Ultra 700-6000MHz 150W DDS Generator Power Amplifier RF Module with Heatsink Cooling Fan
Breaking through the signal boundary, high-performance integrated modules are launched
In the pursuit of excellent signal processing, we have brought Ultra wideband 700 - 6000MHz 150W power amplifier + DDS Signal generator integrated module with heat sink and cooling fan, an innovative product that reshapes industry standards.
As a 150W DDS generator, it can accurately generate a variety of signals and is a powerful wide band signal generator, covering the ultra-wide frequency band of 700 - 6000MHz, providing a stable and reliable signal source for scientific research, communication and other fields. The power output can be flexibly set between 10W and 150W through software to meet diverse needs.
It is equipped with N-F Connector, which has a stable connection and efficient signal transmission, ensuring smooth docking with other devices. LCD Display Real-time presentation of key information such as frequency, power, switch status, etc., the operating status is clear at a glance, and it is convenient for users to grasp the operation of the device at any time.
Built-in heat sink and cooling fan ensure stable operation in an ambient temperature of - 10~ + 65℃. Complete monitoring and alarm functions, such as over-temperature, over-current, and standing wave ratio alarms, ensure the safe operation of the equipment. Whether it is precision testing in the laboratory or signal amplification needs in the industrial field, this integrated module can become your right-hand man with its excellent performance and reliable quality, opening a new chapter in signal processing.
Item | Parameter | Unit | Remarks | |||
Operating Voltage | 28 | V | 24-30V | |||
Conversion efficiency | ≥42% | % | @150W typical | |||
Controllable output power | 10W~150W | W | Software set power level | |||
ALC power adjustment range | ≥30 | dB | Voltage Controlled Attenuation | |||
gain | 51.76±1.0 | dB | ||||
In-band fluctuation | ≤2.5 | dB | peak-to-peak | |||
spurious emission | In working band | ≤-15dBm/1MHz | dBm | Measured when the center frequency plus CW signal to the maximum output power | ||
out of work band | 9KHz~1GHz | No higher than normal noise floor clutter | dBm | |||
1G~12.75GHz | dBm | |||||
Maximum allowable input power | ≥+10dBm | dBm | Lasts 1min without damage | |||
Input VSWR | ≤1.35 | Add +28V, standard network output -10dBm | ||||
Output VSWR | ≤1.30 | No power, standard network output -10dBm | ||||
≤1.35 | Power On, Dual Directional Coupler Test | |||||
High and low temperature test | Working ambient temperature (℃) | -10~+65 | ℃ | Low temperature can start, monitoring works normally | ||
Gain Stability | ±1.5 @-40℃~+65℃ | dB | ||||
power stability | ±1 @-40℃~+65℃ | dB | ||||
Power Requirements | ≥13A @+28Vdc | CW output150W | ||||
Power supply interface, monitoring interface RS485 | 7W2 | Male | ||||
RF output connector | N-F connector | |||||
LCD liquid crystal display | Display frequency, power, switch status | |||||
with 3 LED lights | POWER: Power indication; RUN: Running indication; ALARM: Alarm indication; | |||||
Built-in cooling fan | Modules can be run separately | |||||
physical dimension | 355x180x90mm | |||||
Weight | 6.5Kg | |||||
Appearance (how to use) | Green integrated module with fan (single or portable use) | |||||
2. Module software settings
Monitoring | Function Description | Remarks | |
Amplifier part setting parameters | Amplifier switch | Turn the amplifier on or off | |
Alarm switch | Enable and disable the alarm function | ||
Downlink Power Control | The maximum output power of the power amplifier can be set, the adjustment range is ≥20dB, and the high, medium and low power levels can be set | ||
Amplifier over temperature alarm | The high temperature power amplifier shutdown threshold can be set, the power amplifier temperature exceeds 85 degrees, it will automatically shut down; 65 degrees will automatically restore | ||
Amplifier overpower alarm | The actual power value is 2dB higher than the downlink ALC start control threshold and close | ||
Power amplifier standing wave alarm | When the standing wave detection of the power amplifier is greater than 4, the power amplifier is automatically turned off | ||
Amplifier overcurrent alarm | When the detection current of the power amplifier exceeds 12A, the power amplifier is automatically turned off | ||
Amplifier under-power alarm | When the power amplifier detection power is less than 37dBm, an under-power alarm is displayed | ||
Amplifier overvoltage alarm | When the power amplifier voltage exceeds 32V, the power amplifier will automatically shut down | ||
Amplifier part query parameters | Amplifier switch status | If the power amplifier is set to"OFF", the query should be the state of the power amplifier off; otherwise, the state of the power amplifier will be turned on. | |
Downstream output power level value | Detect power amplifier output power value, detection range (Pomax+2, Pomax-20) | Detection accuracy:Pout±1dB | |
Downward standing wave ratio | The standing wave is normally 1.2, when the load is mismatched, the query value is 4.0 | ||
temperature query | Detect the internal temperature of the module, detection range: -40℃~+100℃ | detection error:±3℃ | |
ALC value query | The displayed value is equal to the actual set ALC value | ||
Voltage detection | Detection module working voltage | ||
Current Detection | Detection module operating current | ||
Signal generator settings | Frequency setting mode 1 | Any single frequency point setting within the range | The frequency setting accuracy is 1M, the maximum frequency bandwidth is100M, and the maximum is 6G |
Frequency setting mode 2 | Set the broadband frequency sweep mode, parameters such as frequency, interval, and step can be set | ||
Frequency setting mode 3 | Set any 4 sub-frequency segments within the bandwidth, and a single sub-segment needs to be incremented | ||
module communication | RS485 | ||
Interface definition | +:28V,-: GND; control bit 1:485A,2:485B | ||