10W 24.25-27.5GHz Frequency Sweep Signal-Specific PA+VCO Module
ZD-PAV-24.25/27.5G-10W
This is an integrated PA+VCO module for the 24.25-27.5GHz band, specifically designed for frequency sweep signal scenarios. It combines high-power output with stable signal oscillation, suitable for applications like millimeter-wave communication and test & measurement.
Its core performance stands out: saturated output power reaches 40±1.5dBm (equivalent to 10W), power and gain flatness across the entire band are ≤±1.5dB, non-harmonic spurious suppression is ＞60dBc, and input/output VSWR is ＜1.5:1, effectively reducing interference and ensuring transmission efficiency. Functionally, it supports real-time temperature, voltage and current monitoring, paired with ＜10μs fast switching and 0/3.3~5V TTL control for flexible operation. Hardware-wise, it adopts 50Ω standard impedance and D-Sub 7W2 interface, with 28V/2.5A power supply for strong adaptability. The compact size of 150±0.1mm×100±0.1mm×20±0.1mm and lightweight design (≤1kg) facilitate integrated installation, and it can work stably in a wide temperature range of -40℃~+60℃ to handle complex working conditions.
Its core performance stands out: saturated output power reaches 40±1.5dBm (equivalent to 10W), power and gain flatness across the entire band are ≤±1.5dB, non-harmonic spurious suppression is ＞60dBc, and input/output VSWR is ＜1.5:1, effectively reducing interference and ensuring transmission efficiency. Functionally, it supports real-time temperature, voltage and current monitoring, paired with ＜10μs fast switching and 0/3.3~5V TTL control for flexible operation. Hardware-wise, it adopts 50Ω standard impedance and D-Sub 7W2 interface, with 28V/2.5A power supply for strong adaptability. The compact size of 150±0.1mm×100±0.1mm×20±0.1mm and lightweight design (≤1kg) facilitate integrated installation, and it can work stably in a wide temperature range of -40℃~+60℃ to handle complex working conditions.
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This product is an integrated module specifically designed for the 24.25-27.5GHz band, which core integrates a high-performance power amplifier and a VCO module (Voltage-Controlled Oscillator module). It is perfectly compatible with frequency sweep input signals and has become an ideal choice for various scenarios in the millimeter-wave field with three core advantages: high performance, high adaptability, and high reliability.
In terms of performance, the power amplifier of the module can provide a saturated output power of 10W (equivalent to 40±1.5dBm), meeting the needs of high-intensity signal transmission; within the entire frequency band, the power flatness (@Psat) and gain flatness of the power amplifier are stably controlled within ±1.5dB. Combined with the precise oscillation performance of the VCO module, it ensures the consistency of signal output during frequency sweep; at the same time, the non-harmonic spurious suppression is ＞60dBc, and the input/output VSWR is ＜1.5:1, which greatly reduces interference, maximizes the signal transmission efficiency of the power amplifier, and avoids energy loss.
In terms of adaptability, the module is optimized for frequency sweep scenarios, supporting 0/3.3~5V TTL control signals with a switching response of ＜10μs, which can quickly follow the dynamic changes of frequency sweep signals; the hardware adopts 50Ω standard impedance and is equipped with a D-Sub 7W2 interface. The integrated design of the power amplifier and VCO module does not require additional matching components and can be directly connected to most millimeter-wave devices; the compact size of 150±0.1mm×100±0.1mm×20±0.1mm and lightweight feature (≤1kg) allow this integrated module of VCO module and power amplifier to be flexibly integrated into compact equipment.
In terms of reliability, the module has built-in real-time monitoring functions for temperature, voltage, and current, which can grasp the operating status of the Power Amplifier and VCO module in real time and avoid faults in advance; it can also work stably in a wide temperature range of -40℃~+60℃, and even under complex working conditions, it can ensure the stable amplification and oscillation of frequency sweep signals.
It has a wide range of application scenarios: it can be used in millimeter-wave communication systems to provide signal amplification from the Power Amplifier and signal oscillation support from the VCO module for 5G millimeter-wave base stations and satellite communication terminals; it can also be integrated into RF test instruments (such as signal generators and spectrum analyzers) to accurately generate and amplify frequency sweep signals; in addition, it can be applied to short-range radar systems to assist in the transmission and processing of radar signals, fully meeting the high-quality needs of different fields for the coordinated work of Power Amplifier and VCO module.
Input Signal Type | frequency sweep | |
Saturated Output Power | 40±1.5dBm | |
Flatness @Psat | ±1.5dB Max. | |
Gain Flatness | ±1.5dB | |
Second Harmonics @ Max. Power | >10 dBc | |
Non-Harmonics Spurious @Max. Power | >60 dBc | |
Monitoring | Temperature,Voltage,Current | |
Output VSWR | < 1.5:1 | |
Input VSWR | < 1.5:1 | |
Input/OutputImpedances | 50 ohm | |
Power on/off Time | < 10 µs | |
Power on/off TTL | 0/3.3~5V（Power off：0V，Power on：3.3V~5V Default value：0V） | |
Operating Voltage | 28 V/2.5A | |
Dimensions | Max:150±0.1mm×100±0.1mm×20±0.1mm | |
Weight | ≤1kg | |
Operating Temperature (°C) | -40℃to +60℃ |
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