PI-Network Test System

KOLINKER KH1800/KH1820 - PI-Network Crystal Measurement System

  • New Release  Win10 (32/64 Bits) & Universal SMD Adapter Kit 
  • High Accuracy IEC60444-5 & IEC60444-6 PI-Network Measurement.
  • Supports "Direct Impedance Measurement" and "Physical Load Capacitance" methods for FL measurement.
  • Full Network Analyser Configuration with built-in Frequency synthesizer and Vector-voltmeter.
  • Supports two types of user interface for production mode and engineering mode Production
  • Ultra high speed spurious scan & drive level dependence (DLD) measurement.
  • High speed PASS/FAIL measurement and sorting up to 5 bins (sorting results displayed on screen).
  • All sorting limits of each bin are individually programmable by operator.
  • Flexible data storage (Supports data storage in Excel worksheet format) and printing features.
  • Support multilingual: simplified Chinese, traditional Chinese and English.
  • Optional Test Fixture for Tuning Fork Crystal, SMD crystal etc
  • Optional connectivity with third party automatic machines: Hardware I/O control mode or software remote
  • Control mode are available for interfacing the KH1800 with any automatic machines.
  • Frequency Range : KH1800 : 1-120 MHz
                                   KH1820 : 20 kHz – 400 kHz, 500 kHz – 240 MHz
  • Drive Level : 1nW - 1mW into 25 Ohm
  • Time Base error (free-running) : ex-factory calibration < 1 ppm
    aging for 1st year < 2 ppm
    aging for 2nd year and thereafter < 1 ppm
  • External time base interface.
  • Calibration Method : 3 terms (open, short and load) calibration with standard resistor (provided with system).

For more details please see our data sheet or consult fatory.

 

 

 

Wir verwenden Cookies. Diese helfen uns bei der Bereitstellung unserer Dienste. Durch die Nutzung unserer Website stimmen Sie der Erfassung von Informationen durch Cookies zu. Mehr erfahren...

We are using cookies, which help us to provide our services. By using our website you agree on the collation of information by cookies.

OK