The exhibition was a great success and it gave us an opportunity to showcase the diverse and comprehensive capabilities of the Wireless Telecom Group product portfolio in an innovative in-booth demonstration.

Demonstrate the NC5115A broadband noise module used with a spectrum analyzer, signal analyzer or VNA for Noise Figure measurement.

Demonstrate the NC1128B broadband noise module used with a spectrum analyzer for verification, calibration and frequency response testing of Over the Air Test Enclosure Systems.

Demonstrate capabilities of broadband additive white Gaussian noise (AWGN) using the UFX7000A series and using the USB 55006 Power Sensor to measure: Average and Peak power (Crest Factor)to see how much noise and interference your system can handle?

Limiters are used to protect sensitive components such as LNAs and radar receivers. This demonstration shows the effect that limiters have on the crest factor of your signal as its level is increased. The pulse generator has an internal noise source which is used to simulate a WLAN or LTE signal. The UFX7000 is used to simulate an LNA, and shows how crest factor is affected as signal and noise levels are varied.

Noisecom CNG-EBNO creates accurate Carrier to Noise Ratios (C/N) or Bit Energy to Noise Density Ratio (Eb/No). The instrument takes user entered parameters and via an internal automated process creates the desired C/N ratio at the output of the instrument.

Demo: Emulate AWGN channelon 10GBase signal by adding analog broadband (5 GHz) additive white Gaussian noise (AWGN) on differential data lines using J9010.

Product: Demonstrate the effect of broadband additive white Gaussian noise (AWGN) on digital broadcast signalsusing the UFX7000A series. We show how the picture quality degrades as the noise level is increased (Eb/No decreased). Do you know how much noise your system can handle?

Product: Demonstrate the effect of additive white Gaussian noise (AWGN) on differential data lines by injecting AWGN using J7000. Separately demonstrate the effect of noise and spurs on Vcc by injecting AWGN and CW tones on DUT using JV9000 to the power supply voltage (Vcc) of DUT (data buffer IC) highlighting degradation in signal integrity. Combining both J7000 and JV9000 we demonstrate Noisecom’s ability to show the interaction between noise on data lines and Vcc.

Demonstrate the effect of additive white Gaussian noise (AWGN) & CW interference ridingon Vcc by injecting AWGN and CW tones on DUT using JV9000 to the power supply voltage (Vcc) of DUT, a 555 timer clocking circuit, highlighting degradation in signal integrity due to degradation in power integrity.

Product: Demonstrate the effect of additive white Gaussian noise (AWGN) and spurious signals riding on supply voltage of a PLL/VCO circuit using JV9000 to inject AWGN and CW tones on its Vcc.

Product: Demonstrate capabilities of broadband additive white Gaussian noise (AWGN) using the UFX7000A series. Do you know how much noise your system can handle?

Product: Demonstrate the effect of additive white Gaussian noise (AWGN) on differential data lines by injecting AWGN using J7000. Separately demonstrate the effect of noise and spurs on Vcc by injecting AWGN and CW tones on DUT using JV9000 to the power supply voltage (Vcc) of DUT (data buffer IC) highlighting degradation in signal integrity. Combining both J7000 and JV9000 we demonstrate Noisecom’s ability to show the interaction between noise on data lines and Vcc.

Product: Demonstrate the effect of broadband additive white Gaussian noise (AWGN) on digital broadcast signals using the UFX7000A series. We show how the picture quality degrades as the noise level is increased (Eb/No decreased). Do you know how much noise your system can handle?