French
UWB3000F00 : Low-Power Bi-Directional Ranging Transceiver For Precision Positioning And Ranging
Output Power : 1mW
Size:13.5*22.2
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UWB650Pro: 0.5W UWB High-Precision Positioning, Ranging, and Data Transmission Module with μA-Level Sleep Current
The UWB650Pro module is a high-performance UWB (Ultra Wide Band) communication module compliant with IEEE 802.15.4-2020. It uses the Qorvo DW3000 chip, integrating an RF amplifier, MCU, and I/O interfaces with ESD protection for enhanced reliability. It combines data communication, ranging, and positioning, supporting remote control via UART. With optimized power consumption and sleep current below 100μA, it suits IoT applications requiring low power and high precision.
Parameter | Condition | Min. | Typ. | Max. | Unit |
Supply Voltage | 3.0 | 4.2 | 5.5 | V | |
Operating Temperature Range | -20 | 25 | 60 | ℃ | |
Frequency Range | CH5 | 6489.6 | MHz | ||
RF Data Rate | 850k | 6.8M | bps | ||
Current Consumption | |||||
Sleep current | <100 | uA | |||
Transmit current 1 | Continues Frame mode | <350 | mA | ||
Receive current | 107 | mA | |||
Listen receive current | Low-Power SNIFF mode | <72 | mA | ||
Standby current | Receive off and no data transmission | 32 | mA | ||
RF parameter | |||||
Tx Power | @VCC=5.0V | -5 | 27 | dBm | |
Tx Bandwidth（BW) | 499.2 | MHz | |||
Receive parameters | |||||
Rx Sensitivity | @850Kbps | -100 | dBm | ||
@6.8Mbps | -94 | dBm | |||
Features
Comply with IEEE 802.15.4-2020 Standard UWB and communication protocol
Supports UWB Channel 5 (6489.6 MHz)
Supports 6.8 Mbps and 850 Kbps RF Rate
Supports data frame lengths from 0 to 1023 bytes
Mesh networking
Multiple-level transmit power adjustment, with a maximum transmit power of 0.5W
1 km ultra-long-distance data communication
Supports two-way ranging methods SS-TWR and DS-TWR, as well as positioning solutions
Ranging accuracy less than ±10 cm
Supports multi-tag positioning with precise location calculation
Electrostatic Protection (ESD)
Applications
Personnel positioning in large-scale industrial production
Various indoor positioning scenarios
Underground coal mine positioning
Hospital staff positioning
Pin No. | Pin definition | I/O | Voltage | Description |
1 | VCC | - | 3.0-5.5V | |
2,5,15,17 | GND | 0-3.3V | Connect to the power supply ground | |
3 | CS | I | 0-3.3V | Sleep pin, internally pulled up; the module enters sleep mode when a low level is applied externally |
4 | UPGRADE | I | 0-3.3V | Internally pulled up; after an external low-level input, the module resets and enters serial upgrade mode |
6 | TEST | I | 0-3.3V | - |
7 | DEFAULT | I | 0-3.3V | Internal pull-up, hold low for about 10s during operation to force a reboot and restore factory settings. |
8 | TXD | O | 0-3.3V | Serial data output pin, connected to the RXD pin of the external device |
9 | RXD | I | 0-3.3V | Serial data input pin, connected to the TXD pin of the external device |
10 | TX_BUSY | O | 0-3.3V | Transmit status indicator pin. Outputs HIGH during data transmission and returns LOW when transmission is complete.. |
11 | RX_BUSY | O | 0-3.3V | Receive status indicator pin. Outputs HIGH when data is being received and returns LOW when reception is complete. |
12 | LOC_BUSY | O | 0-3.3V | Positioning status indicator pin. Outputs HIGH when the module is performing positioning with other modules; outputs LOW otherwise. |
13 | RAN_BUSY | O | 0-3.3V | Ranging status indicator pin. Outputs HIGH when the module is performing ranging with other modules; outputs LOW otherwise. |
14 | SET | I | 0-3.3V | Module mode control pin, internally pulled up. When HIGH, the module operates in normal mode, allowing standard data transmission and command execution. |
16 | ANT | External 50 Ω antenna |
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