FSK Wireless Transceiver Module with Silicon Labs si4463 Chip
Product Description
High-performance FSK Transceiver Module with Si4436 chip
Module introduction
DL-RTS4463PA was designed base on Silicon Labs' Si4463 wireless transceiver chip. It is a compact,low-power, long-distance RF transceiver module with power amplifier. The chip launched by Silicon Labs is mainly set to 315MHz, 433MHz, 868MHz, 915MHz frequency bands of the national networks. The sensitivity can reach -124dbm, the maximum transmission rate can reach 1000Kbps, and the output power is amplified by high frequency power transistor to +27dbm @ 6V PA voltage.
This RF transceiver module integrates all RF-related functions. Users do not need to have a deep understanding of RF circuit design; they can use this module to easily develop wireless products with stable performance and high reliability, shortening the product development cycle.
The module uses a single-chip architecture, with high-precision crystals, high Q-value Murada inductance and small volume of high-capacity filter capacitor on the periphery. The power device uses Japanese imported power tubes and harmonic matching. The interface uses standard spacing stamp edge packaging to facilitate remote applications. DL-RTS4463 wireless module can be used together.
Features
● 2500m transmission distance (1200bps)
● Working frequency: 433.92m (other frequencies need to be customized)
● Operating voltage: 1.8V-3.6V; PA voltage: 3V-9V,
● Highest frequency performance, compare with other SiliconLabs series chips
● Efficient 4 - line SPI interface
● Separate 64-byte RX FIFO and TX FIFO
● Support WOR wireless wake-up function for portable devices
Applications
● Wireless sensor;
● Home automation;
● Automated data collection;
● Industrial remote control, telemetry;
● Data monitoring and transmission;
● Home Appliance Control;
● Security, alarm control;
Download Center
DL-RTS4463PA Specification V1.1
Technical Parameter
DC characteristics
Description | Min. | Max. | Unit |
Supply voltage | 1.8 | 3.6 | V |
Working current | RX <15mA | TX=145mA@27dbm | mA |
Standby current | <1uA | mA | |
IO port voltage | Vss-0.3 | Vdd+0.3 | V |
Working temperature | -40 | 85 | ℃ |
DC characteristics of the Module
RF characteristics (Unless otherwise stated, the temperature is 25 ℃, and VCC is 3.3V)
No | Characteristics | Index parameter range | Unit | ||
Min. | Typi. | Max. | |||
1 | Frequency range (customized by industry) | 142 | 433.92 | 1050 | MHz |
2 | Frequency interval | 100K | Hz | ||
3 | Transmit power | -20 | 27 | dBm | |
4 | Receive sensitivity | -124 | dBm | ||
5 | Modulation | GFSK | 2-FSK | OOK | MSK |
6 | Transmission rate | 1.2 | 1000 | Kbps | |
7 | Harmonic power | -45 | — — | -35 | dBm |
8 | Communication distance | 1800 | 2500 | M | |
9 | OOK Modulation mode, sensitivity | -112 | dBm | ||
10 | OOK modulation mode, rate | 120 | Kbps | ||
11 | Standby power consumption | 0.9 | MHz | ||
12 | Crystal accuracy | 10 | PPM |
High frequency characteristic table of the module
Pins Definition
Pin | Name | Description | Remark |
1 | PA_VDD | Power supply 3.0~9.0V | RF VDD |
2 | VDD | Power supply of RF transceiver chip: 3.3V | 1.8-3.6V |
3 | NIRQ | Interrupt input pin, output low level when interrupt is generated | |
4 | SCLK | SCLK input. Provide four-line serial data clock function | Configuration register |
5 | SDO | 0~VDD Digital output | |
6 | SDI | 0~VDD Digital input | |
7 | NSEL | Input pin for serial interface select | |
8 | SDN | Turn off input pin, SDN = 0 or 1; Refer to IC specification | |
9-11 | GND | Grounding, common ground with the system | |
12 | ANT | Antenna |
Pins Definition of DL-RTS4463PA Module
Size
As a professional RF module supplier, and a third party design office (of TI, Silicon Labs, Semtech), DreamLNK is specialized in radio frequency field for almost 8 years! We are providing different kinds of wireless modules and one-stop IoT solutions, including 433/868/915MHz RF modules, 2.4G RF modules, FSK transceiver modules, Bluetooth modules, LoRa modules, UART module, Antennas, Remote Controls, etc. Welcome to inquire!