GTS-G6 Vector Signal Generator , 10 MHz to 6 GHz,-100dBm to 10dBm

• Analog Modulation

Analog modulation is a change to a characteristic of a periodic or non-periodic signal in order to convey information. GTS-G6 can generate a variety of analog signals such as AM\FM\PM.

• Digital Modulation

Digital modulation is an important signal modulation method for modern telecommunications. It has better anti-interference ability and safety. GTS-G6 can output a variety of digital modulated signals.

• Wireless Communication Standard Modulation

GTS-G6 supports modulation of signals based on mainstream wireless communication standards. It not only includes 2G/3G/4G mobile communication standards, but also supports IoT signal standards such as LoRa and NB-IoT. The release of WiFi and Bluetooth signal modulation functions is also planned.

• Pulse Modulation

Digital modulation is an important signal modulation method for modern telecommunications. It has better antiinterference ability and safety. GTS-G6 can output a variety of digital modulated signals.

• ARB Function

ARB function allows users to transmit customized baseband data. Supports IQ data in .txt and .mat formats. Users need to set the data length and signal sampling rate according to the IQ data file.

• Sweep Mode

The GTS-G6 has a frequency sweep function. In this function, engineers can configure parameters such as start and stop frequency, frequency stepping, sweep power, and scan speed.

PERFORMANCE ADVANTAGE

• Dynamic Range

The dynamic range of the signal source is the power difference between the maximum and minimum signals that can be output. The dynamic range of the GTS-G6 is as large as -100dBm to +10dBm.

• Phase Noise

Phase noise is an important indicator of the performance of a signal source. It refers to the ratio of the signal power in the 1 Hz bandwidth at the signal center frequency offset of 10 kHz to the total power of the signal. The phase noise of the GTS-G6 is very good, at -105dBc/Hz.

• 10MHz Reference Signal

GTS-G6 has a physical 10MHz reference signal port (SMA). Engineer can choose to use the built-in 10MHz clock signal and send it out, or receive and synchronize clock signals from other devices.

TYPICAL APPLICATIONS

Laboratory radio frequency testing

GTS-G6 covers 10 MHz to 6 GHz wireless radio frequency communication range with full range 10KHz phase noise better than -110 dBc, Hz (typical value) which allow GTS-G6 replace LO. GTS-G6 also supports testing of inter-modulation distortion on amplifier, mixer and receiver. By using with spectrum analyzer, GTSG6 is able to complete broadband and frequency response performance testing for antenna, amplifier, attenuator etc.

Manufacturing testing

GTS-G6 is able to simulating GSM, EDGE, CDMA, TD-SCDMA, WCDMA, CDMA2000, TD-LTE, FDD-LTE, NB-IoT, and LoRa standard base station signals to cooperate with production and calibration of UE, chips. By combining GTS-G6 Vector Signal Generator Module with GTS-A6 Vector Signal Analyzer module, it provides base station consistency and function testing.

Educational practices

By combining GTS-G6 signal generator with GTS-A6 vector signal analyzer, it also provides RF micro-wave device testing demonstration to reduce the complexity of professional teaching. GTS-G6 has the ability to produce all standard uplink and downlink signals and digital modulation signals in any chip rate to satisfy professional education practices.