جزئیات محصول
محل منبع: چین
نام تجاری: JDY
شماره مدل: JDY
شرایط پرداخت و حمل و نقل
مقدار حداقل تعداد سفارش: 1
قیمت: $64286
جزئیات بسته بندی: کیس پرواز
زمان تحویل: 30 روز
شرایط پرداخت: D/P
قابلیت ارائه: 200 در ماه
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فاصله موثر:
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تا 500 متر
|
محدوده فرکانس:
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1.2 گیگاهرتز تا 2.7 گیگاهرتز
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انتقال قدرت:
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40dBm در هر کانال
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محدوده تداخل:
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1-2 کیلومتر
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نوع نمایشگر:
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صفحه نمایش LCD برای تشخیص سیگنال
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مواد:
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پلاستیک ABS با استحکام بالا
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محدوده موثر:
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تا 500 متر
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ابعاد دستگاه:
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663mm×298mm×88mm
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فاصله:
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1000-2000 M
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نوع جلد:
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روکش بزرگ
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فاصله موثر پارازیت:
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تا 500 متر
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زمان شارژ:
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3-4 ساعت
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شبکه سازی:
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4G/5g/LAN (اختیاری)
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بهره وری انرژی:
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≥50%
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فرکانس:
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900 مگاهرتز/1.5 گیگاهرتز/2.4 گیگاهرتز/5.8 گیگاهرتز
|
|
فاصله موثر:
|
تا 500 متر
|
|
محدوده فرکانس:
|
1.2 گیگاهرتز تا 2.7 گیگاهرتز
|
|
انتقال قدرت:
|
40dBm در هر کانال
|
|
محدوده تداخل:
|
1-2 کیلومتر
|
|
نوع نمایشگر:
|
صفحه نمایش LCD برای تشخیص سیگنال
|
|
مواد:
|
پلاستیک ABS با استحکام بالا
|
|
محدوده موثر:
|
تا 500 متر
|
|
ابعاد دستگاه:
|
663mm×298mm×88mm
|
|
فاصله:
|
1000-2000 M
|
|
نوع جلد:
|
روکش بزرگ
|
|
فاصله موثر پارازیت:
|
تا 500 متر
|
|
زمان شارژ:
|
3-4 ساعت
|
|
شبکه سازی:
|
4G/5g/LAN (اختیاری)
|
|
بهره وری انرژی:
|
≥50%
|
|
فرکانس:
|
900 مگاهرتز/1.5 گیگاهرتز/2.4 گیگاهرتز/5.8 گیگاهرتز
|
With the rapid development of UAV technology, the application of GPS technology in the UAV field has become increasingly widespread and important. Utilizing advanced GPS technology, UAV signal radar can ensure precise positioning of the UAV during flight. The GPS system receives signals from satellites and calculates the UAV's latitude, longitude, and altitude in real time, providing accurate positioning data. This data not only provides a basis for UAV flight control but also ensures flight safety, preventing the UAV from deviating from its flight path. Especially in complex environments, the accuracy of GPS positioning can greatly enhance the UAV's autonomous flight capabilities, making it more efficient and safer in mission execution.
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| Parameter Item | Specifications |
|---|---|
| Antenna Search Speed | ≥60°/S, 120°/S |
| Target Refresh Rate | 28Hz |
| Simultaneous Tracking Count | ≥200 |
| Radar Power Supply Voltage | 170~264VAC (50/60Hz) |
| Radar Power Consumption | <110W |
| Standby Operating Temperature | -25℃~+55℃ |
| Deployment/Retraction Time | <5 minutes |
| Communication Interface | RJ45/RS485 |
| Positioning | Supports GPS automatic positioning |
| Enclosure Protection Rating | IP65 |
This UAV signal radar device has the function of real-time monitoring of UAV signals, and can continuously track and capture the flight data of UAVs. These signals not only include the current position of the UAV, but also important information such as flight altitude and flight speed. The device feeds back the monitored data to the operating platform in real time, allowing operators to obtain the operating status of the UAV immediately. This real-time data feedback mechanism helps operators accurately grasp every aspect of the flight process, take timely countermeasures, and ensure the safe flight of the drone and the successful completion of missions.
To meet the needs of different drone systems, the UAV signal radar supports signal detection across multiple frequency bands. Common frequency bands include 1.2GHz, 2.4GHz, and 5.8GHz, which are widely used in drones of different brands and types. By supporting multi-band detection, the device is compatible with various types of drones, from consumer-grade to industrial-grade drones, achieving accurate signal detection. Multi-band support gives the device wider adaptability, allowing it to work effectively in complex electromagnetic environments and improving the coverage and accuracy of drone monitoring.
This UAV signal radar system possesses powerful parallel detection capabilities, capable of detecting over 200 drones simultaneously. Whether it's a large-scale drone swarm or multiple dispersed drones, the system can quickly and effectively capture and process multiple signal sources. Thanks to its efficient signal processing capabilities, the system can identify and locate a large number of drones in a short time, ensuring that no drone in flight is missed. This function is crucial for large-scale drone monitoring and management, and has significant advantages, especially in applications such as large-scale events and military defense.