Ceyear 1433E Signal Generator 1MHz to 26.5GHz
Ceyear 1433E Signal Generator 1MHz to 26.5GHz
Signal Generator 1433D : 1MHz to 20GHz
Signal Generator 1433E : 1MHz to 26.5GHz
Signal Generator 1433F : 1MHz to 40GHz
Signal Generator 1433H : 1MHz to 50GHz
Product Features
▶ Wider frequency coverage: from 1MHz to 26.5GHz
▶ Higher frequency resolution: 0.1Hz
▶ Excellent phase noise performance: -110dBc/Hz@10kHz frequency offset @10GHz carrier(typical)
▶ Various auxiliary test interfaces: reference input/output, pulse input, monitoring output, synchronization output etc.
▶ Convenient and fast user operation experience: 8.4-inch large screen with bright LCD, convenient capacitive touch screen operation, integrated design of LCD and touch screen
▶ Strong environmental adaptability: the working temperature range is -10℃~50℃
▶ Flexible power supply mode: can be powered by battery or power adapter
Product Overview
1433 Series signal generator is a hand-held instrument specially designed for field testing by
Ceyear Technology Co., Ltd. It has the functions of CW signal output, FM/AM/Pulse/PM
modulation, large dynamic range amplitude adjustment, step/list sweep etc. The integrated
design of 8.4-inch large capacitive touch screen is convenient for users’ operation.
1433 series signal generator has the characteristics of small size, flexible power supply and
good working environment adaptability, which is very suitable for on-site use. It can be applied
to the field installation, debugging and daily maintenance of fault diagnosis of electronic
integrated system, receiver performance test, communication, navigation and other equipment
test.
Wider frequency coverage
The frequency range of 1433 series signal generator is 1MHz to
20GHz/26.5GHz/40GHz/50GHz, the serialization minimum frequency is as low as 1MHz, and
the highest frequency is as high as 50GHz, which can meet the needs of wide-band testing.
Excellent phase noise performance
1433 Series signal generator SSB phase noise is better than -110dBc/Hz@10kHz frequency
offset @10GHz carrier(typical), which can meet the test requirements of most application
scenarios.
Convenient and fast user operation experience
8.4-inch large screen with high-brightness LCD, 800×600 pixel resolution, convenient
capacitive touch screen operation, multi-window display, clear display of instrument setting
parameters and status information, providing convenient and fast user operation experience.
Typical Application
Electronic system anti- interference performance test
The 1433 series signal generator has a wide output frequency and power range, and has a
variety of analog modulation functions. It can simulate and generate jamming signals in the
actual combat environment during the test of the anti-jamming performance of the electronic
system, which can be used for the test of the anti-jamming performance of the electronic
system.
Receiver performance test and fault troubleshooting
For radar and other electronic equipment receiving performance testing and troubleshooting
applications, 1433 series signal generators provide CW, analog modulated signal output, and
can provide excitation signal simulation.
Antenna pattern field test
Receiver under test Demod.
For the field test application of the antenna pattern, the 1433 series signal generator outputs a
signal with known fixed amplitude, which is used to test the indicator of the transmitting
antenna pattern.





Recently Posted
-
Software-Defined Instruments: How USB Spectrum Analyzers Are Changing the RF Testing Industry
August 17, 20261. The Benchtop Instrument That Would Not Fit in a Carry-OnAn RF field engineer arrived at a remote cell site in a mountainous reg
Read More -
Spectrum Monitoring Solutions for Broadcast Radio and Television Transmission Stations
August 17, 20261. When a 50 kW FM Transmitter Goes SilentA regional FM broadcaster serving roughly 2 million listeners lost its main transmitter
Read More -
Understanding Spectrum Analyzer Key Specifications: DANL, Phase Noise, TOI, and RBW
August 14, 20261. The Specification That Cost Two Weeks of DebuggingAn RF design team spent two weeks trying to measure the third harmonic of a 2
Read More -
Real-Time Spectrum Analyzer vs Traditional Swept Spectrum Analyzer: Which One Fits Modern RF Testing
August 13, 20261. The Purchase Decision That Engineers Keep Getting WrongA test equipment manager at a contract manufacturer ordered three tradit
Read More