TestEquity UK
Keysight
Keysight

Keysight N2804A High-Voltage Differential Probe, 300 MHz, 100:1, 4M ohm/4 pF, 30cm Leads

Our Part #:22133.1

Condition:New

Mfr Part #:N2804A

Keysight N2804A
Keysight
Keysight

Keysight N2804A High-Voltage Differential Probe, 300 MHz, 100:1, 4M ohm/4 pF, 30cm Leads

Our Part #:22133.1

Condition:New

Mfr Part #:N2804A

£3,915.60EACH(Incl. VAT)
£3,263.00EACH(Excl. VAT)
Rent Instead

Features:

  • 300 MHz bandwidth without extension leads
  • Measures differential voltage up to ±300 VDC + peak AC with high CMRR of >70 dB at 1 MHz
  • Zero offset adjustable
  • AutoProbe interface
  • Compatible with InfiniiVision 4000 X-Series with software 4.0 or higher
  • Includes: Two alligator clips, Two pincer clips, Two extension leads (30 cm), 1 trimmer tool
  • Three-year warranty

The N2804A 300 MHz differential probe provides the superior differential signal measurements required for today's high-speed power measurements such as measuring characteristics of switching power devices, DC-DC converters, class D amplifiers or automotive buses. It offers 100:1 attenuation ratio, allowing it to be used adequate for up to +/-300V DC+peakAC of high voltage differential measurements with high CMRR.

This probe has a differential input resistance of 4 Megohms and low input capacitance of 4 pF to minimize circuit loading. It comes with a pair of extension leads (30 cm long) with a damping resistor built in to damp out the in-band resonance and provide flat frequency response even with the extension leads and the probe tip accessories used. The probe is powered by Keysight's oscilloscope AutoProbe interface.


BrandKeysight
Bandwidth300 MHz
Attenuation100X
Cable Length1.2 m
TypeDifferential Probe
InterfaceAutoProbe
Series CompatibilityInfiniiVision 4000 X-Series, Infiniium S-Series, 9000 Series, 90000 Series
Input Capacitance4 pF
Max Input Voltage1000 V
Input Impedance4 MΩ
Operating Temperature Range-10 to 40°C
Lead Length0.39 m
Risetime1.167 ns
£3,915.60EACH(Incl. VAT)
£3,263.00EACH(Excl. VAT)
Rent Instead