-40%

HP 4260A Universal Bridge, Inductance, Capacitance, Resistance & DQ Measurements

$ 118.8

Availability: 100 in stock
  • External Oscillator Oscillator: 20 Hz to 20 kHz
  • Internal Oscillator Frequency: 1 kHz
  • Model: 4260A
  • Modified Item: No
  • Country/Region of Manufacture: United States
  • All returns accepted: ReturnsNotAccepted
  • Custom Bundle: No
  • Resolution: 3 or 4 Digits
  • Product: LCR Meter
  • Condition: Operationally In excellent condition, meets manufactures operational testing procedures. Cosmetically in excellent condition.
  • MPN: 4260A
  • Brand: HP
  • Form Factor: Benchtop
  • Measurement Functions: L

    Description

    Technical Data:
    Universal Bridge
    :
    HP 4260A
    1207J06745
    Physical Condition:
    Cleaned of all grime and labels
    All
    switches, rotate smoothly
    All adjustable controls rotate smoothly
    Directional lights and decimal point lights
    Operational Condition:
    Testing was performed, after 24 hours of continuous operation, meets operational testing procedure with no faults, errors or intermittent operation.
    Where required, adjustments were made to meet operational verification testing specifications
    Measurements:
    Capacitance:
    Capacitance range from 1 pF to 1000 uF,  in 7 ranges
    Dissipation Factor
    low D: 0.001 - 0.12
    high D:  0.05 - 50
    Inductance:
    Inductance range from 1uH to 1000 H, in 7 ranges
    Quality factor
    low Q:  0.02 to 20
    high Q:  8 to 1000
    Resistance:
    Resistance range from 10 m Ohms to 10 M Ohms, in 7 ranges
    Electronic Auto Null
    Automatic Null Direction Indicators
    Null Detector:  Internal and External
    capability
    Oscillator Frequencies:
    Internal at 1 kHz
    External from 20 Hz to 20 kHz
    Power  Supply:  115 VAC 60 Hz or 250 VAC 50 Hz, 7 Watts
    Comes With:
    Power Cord
    Operating and Service Manual
    Comments:
    The impedance bridge adapters are not included with this sale
    The components shown for the testing were just to show that the LCR Bridge can perform the required measurements
    If there any questions, please ask
    Have a great day
    John