Name: Fluke 85RF II High Frequency Probe
Brand: Fluke
Price: 260.99 USD
Availability: InStock

$289.99 $260.99 Found a better price? Let us match.

View Company Reviews Trustpilot

Part Number

4094105

Manufactured

By Fluke

Includes

Availability

Usually ships in 1-2 weeks

Product Manual

Features

0.25 to 30V RMS voltage range
1:1 AC to DC ratio
±0.5dB ratio accuracy (@25MHz & 10MΩ)
- ±1.0dB below 0.5V
- Add ±0.2dB in RF fields of 1 to 3V/m
Approximately 9pF input capacitance
1-year warranty

This product is an accessory for the following products:

Fluke 179 True RMS Multimeter

True RMS AC voltage and current for accurate readings on all waveforms.

Some Models in Stock

Starting at $369.99 $332.99

Fluke 279 FC Thermal Multimeter

Full-featured digital multimeter with integrated thermal imager designed to increase your productivity and confidence.

Some Models in Stock

Starting at $799.99

Fluke 287 True RMS Logging Multimeter

True RMS industrial and electronics logging multimeter with TrendCapture, built with Fluke Connect.

Starting at $559.99 $503.99

Fluke 289 True RMS Logging Multimeter

True RMS industrial and electronics logging multimeter with TrendCapture, compatible with Fluke Connect Mobile App.

Some Models in Stock

Starting at $659.99 $593.99

Fluke 789 ProcessMeter Digital Multimeter

True RMS multimeter with built-in selectable 250 ohm HART resistor, built with Fluke Connect.

In Stock

$1,069.99

Fluke 87V Industrial True-RMS Multimeter with Temperature

True RMS multimeter with advanced measurement functions, trouble-shooting features, resolution and accuracy .

$449.99 $404.99

Fluke 787 ProcessMeter

Handheld DMM and loop calibrator with 0.05% accuracy and 1 microamp resolution.

RETIRED

The Fluke 85RF II high frequency probe calibrates the DC output to be equal to the rms value of a sine wave input. It can be used with a DC voltmeter that has an input resistance of 10MΩ, ±10%. Voltmeters with higher input resistances are usable if an external shunt is put across the input terminals to decrease the input resistance to 10MΩ.