Hardware Design
TYZS3 Module & MCU serial communication instructions
Typical Application diagram
Diagram 1 MCU(3.3V) & Module cooperative processing mode
Diagram 2 MCU(5V) & Module cooperative processing mode
Design specification
1.The module is under the condition of 250Kbps rate and + 19dBm transmit power， power supply consumption: 3.3V, the typical current is about 120mA. Proposed supply current≥300mA. 2. Power filter capacitor C1 & C2 should be distributed as close to the 3.3V pin as possible.C1 & C2≥10uF. 3. RESET pin is module hardware reset pin, effective under the low level. Without external circuitry, it can be directly connected to the IO port of MCU for use.
TYZS5 Module & MCU serial communication instructions
Typical Application diagram
Diagram 1 MCU(3.3V) & Module cooperative processing mode
Diagram 2 MCU(5V) & Module cooperative processing mode
Design specification
1.The module is under the condition of 250Kbps rate and + 19dBm transmit power， power supply consumption: 3.3V, the typical current is about 118mA. Proposed supply current≥300mA. 2. Power filter capacitor C1 & C2 should be distributed as close to the 3.3V pin as possible.C1 & C2≥10uF. 3. RESET pin is module hardware reset pin, effective under the low level. Without external circuitry, it can be directly connected to the IO port of MCU for use.
TYZS6 Module & MCU serial communication instructions
Typical Application diagram
Diagram 1 MCU(3.3V) & Module cooperative processing mode
Diagram 2 MCU(5V) & Module cooperative processing mode
Design specification
1.In working mode，power supply consumption: 3.3V, the typical current is about 40mA. Proposed supply current≥100mA. 2. Power filter capacitor C1 & C2 should be distributed as close to the 3.3V pin as possible.C1 & C2≥10uF. 3. nRST pin is module hardware reset pin, effective under the low level. Without external circuitry, it can be directly connected to the IO port of MCU for use.
TYZS7 Module & MCU serial communication instructions
Typical Application diagram
Diagram 1 MCU(3.3V) & Module cooperative processing mode
Diagram 2 MCU(5V) & Module cooperative processing mode
Design specification
1.The module is under the condition of 250Kbps rate and + 19dBm transmit power， power supply consumption: 3.3V, the typical current is about 118mA. Proposed supply current≥300mA. 2. Power filter capacitor C1 & C2 should be distributed as close to the 3.3V pin as possible.C1 & C2≥10uF. 3. nRST pin is module hardware reset pin, effective under the low level. Without external circuitry, it can be directly connected to the IO port of MCU for use.
TYZS8 Module & MCU serial communication instructions
Typical Application diagram
Diagram 1 MCU(3.3V) & Module cooperative processing mode
Diagram 2 MCU(5V) & Module cooperative processing mode
Design specification
1.The module is under the condition of 250Kbps rate and + 19dBm transmit power， power supply consumption: 3.3V, the typical current is about 120mA. Proposed supply current≥300mA. 2. Power filter capacitor C1 & C2 should be distributed as close to the 3.3V pin as possible.C1 & C2≥10uF. 3. nRST pin is module hardware reset pin, effective under the low level. Without external circuitry, it can be directly connected to the IO port of MCU for use.
TYZS10 Module & MCU serial communication instructions
## Typical Application diagram
Diagram 1 MCU(3.3V) & Module cooperative processing mode
Diagram 2 MCU(5V) & Module cooperative processing mode
Design specification
1.The module is under the condition of 250Kbps rate and + 19dBm transmit power， power supply consumption: 3.3V, the typical current is about 120mA. Proposed supply current≥300mA. 2. Power filter capacitor C1 & C2 should be distributed as close to the 3.3V pin as possible.C1 & C2≥10uF.
TYZS11 Module & MCU serial communication instructions
Typical Application diagram
Diagram 1 MCU(3.3V) & Module cooperative processing mode
Diagram 2 MCU(5V) & Module cooperative processing mode
Design specification
1.The module is under the condition of 250Kbps rate and + 19dBm transmit power， power supply consumption: 3.3V, the typical current is about 120mA. Proposed supply current≥300mA. 2. Power filter capacitor C1 & C2 should be distributed as close to the 3.3V pin as possible.C1 & C2≥10uF. 3. nRST pin is module hardware reset pin, effective under the low level. Without external circuitry, it can be directly connected to the IO port of MCU for use.
TYZS12 Module & MCU serial communication instructions
Typical Application diagram
Diagram 1 MCU(3.3V) & Module cooperative processing mode
Diagram 2 MCU(5V) & Module cooperative processing mode
Design specification
1.The module is under the condition of 250Kbps rate and + 19dBm transmit power， power supply consumption: 3.3V, the typical current is about 120mA. Proposed supply current≥300mA. 2. Power filter capacitor C1 & C2 should be distributed as close to the 3.3V pin as possible.C1 & C2≥10uF. 3. nRST pin is module hardware reset pin, effective under the low level. Without external circuitry, it can be directly connected to the IO port of MCU for use.
TYZS13 Module & MCU serial communication instructions
Typical Application diagram
Diagram 1 MCU(3.3V) & Module cooperative processing mode
Diagram 2 MCU(5V) & Module cooperative processing mode
Design specification
1.The module is under the condition of 250Kbps rate and + 19dBm transmit power， power supply consumption: 3.3V, the typical current is about 120mA. Proposed supply current≥300mA. 2. Power filter capacitor C1 & C2 should be distributed as close to the 3.3V pin as possible.C1 & C2≥10uF. 3. nRST pin is module hardware reset pin, effective under the low level. Without external circuitry, it can be directly connected to the IO port of MCU for use.
Last updated
