|
|
|
TE1000 Vector RF Impedance Analyzer |
||
|
The TE1000 has full vector measurement capability, and accurately resolves the resistive,capacitive and inductive components of a load. The user can display the vector impedance plus a range of related parameters including SWR, reflection coefficient, return loss and R-L-C equivalent circuit.
The TE1000 impedance analyzer operates from 0.5-150MHz. It also includes a general purpose RF test signal output across this frequency range. The lab precision unit is rugged, lightweight and can be powered by mains or by internal battery making it ideally suited for both benchtop and portable use. An internal data display provides stand alone visual output. The unit's RS232/USB interface and PC based software further increase the power of the instrument. These features provide swept frequency capability and facilities for complex data analysis, data logging and graphical display on a convenient laptop or other computer. The TE-1000 is supplied in a lightweight, rugged aluminum case.
The TE1000 offers similar functionality and comparable accuracy over its range as the HP/Agilent 4193A and other "high end" lab instruments, at a fraction of the cost. Among the features the TE1000 offers are:
The broad capabilities of the TE-1000 RF impedance analyzer enable this versatile RF test equipment to function as a vector impedance meter, capacitance meter, inductance bridge (replacing Delta OIB-3 and General Radio 1606 RF bridges), antenna analyzer, VSWR meter, and return loss bridge.
How the TE-1000 Works The TE1000 RF Impedance Analyzer operates by generating an RF signal at a user defined frequency in the range 500kHz to 150MHz, and injecting it into the load at the probe tip. The resultant RF voltage and current are sampled and measured, and from this the unit calculates the complex impedance of the load. Once the complex impedance is known, the VSWR, reflection coefficient, R-L-C equivalent circuit and return loss can also be determined. The user selects which measurement is to be displayed and in which format. The impedance can be displayed in rectangular or polar format. The R-L-C equivalent circuit can be displayed as either a series or parallel circuit. There are 2 basic modes of operation. In fixed frequency mode one frequency only is selected by the user. In scan mode the user can scan sequentially through a range of frequencies. The scan mode is particularly useful for locating resonances such as in a quarter wave line or a crystal. The TE1000 can be controlled either via the keypads on the front panel or remotely from a PC using the RS232 serial line and control software. The PC software can be used to log data from the TE1000 and store this in a format which is compatible with MS Excel. Typical applications include:
Worldwide Shipping and Support Only $3795 US*! For more information or placing an order, *No charge for ground shipment within the continental United States. Expedited shipping and handling will be charged extra. Duties and taxes are extra as required by destination.
3400 Tupper Drive Copyright 2009. LBA Group, Inc. All Rights Reserved. |