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TFG3600 Series radio frequency signal generators is available from LABERA.UZ for laboratory, testing, medical and industrial applications in Uzbekistan.
Contact LABERA.UZ for specifications, pricing, lead time and a commercial quotation.
| Technical Specifications | |
| * Standard communication interface | U SB Device, RS-232 |
| A | RF signal generators come in different types, each catering to specific applications and requirements. | RF signal generators typically use direct digital synthesis (DDS) or frequency synthesis techniques to generate precise waveforms. The core components of an RF signal generator include: | A signal generator is a useful tool for various applications, including: |
| Accuracy: Accuracy | ±1ppm, Frequency≥1.0kHz, 18℃ to 28℃ |
| Accuracy: Burst Count | 1 to 10000 cycles |
| Accuracy: External Modulation Input | Voltage Range: 5V full scale,Input Impedance: 10kΩ, Frequency: DC to 10kHz |
| Accuracy: Freq≤1500MHz | setting ±2.2dBm (output level +13dBm~-80dBm, setting value±1.5dBm typ. ) |
| Accuracy: Freq≤300MHz | setting ±1dBm (output level +13dBm~-100dBm) |
| Accuracy: Harmonic | < -33dBc (output level≤4dBm,typical value) |
| Accuracy: Interval | 0.1ms to 800s |
| Accuracy: Non-Harmonic | < -40dBc (output level≤4dBm, deviation CF≥5kHz） |
| Accuracy: Overshoot | ≤5% |
| Accuracy: Range | 1μHz ~ 10MHz |
| Accuracy: Residual FM | < 100Hz（BW: 0.3 ~ 3kHz, RMS< 120MHz） |
| Accuracy: Resolution | 1μHz |
| Accuracy: Rise/Fall Time | ≤15ns |
| Accuracy: Stationary Wave Ratio (SWR) | < 1.8 (output level≤0dBm) |
| Accuracy: Step Time | 50ms ~ 10s Linear (carrier>80MHz) |
| Accuracy: Sub-Harmonic | < -40dBc (output level≤4dBm） |
| Accuracy: Sweep Rate | 1ms ~ 800s Linear (carrier ≤80MHz) |
| Accuracy: Type | AM,FM, FSK, PSK | Sine, Square, Ramp, Pulse, Sinc, Exp, Noise, DC |
| Aerospace and Defense | Evaluating the performance of radar, satellite communication systems, and electronic warfare equipment. |
| Amplitude Control | The amplitude control feature allows users to adjust the output power level of the generated signal. |
| Debugging circuits | A signal generator can be used to troubleshoot problems in a circuit by sending known signals and observing the behavior of the circuit. |
| Electronics Testing | Testing and characterizing electronic components, such as amplifiers, filters, and mixers. |
| Frequency | DC to 10kHz |
| Frequency Control | RF signal generators offer precise frequency control, allowing users to set the desired frequency within a specified range. |
| Generating reference signals | A signal generator can be used to produce a stable, accurate reference signal for use with other equipment. |
| Modulation Source | For generating modulated signals, the RF signal generator incorporates modulation sources such as amplitude modulation (AM), frequency modulation (FM), or phase modulation (PM). |
| Oscillator | The oscillator generates a stable and accurate RF carrier signal. It serves as the starting point for generating different types of modulated signals. |
| Pulse: Pulse Width | 20ns ~ 20s |
| Pulse: Rise/Fall Time | ≤50ns |
| Q | What is a Radio Frequency Signal Generator? | What types of Radio Frequency Signal Generator ? | How do RF Signal Generators Work? | Why do I need a signal generator? |
| Ramp: Accuracy | ±(1% of setting + 10mVpp)(1kHz Sine) |
| Ramp: Amplitude | 1mVpp to 10Vpp(50Ω), 2mVpp to 20Vpp(High Z) |
| Ramp: Dimension & Weight | 254×103×374 mm, 4.2 kg |
| Ramp: Flatness | ± 0.5dB(1MHz Sine, 1Vpp) |
| Ramp: Offset | ±5Vpk ac+dc(50Ω), ±10Vpk ac+dc(High Z) |
| Ramp: Power | AC100V~240V, 50/60Hz,50VA Max |
| Ramp: Resolution | 5mVpp |
| Ramp: Symmetry | 0.0% ~ 100.0% |
| Range: Accuracy | ±1ppm, Frequency≥1.0kHz, 18℃ to 28℃ |
| Range: Freq≤1000MHz | -110dBm ~ +13dBm(-100dBm ~ -110dBm typical) |
| Range: Freq≤1500MHz | -105Bm ~ +10dBm(-100dBm ~ -105dBm typical) |
| Range: Freq≤500MHz | -127dBm ~ +13dBm(-127dBm ~ -117dBm typical) |
| Range: Resolution | 1μHz (carrier frequency≤80MHz) | 0.1dB |
| Range: Sine | 1μHz ~ 500MHz 1μHz ~ 1500MHz 1μHz ~ 1000MHz |
| Range: Square | 1μHz ~ 80MHz |
| Research and Development | Prototyping and testing RF circuits, conducting experiments, and exploring new designs. | A signal generator can be used in R&D to generate signals for testing new ideas or technologies. |
| Square: Duty Cycle | 0.01% ~ 99.99% |
| Square: Rise/Fall Time | ≤50ns |
| Telecommunications | Verifying the performance of communication systems, including mobile networks and wireless devices. |
| Testing and calibrating electronic devices | A signal generator can be used to send a known signal to an electronic device to test its performance or to calibrate it. |
| Transmitting data | A signal generator can be used to transmit data in various applications, such as communication systems or in industrial control systems. |
| Voltage Range | 5V full scale,Input Impedance: 10kΩ, |