The 610-6-12 is a 12.5 GHz RF Generator from Gigatronics. An RF generator is a tool engineers use to generate sinusoidal outputs while testing electronic equipment. The output will automatically have its frequency varied or swept between frequencies. A “sweep” is one complete cycle of a frequency variation. Engineers use RF signal generators as test equipment, mostly to measure responses of filters, amplifiers, and electrical components.
Additional Features:
Frequency range: 6-12.5 GHz
High Speed Sweeps
F1-F2, δCF and M1-M3 Modes
8 Markers
Step and Lock Sweep
Synthesizer Accuracy
+10 to -119 dBm Leveled Output
AM, FM and Pulse Modulation
Non-volatile Program Storage
IEEE 488 GPIB
Network Analyzer Compatible
The Gigatronics 610-6-12 is a single-band microwave sweeper which is unique from the standpoint that it offers complete multi-mode sweeper operation in both fast analog and step and lock digital format for high thru-put testing, tuning and troubleshooting of microwave components and systems. The 610-6-12 offers the frequency accuracy, stability, resolution and spectral purity of indirect synthesis in the CW mode of operation for applications requiring clean, stable signal sources.
The 610-6-12 features a wide range (+10 to -119dBm) output power control with 0.1dB resolution and may be frequency, amplitude or pulse modulated, which adapts them to your most stringent signal generator requirements.
Designed to be the general purpose, work-horse stimulus instrument for testing applications in the fields of telecommunications, radar and electronic warfare, the Series 610 features a unique implementation of microprocessor controlled indirect synthesis technology which eliminates the requirement for an expensive YIG-tuned oscillator in the reference loop, thus greatly reducing the cost of the synthesized instrument.
Specially designed circuitry utilizing multiplying DACs and a high speed, 0.025% resolution ramp generator provides the fast analog sweep capability of the Series 610, while digital sweep is provided by its microprocessor controlled step and lock operation.
Amplitude, frequency and pulse modulation, either individually or simultaneously, and accurate, 0.1dB resolution output level control are provided by a single module, a precision step attenuator and stored correction factors over the frequency range of each instrument.
The 610-6-12 is a 12.5 GHz RF Generator from Gigatronics. An RF generator is a tool engineers use to generate sinusoidal outputs while testing electronic equipment. The output will automatically have its frequency varied or swept between frequencies. A “sweep” is one complete cycle of a frequency variation. Engineers use RF signal generators as test equipment, mostly to measure responses of filters, amplifiers, and electrical components.
Additional Features:
- Frequency range: 6-12.5 GHz
- High Speed Sweeps
- F1-F2, ΔCF and M1-M3 Modes
- 8 Markers
- Step and Lock Sweep
- Synthesizer Accuracy
- +10 to -119 dBm Leveled Output
- AM, FM and Pulse Modulation
- Non-volatile Program Storage
- IEEE 488 GPIB
- Network Analyzer Compatible
The Gigatronics 610-6-12 is a single-band microwave sweeper which is unique from the standpoint that it offers complete multi-mode sweeper operation in both fast analog and step and lock digital format for high thru-put testing, tuning and troubleshooting of microwave components and systems. The 610-6-12 offers the frequency accuracy, stability, resolution and spectral purity of indirect synthesis in the CW mode of operation for applications requiring clean, stable signal sources.
The 610-6-12 features a wide range (+10 to -119dBm) output power control with 0.1dB resolution and may be frequency, amplitude or pulse modulated, which adapts them to your most stringent signal generator requirements.
Designed to be the general purpose, work-horse stimulus instrument for testing applications in the fields of telecommunications, radar and electronic warfare, the Series 610 features a unique implementation of microprocessor controlled indirect synthesis technology which eliminates the requirement for an expensive YIG-tuned oscillator in the reference loop, thus greatly reducing the cost of the synthesized instrument.
Specially designed circuitry utilizing multiplying DACs and a high speed, 0.025% resolution ramp generator provides the fast analog sweep capability of the Series 610, while digital sweep is provided by its microprocessor controlled step and lock operation.
Amplitude, frequency and pulse modulation, either individually or simultaneously, and accurate, 0.1dB resolution output level control are provided by a single module, a precision step attenuator and stored correction factors over the frequency range of each instrument.
