscope Ready – Direct coaxial output
  •  Rugged Design – Built for harsh environments

LSProbe 1.2 Variant E, Laser Powered Field Probe, 10 kHz to 8.2 GHz, <1 V/m … >1,000 V/m

The LSProbe 1.2 Variant E Field Probe is a high-speed, high-accuracy, and high-dynamic range electric-Field probe.

  • Its standard frequency range of 10 kHz – 8.2 GHz. 1,000 V/m
  • Best-in-class compensation of linearity, frequency, and temperature guarantees accurate measurements from less than 0.1 to at least 1,000 V/m.
  • A dynamic range of 100 dB is achieved for many frequencies, enabling Field measurements at more than 10,000 V/m.
  • Customized high Field-strength „X“-variants, supporting up to 30,000 V/m and a damage level of 100,000 V/m, are available upon request.

LSProbe 2.0, Laser Powered Field Probe, 9 kHz to 18 GHz, <1 V/m … >1,000 V/m

The LSProbe 2.0 Field Probe is a high-speed, high-accuracy, and high-dynamic range electric-Field probe.

  • Its standard frequency range of 9 kHz – 18 GHz. 1,000 V/m
  • Best-in-class compensation of linearity, frequency, and temperature guarantees accurate measurements from less than 1 to at least 1,000 V/m.
  • A dynamic range of 100 dB is achieved for many frequencies, enabling Field measurements at more than 10,000 V/m.
  • Customized high Field-strength „X“-variants, supporting up to 30,000 V/m and a damage level of 100,000 V/m, are available upon request.

LSProbe 1.2 Variant F, Laser Powered Field Probe, 10 Hz to 8.2 GHz, <3 V/m … >1,000 V/m

The LSProbe 1.2 Variant F Field Probe is a high-speed, high-accuracy, and high-dynamic range electric-Field probe.

  • Its standard frequency range of 10 Hz – 8.2 GHz. 1,000 V/m
  • Best-in-class compensation of linearity, frequency, and temperature guarantees accurate measurements from less than 0.1 to at least 1,000 V/m.
  • A dynamic range of 100 dB is achieved for many frequencies, enabling Field measurements at more than 10,000 V/m.
  • Customized high Field-strength „X“-variants, supporting up to 30,000 V/m and a damage level of 100,000 V/m, are available upon request.

LSProbe 1.2 Variant G, Laser Powered Field Probe, 10 kHz to 8.2 GHz, <15 V/m … >15,000 V/m

The LSProbe 1.2 Variant E Field Probe is a high-speed, high-accuracy, and high-dynamic range electric-Field probe.

  • Its standard frequency range of 10 kHz – 8.2 GHz. 15,000 V/m
  • Best-in-class compensation of linearity, frequency, and temperature guarantees accurate measurements from less than 15 to at least 15,000 V/m.
  • A dynamic range of 100 dB is achieved for many frequencies, enabling Field measurements at more than 10,000 V/m.
  • Customized high Field-strength „X“-variants, supporting up to 30,000 V/m and a damage level of 100,000 V/m, are available upon request.

VDOT8G Coaxial HV Dividers DC - 4.5 GHz

  • Ultra-Fast Response – Measures nanosecond pulses up to 4.5 GHz
  • High-Voltage Handling – Supports voltages up to 200 kV
  • Interference-Free Measurement – Shielded design for clean signal acquisition
  • Direct Oscilloscope Compatibility – Seamless integration for transient analysis
  • Robust & Compact – Built for demanding EMC & high-voltage applications

ITRxxx 50 Ohm Passive Integrators

  • Ultra-Fast Response – Time constants from 200 ns to 12 µs for precise signal integration
  • High Bandwidth – Supports frequencies up to 1.4 GHz
  • Accurate Signal Reconstruction – Eliminates errors from numerical integration
  • Passive & Reliable – No power required, ensuring long-term stability
  • Oscilloscope-Compatible – Seamless integration with high-impedance inputs
  • Versatile Connectivity – Available with N, BNC, and SMA connectors


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