Name: TiTAN-J
Brand: Development Boards
Price: 59.00 USD
Availability: InStock

Description

Typical Operating Characteristics

Parameter	Min	Typ	Max
Supply Voltage	4.5	5.0	5.25	V
RX/TX input switch voltage
RX mode	Open	0	1	V
TX mode	3.0	3.3	10	V
RF Input/Output impedance		50		Ohm
Supply Current
Transmit mode
433 MHz	450	490	510	mA
868 MHz	320	360	400
915 MHz	320	360	400
Receive mode
433 MHz		125	150	mA
868 MHz		125	150
915 MHz		125	150
Input RF level @ Transmit mode
433 MHz	-35	0	5	dBm
868 MHz	-15	10	12
915 MHz	-15	10	12
Output RF level @ Transmit mode (5V Power supply)
433 MHz @ 0 dBm (Input)	28.5	29	29.5	dBm
868 MHz @ 10 dBm (Input)	27.0	27.8	28.0
915 MHz @ 10 dBm (Input)	26.5	27.0	27.2
Output RF level @ Receive mode (5V Power supply)
433 MHz @ –100 dBm (Input)	21.8	22.0	22.2	dBm
433 MHz @ –110 dBm (Input)	23.5	23.8	24.0
868 MHz @ –100 dBm (Input)	21.8	22.0	22.2
868 MHz @ –110 dBm (Input)	23.5	23.8	24.0
915 MHz @ –100 dBm (Input)	19.8	20.0	20.2
915 MHz @ –110 dBm (Input)	23.2	23.4	23.6

Pinout

Geometric dimensions

RF output power diagram

Attention

We ask you to familiarize yourself with the laws of your country on the use of radio frequencies and the power of transmitters. You can change the output power of the amplifier by changing the power at its input. You can convert dBm to Watts using the on-line calculator at https://www.rapidtables.com/convert/power/dBm_to_Watt.html
A heat sink must be used for the amplifier to work.
As a transceiver, you can use TiTAN/TiTAN-I development board or whatever you like.
To achieve the best result, the power supply of the amplifier must be supplied with a wire with a cross section of at least 0.5 mm2 and a length of no more than 100 mm.

You can get more detailed information on our website

https://titan-project.com/ in «Blog» and «Software» sections.

Additional information

Freq.	315 MHz, 433 MHz, 868 MHz, 915 MHz

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