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Features:
1. Frequency Band Coverage: Operates in the TDD 1300 - 1500MHz frequency range, suitable for specific communication scenarios within this band.
2. High Power Output: Delivers a power output of 150W, ensuring strong signal transmission capability to cover large areas or penetrate obstacles effectively.
3. Ad - Hoc Network Application: Specially designed for ad - hoc network use, enabling flexible and decentralized network deployment without relying on fixed infrastructure.
4. No Pre - Distortion Design: Does not incorporate pre - distortion technology, simplifying the circuit design while still meeting basic performance requirements for targeted ad - hocnetwork applications.
5. Wide Temperature Range Operation: Capable of working in a temperature range from - 25℃ to + 60℃, ensuring reliable performance in various harsh environmental conditions, such as cold outdoor winters or hot summers.
6. Hardware - Controlled Over - Temperature Protection: Features hardware - based over -
temperature protection with a fixed shutdown temperature of + 95℃ and restart temperature of + 65℃, providing automatic and reliable thermal management to prevent damage from overheating.
7. Uplink Filtering: Equipped with uplink filtering functionality, which helps to suppress interference and improve the signal-to-noise ratio of the uplink signal, ensuring cleaner and more stable signal reception.
8. Integrated Design: As an integrated power amplifier module, it combines multiple functions in a single unit, reducing the complexity of system integration and saving space for equipment installation.
Technical Specification:
Product Name:
1. UZI-TDD-1300~1500M-150W-1916-2JT-32V
Cautions:
1. Source bandwidth: 20M
2. For ad-hoc network use
3. Without pre- distortion
4. Add filtering for uplink!
5. High and low temperature test: -25 ~ +60℃
6. Over-temperature protection: Controlled by hardware, temperature is fixed: Over- temperature shutdown at +95℃, startup at +65℃ .
Items: | Uplink (UL) & Downlink (UL) Specifications: |
Operating Frequency： | 1. UL:1300-1500M 2. DL:1300-1500M |
Max Gain: | 1. UL:12±2dB 2. DL:44-47±1dB |
Maximum Output Power: | 1. UL:Uncontrolled 2. DL:52±1dBm |
Maximum Input Level: | 1. UL:NONE 2. DL:+15dBm |
Gain Adjustment Range: | NONE |
ALC Range: | NONE |
In-Band Ripple: | ≤2.5dB |
Noise Figure: | 1. UL:≤3dB 2. DL:NONE |
Tx-Rx Isolation: | ≥55dBc |
EVM: | ≤5% (Peak-to-Average Power Ratio 10.0dB) |
VSWR: | ≤1.4 (Test condition: power on for testing after turning off the downlink power amplifier.) |
Operating Voltage: | 32V |
Operating Current: | ≤19A |
Working Temperature: | -40~+55℃ |
Over-Temperature Protection: | Alarm and shutdown at +95℃, resume operation at 65℃ |
Monitoring Functions: | NONE |
Transmit - receive wire control interface: | CMOS 3.3V |
Connecters: | There are 2 RF connectors in total. The model 2JT indicates that PAIN and LNAOUT are combined and share 1 MCX connector. ANT is an N - type connector. |
Mechanical Dimensions: | 190*160*23 |
Silk Screen: | Inspect the silk screen markings according to the outline dimension drawing. |
Dimensional Drawing:
TX: Power amplifier (downlink) switch. It is turned on at CMOS 3.3V high level and turned off at low level.
Sample:
