∙ High-performance digital synthesizer method ∙ Wide Frequency Coverage : 9 kHz ~ 6.2 GHz ∙ Superior Resolution : Minimum 1 Hz ∙ Compact & Portable size ∙ Wide Input Dynamic Range : -105 ~ 20 dBm ∙ Ease-of-Use Key Buttons ∙ CDMA Measurement : ACPR, ACLR, OCBW, Channel Power ∙ Various and Convenient Interfaces : USB, LAN ∙ 0.5 ppm high precision reference
1. High definition 640 × 480 color TFT LCD
High definition color TFT LCD enables high precision measurement and natural data display.
2. Simple and easy to use KEY
Keys are allocated for user’s conveniences so that users can be easily familiar with them.
And they provide various functions.
3. CDMA Measurement
∙ Channel Power (CHP) Measurement : The PSA-6000 model provides power measurement
functions for mobile communication and simple menus. Measured values are automatically
displayed at the bottom of trace.
∙ OBW Measurement : Measures the Occupied Bandwith(OBW) of modulation signal in the unit of %
∙ ACP Measurement : Measures the influence of transmitted power on the Adjacent Channel, or the
ratio of power to the Adjacent Channel throughout the mobile communication system using
multi-channel
4. USB Interface
- Can store measured data into the USB Memory through its built-in USB Host that supports
USB 1.1 and USB 2.0(GIF Format).
- Can convert measured data to MS Excel as it also supports the CSV file format.
- Supports nearly all types of printers such as Centronics printer and USB Interface printer.
- Firmware can be upgraded through USB by clicking on our website, http://www.ed.co.kr.
5. Large Internal Memory Space
- Waveform : stores maximum 900 waveforms
- State: stores maximum 3,000 states
- Easily stores/calls waveforms and states of the equipment based on various types of
application and usage
Frequency
Range
9kHz to 6.2GHz
Resolution
Minimum 1 Hz
Span Range
100Hz/div to 600MHz/div
1,2,5steps Selection(Automatic), ZERO Span, FULL Span (9 kHz to 6.2 GHz)
Frequency Selection
Start, Stop, Center Span Setup
Span Accuracy
±3% of the Indicated Span Width
Readout Accuracy
≤±(Indicated frequency × reference frequency accuracy + span × span accuracy + 50% of RBW)