Wayne Kerr 6550P High Frequency LCR Meter
The Wayne Kerr 6550P High Frequency LCR Meter combines accuracy and versatility, making it the ideal instrument for a wide range of manufacturing test applications. Designed for comprehensive and precise component testing at higher frequencies, this LCR meter is the perfect solution for demanding measurement requirements.
Key Features and Specifications
- Precise high frequency impedance measurements
- Characterize components up to 50 MHz
- Fast measurement speed for efficient testing
- 0.05% basic measurement accuracy
- Comprehensive measurement functions for a variety of applications
- User-friendly interface with a large TFT touch screen
- Control via keyboard and mouse for enhanced usability
- Intuitive user interface for straightforward operation
- Fully programmable over GPIB and LAN for remote access and control
GPIB Interface
- External instrument control capability
- 24 pin IEEE 488 connector
USB Interface
- Two universal serial bus interfaces
- USB 1.1 compliant for compatibility
VGA Interface
15-way D-type connector to drive an external monitor in addition to the instrument display.
Network Interface
- 10/100-BASE-TX Ethernet controller for network connectivity
- RJ45 connector for easy setup
AC Measurement Parameters
Measurement Display
Series or parallel equivalent circuit display for all parameters, ensuring clarity in readings.
Frequency Range
20 Hz to 50 MHz, enabling a broad spectrum of testing possibilities.
AC Drive Level
- Range from 10mV to 1Vrms (varies with frequency)
- 200µA to 20mArms (varies with frequency)
- Signal Source Impedance: 50 ohm nominal
DC Bias Options
- D1 Option: Bias current: 0 to 100mAdc; bias voltage: 0 to 40Vdc
- D2 Option: Bias voltage: -40V to +40Vdc
Meter Mode
Allows the instrument to operate as a standard LCR meter for basic applications.
Setup Data
Store up to 20 instrument setups locally for quick access and efficiency.
Measurement Accuracy
- Capacitance, Inductance, and Impedance basic accuracy: ±0.05% each
- Dissipation factor accuracy: ±0.0005
- Quality factor accuracy: ±0.05%
