TBMA8 EMI Test Antenna 30MHz-3GHz

TBMA8 EMI Test Antenna 30MHz-3GHz

TBMA8 EMI Test Antenna 30MHz-3GHzIt is an affordable composite measurement antenna that combines a dual cone antenna and a logarithmic periodic antenna, covering a frequency range of 30M to 3GHz. Suitable for EMC consistency prediction testing of radiated noise and communication antenna use.

The characteristic of TBMA8 is its standing wave ratio (VSWR) and antenna factor (AF) typical of composite measurement antennas in the frequency range of 30 MHz to 3000 MHz.

TBMA8 is a medium-sized composite measurement antenna, with radiating elements and support beams made of aluminum alloy. It is equipped with a standard N-type female connector and comes with an antenna bracket and mounting adapter. The standard 1/4 inch thread at the bottom of the adapter makes it easy to connect to most standard tripods.

Double cone logarithmic periodic hybrid antenna is an antenna type that combines the characteristics of double cone antenna and logarithmic periodic antenna. Its main functions are reflected in the following aspects:

Broadband coverage range

TBMA8 EMI Test Antenna 30MHz-3GHzAntennas have a very wide frequency coverage range. For example, some models of such antennas can cover a frequency range from 30MHz to 3GHz (or even wider, such as 25MHz to 4GHz or 7GHz). This means that when conducting electromagnetic compatibility (EMC) testing, electromagnetic interference (EMI), and electromagnetic sensitivity (EMS) measurements, there is no need to frequently replace the antenna, which can meet the measurement needs over a wide frequency range.

Improve system sensitivity

The design of logarithmic periodic components, such as V-shaped structures, helps to improve system sensitivity within a specific frequency range (such as 500MHz to 1GHz). This design enables the antenna to better receive and transmit signals, thereby improving the accuracy of testing or communication.

Highly adaptable

Double cone logarithmic periodic hybrid antennas are widely used in multiple fields due to their wide frequency coverage and high sensitivity. For example, in the automotive industry, power industry, medical industry, home appliance industry, and telecommunications industry, such antennas play an important role. They can be used for EMS immunity testing, EMI conduction and radiation testing, etc., to ensure that the electromagnetic compatibility of the equipment meets relevant standards and regulatory requirements.

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