SX1276 LoRa AS32 TTL-100 433Mhz Long Range Transceiver Module (Original)

SX1276 LoRa AS32 TTL-100 433Mhz Long Range Transceiver Module (Original), photo 2

SX1276 LoRa AS32 TTL-100 433Mhz Long Range Transceiver Module (Original), photo 3

SX1276 LoRa AS32 TTL-100 433Mhz Long Range Transceiver Module (Original), photo 4

SX1276 LoRa AS32 TTL-100 433Mhz Long Range Transceiver Module (Original), photo 5

SX1276 LoRa AS32 TTL-100 433Mhz Long Range Transceiver Module (Original)

Part number SX1276

Out of stockEGP 700 – 950

No shop has this in stock right now. Their offers are still listed below.

View at Makers Electronics

Offers

lowest price first

Each offer shows the shop's own title.

SX1276 LoRa AS32 TTL-100 433Mhz Long Range Transceiver Module (Original)
Makers ElectronicsOut of stock
checked 15 days ago
EGP 700
View
SX1276 LoRa AS32 TTL-1W-C 433MHz Long Range Transceiver Module (Original)
Makers ElectronicsOut of stock
checked 17 days ago
EGP 950
View

Details

FromMakers Electronics (1)Makers Electronics (2)

From Makers Electronics's description

SX1276 LoRa AS32 TTL-100 433MHz Long Range Transceiver Module (Original) SX1276 LoRa AS32 TTL-100 is a 100mW industrial wireless data transceiver with high stability, operates at 433MHz. The module adopts SX1278 incorporating the LORA spread spectrum modem and efficient loop error correction algorithm, which greatly improves the anti-interference ability and stability. The AS32 TTL-100 has four operation modes and can be switched freely in the runtime. In power saving mode, the current consumption is extremely low, ideal for applications of ultra-low current consumption. Features Point-to-point transmission, transparent transmission, and wake-on-radio functionality. Efficient cycle interleaving error correction code (up to 64-bit correction). Receiving sensitivity up to -130dBm; communication range up to 3000 meters. Sleep current consumption as low as 1.5μA. Ultra-low receiving current consumption. Automatic relay and continuous transmission capability. Built-in data encryption. RSSI and voltage are readable. Multiple exception handling mechanisms ensure long-term stable operation. Maximum transmission power approximately 20dBm (around 100mW). Operation Modes: MD0 = 0, MD1 = 0: General operation mode. MD0 = 0, MD1 = 1: Power-saving mode. MD0 = 1, MD1 = 0: Wake-up mode. MD0 = 1, MD1 = 1: Sleep mode. Frequency and Channels: Frequency range: 410–441MHz. Default operating frequency: 433MHz (license-free ISM band). Power Supply range: 2.5V to 5.5VDC . Specifications Parameter name Description Min Typical value Max Units Supply voltage If the power supply voltage is less than 3.6V, the output power will decline, but it has little influence on the received power. 2.0 5.5 V Transmitting current Max transmission power is about 20dBm (about 100mW). 100 mA Receiving current General working mode (MD0 = 0, MD1 = 0). 18 mA Power saving mode (MD0 = 0, MD1 = 1). 30 mA Wake-up mode (MD0 = 1, MD1 = 0). 18 mA Sleep mode (MD0 = 1, MD1 = 1). Sleep current Current measured in sleep mode (MD0 = 1, MD1 = 1). 1.5 μA Working frequency 410–441MHz, 1MHz stepping, 32 channels, factory default 433MHz. 410 433 441 MHz Transmit power 20 dBm Airspeed 6 levels adjustable (0.3kbps, 1.2kbps, 2.4kbps, 4.8kbps, 9.6kbps, 19.2kbps). 0.3k 2.4k 19.2k bps Receiving sensitivity The receiving sensitivity has nothing to do with the serial port rate or delay time. -130 dBm Operation temperature Industrial product. -40 +85 ℃ Operation humidity Relative humidity, no condensation. 10% 90% Storage temperature -40 +125 ℃ PINOUT Pin Number Pin Name Pin Orientation Pin Usage 1 MD0 Input (weak pull-up) Works with MD1 to select one of four operation modes. 2 MD1 Input (weak pull-up) Works with MD0 to select one of four operation modes. 3 RXD Input TTL UART input, connects to external TXD pin; configurable as open-drain or pull-up input. 4 TXD Output TTL UART output, connects to external RXD pin; configurable as open-drain or push-pull output. 5 AUX Output Indicates module status and wakes external MCU; outputs low during self-test; configurable output. 6 VCC Power Supply Power supply input, 2.5–5.5V (below 3.6V lowers output power, minimal reception impact). 7 GND Ground Ground reference connected to power supply ground. Applications Remote telemetry and data acquisition. Industrial automation and control in harsh environments. Smart agriculture for soil moisture and environmental sensing. Wireless sensor networks for IoT deployments. Smart metering (water, gas, electricity) requiring long-range links. Home and building automation for remote device control. Emergency and security systems needing reliable, long-distance alerts. Environmental and wildlife monitoring in remote locations. Industrial IoT nodes with stringent power budgets. Any application requiring robust, low-power, long-range wireless communication. Package Contents 1x SX1276 LoRa AS32 TTL-100 433MHz Transceiver Module Documents SX1276 AS32 TTL-100 Datasheet SX1276 Datasheet Github Library Repository

From Makers Electronics's description

SX1276 LoRa AS32 TTL-1W-C 433MHz Long Range Transceiver Module (Original) SX1276 LoRa AS32 TTL-1W-C is a 1W industrial wireless data transceiver with high stability, operates at 433MHz. The module adopts SX1278 incorporating the LORA spread spectrum modem and efficient loop error correction algorithm, which greatly improves the anti-interference ability and stability. The AS32 TTL-1W-C has four operation modes and can be switched freely in the runtime. In power saving mode, the current consumption is extremely low, ideal for applications of ultra-low current consumption. Features Point-to-point transmission, transparent transmission, and wake-on-radio functionality. Efficient cycle interleaving error correction code (up to 64-bit correction). Receiving sensitivity up to -130dBm; communication range up to 3000 meters. Sleep current consumption as low as 1.5μA. Ultra-low receiving current consumption. Automatic relay and continuous transmission capability. Built-in data encryption. RSSI and voltage are readable. Multiple exception handling mechanisms ensure long-term stable operation. Maximum transmission power approximately 30dBm (around 1W ). Operation Modes: MD0 = 0, MD1 = 0: General operation mode. MD0 = 0, MD1 = 1: Power-saving mode. MD0 = 1, MD1 = 0: Wake-up mode. MD0 = 1, MD1 = 1: Sleep mode. Frequency and Channels: Frequency range: 410–441MHz. Default operating frequency: 433MHz (license-free ISM band). Power Supply range: 2.5V to 5.5VDC . Specifications Parameter name Description Min Typical value Max Units Supply voltage If the power supply voltage is less than 3.6V, the output power will decline, but it has little influence on the received power. 2.5 5.5 V Transmitting current Max transmission power is about 30dBm (about 1W). 520 mA Receiving current General working mode (MD0 = 0, MD1 = 0). 17 mA Power saving mode (MD0 = 0, MD1 = 1). 30 mA Wake-up mode (MD0 = 1, MD1 = 0). 17 mA Sleep mode (MD0 = 1, MD1 = 1). Sleep current Current measured in sleep mode (MD0 = 1, MD1 = 1). 1.5 μA Working frequency 410–441MHz, 1MHz stepping, 32 channels, factory default 433MHz. 410 433 441 MHz Transmit power 30 dBm Airspeed 6 levels adjustable (0.3kbps, 1.2kbps, 2.4kbps, 4.8kbps, 9.6kbps, 19.2kbps). 0.3k 2.4k 19.2k bps Receiving sensitivity The receiving sensitivity has nothing to do with the serial port rate or delay time. -130 dBm Operation temperature Industrial product. -40 +85 ℃ Operation humidity Relative humidity, no condensation. 10% 90% Storage temperature -40 +125 ℃ PINOUT Pin Number Pin Name Pin Orientation Pin Usage 1 MD0 Input (weak pull-up) Works with MD1 to select one of four operation modes. 2 MD1 Input (weak pull-up) Works with MD0 to select one of four operation modes. 3 RXD Input TTL UART input, connects to external TXD pin; configurable as open-drain or pull-up input. 4 TXD Output TTL UART output, connects to external RXD pin; configurable as open-drain or push-pull output. 5 AUX Output Indicates module status and wakes external MCU; outputs low during self-test; configurable output. 6 VCC Power Supply Power supply input, 2.5–5.5V (below 3.6V lowers output power, minimal reception impact). 7 GND Ground Ground reference connected to power supply ground. Advantage of AS32 TTL-1W-C over the TTL-100 version: Item Model Carrier Frequency (Hz) IC Size (mm) Max Transmit Power (dBm) Range (km) Package Antenna AS32-TTL-100 410–441M SX1278 20 × 36 21 3.0 In-line package SMA-K AS32-TTL-1W 410–441M SX1278 23 × 43 30 8.0 In-line package SMA-K Applications Remote telemetry and data acquisition. Industrial automation and control in harsh environments. Smart agriculture for soil moisture and environmental sensing. Wireless sensor networks for IoT deployments. Smart metering (water, gas, electricity) requiring long-range links. Home and building automation for remote device control. Emergency and security systems needing reliable, long-distance alerts. Environmental and wildlife monitoring in remote locations. Industrial IoT nodes with stringent power budgets. Any application requiring robust, low-power, long-range wireless communication. Package Contents 1x SX1276 LoRa AS32 TTL-1W-C 433MHz Transceiver Module Documents AS32 TTL-1W-C Datasheet SX1276 Datasheet Github Library Repository

Similar products

EGP 700checked 15 days ago

View at Makers Electronics