Wayne Kerr 65120P
High Frequency LCR Meter, 120 MHz

Download Product Datasheet

Product Overview

Accuracy and versatility make the Wayne Kerr 65120P High Frequency LCR Meter the ideal choice for many different tasks and applications in the area of manufacturing test. Comprehensive and precise component tests at higher frequencies make this instrument the perfect solution for demanding component measurement needs.

Features and Specifications of the Wayne Kerr 65120P High Frequency LCR Meter include:

• Precise high frequency impedance measurements
• Characterize components to 120 MHz
• Fast measurement speed
• 0.05% basic measurement accuracy
• Comprehensive measurement functions
• Easy to use with large TFT touch screen
• Keyboard and mouse control
• Intuitive user interface
• Fully programmable over GPIB and LAN
• GPIB Interface:
  • external instrument control
  • 24 pin IEEE 488 connector
• Remote Trigger: Rear panel BNC with internal pull-up, operates on logic low or contact closure
• USB Interface:
  • 2 universal serial bus interfaces
  • USB 1.1 compliant
• VGA Interface: 15-way D-type connector to drive an external monitor in additon to the instrument display
• Network Interface:
  • 10/100-BASE-TX Ethernet controller
  • RJ45 connector
• AC Measurement Parameters:
  • Impedance (Z)
  • Phase Angle (Ø)
  • Capacitance (C)
  • Dissipation Factor (D)
  • Inductance (L)
  • Quality Factor (Q)
  • Resistance (R)
  • Reactance (X)
  • Conductance (G)
  • Susceptance (B)
  • Admittance (Y)
• Display Format: Series or parallel equivalent circuit - all parameters
• Frequency Range: 20 Hz to 120 MHz
• AC Drive Level:
  • 10mV to 1Vrms (varies with frequency)
  • 200μA to 20mArms (varies with frequency)
  • Signal Source Inpedance: 50 ohm nominal
• DC Bias:
  • D1 Option:
    • bias current: 0 to 100mAdc
    • bias voltage: 0 to40Vdc
  • D2 Option:
    • bias voltage: - 40V to +40Vdc
• Meter Mode: allows the instrument to be used as standard LCR meter
• Setup Data:  up to 20 instrument setups may be locally stored
• Measurement Accuracy:
  • Capacitance, Inductance and Impedance basic accuracy: ±0.05% each
  • Dissipation factor accuracy: ±0.0005
  • Quality factor accuracy: ±0.05%

Click to see all the models in this series