Septum height 28 mm (TBTC0). "Ultra-small" open TEM cell that enables immunity testing at a low cost.
Model: TBTC0 Length: 390 mm Width: 100 mm Height: 62 mm Septum Height: 28 mm Rectangular Area Under the Septum: 19 cm x 7 cm x 2.8 cm TEM Cell Connector: N-Female Nominal Cell Impedance: 50 Ohm Wave Impedance: 377 Ohm Maximum RF Input Power: 10W (limited by supplied 50 Termination) Input Return Loss: S11 Maximum 3.15GHz < -15dB Wave Loss: Maximum 3GHz < 3dB, Maximum 6GHz < 4dB
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basic information
Radiated emission testing is typically conducted in an anechoic chamber using antennas to capture radio waves. Due to bandwidth limitations, several antennas are required to cover the full frequency range, and additionally, a large space may also be necessary. Before compliance testing, an affordable lab set up to measure radiated emissions in-house is needed, but the TEM cell is suitable equipment for desktop testing of radiated emissions, serving as a stripline device for radiated emission and immunity testing of electronic devices. Its size and cost provide a convenient alternative to measurements in an anechoic chamber. The TEM cell consists of a septum, a conductive strip in the center, and walls connected to ground. Its shape is designed to present a 50Ω stripline. The device under test (DUT) is placed between the bottom wall and the septum. The "open TEM cell" has no side walls for easy placement of the DUT. While it may pick up RF background noise, this can be accounted for by measuring the cell output signal before powering on the DUT.
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Detailed information
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【TBTC0 Specifications】 Length: 390 mm Width: 100 mm Height: 62 mm Septum Height: 28 mm Rectangular area under the septum: 19 cm x 7 cm x 2.8 cm TEM cell connector: N-female Nominal cell impedance: 50 Ohm Wave impedance: 377 Ohm Maximum RF input power: 10W (limited by supplied 50 termination) Input return loss: S11 maximum 3.15GHz < -15dB Wave loss: maximum 3GHz < 3dB, maximum 6GHz < 4dB
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【TBTC1 Specifications】 Length: 390 mm Width: 200 mm Height: 108 mm Septum Height: 50 mm Rectangular area under the septum: 19 cm x 13 cm x 5 cm TEM cell connector: N-female Nominal cell impedance: 50 Ohm Wave impedance: 377 Ohm Maximum RF input power: 25W (limited by supplied 50 termination) Input return loss: S11 maximum 1.2GHz < -20dB, maximum 2.1GHz < -17dB, maximum 3GHz < -14dB Wave loss: maximum 1.4GHz < 1dB, maximum 2.1GHz < 3dB, maximum 3GHz < 6dB
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【TBTC2 Specifications】 Length: 636 mm Width: 200 mm Height: 205 mm Septum Height: 100 mm Rectangular area under the septum: 23 cm x 28 cm x 10 cm TEM cell connector: N-female Nominal cell impedance: 50 Ohm Wave impedance: 377 Ohm Maximum RF input power: 25W (limited by supplied 50 termination) Input return loss: S11 maximum 800MHz < -15dB, maximum 1.5GHz < -10dB, maximum 3GHz < -14dB Wave loss: maximum 800MHz < 1dB, maximum 1.15GHz < 3dB
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【TBTC3 Specifications】 Length: 1038 mm Width: 501 mm Height: 305 mm Septum Height: 150 mm Rectangular area under the septum: 36 cm x 48 cm x 15 cm TEM cell connector: N-female Nominal cell impedance: 50 Ohm Wave impedance: 377 Ohm Maximum RF input power: 25W (limited by supplied 50 termination) Input return loss: S11 maximum 700MHz < -16dB Wave loss: maximum 730MHz < 3dB
Line up（4）
| Model number | overview |
|---|---|
| TBTC0 | Length: 390 mm Width: 100 mm Height: 62 mm Septum height: 28 mm Rectangular area under the septum: 19 cm x 7 cm x 2.8 cm |
| TBTC1 | Length: 390 mm Width: 200 mm Height: 108 mm Septum height: 50 mm Rectangular area under the septum: 19 cm x 13 cm x 5 cm |
| TBTC2 | Length: 636 mm Width: 200 mm Height: 205 mm Septum height: 100 mm Rectangular area under the septum: 23 cm x 28 cm x 10 cm |
| TBTC3 | Length: 1038 mm Width: 501 mm Height: 305 mm Septum height: 150 mm Rectangular area under the septum: 36 cm x 48 cm x 15 cm |
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Company information
As a company that provides unique and innovative solutions in EMC testing and general measurement, Wavecrest Corporation is active in this field. The increasingly sophisticated electronic and communication environment not only affects the performance of its products but also serves as a social infrastructure that impacts the overall safety of society, requiring high levels of safety and reliability. We aim to provide new products and solutions that the market needs, without being constrained by traditional testing methods and equipment.
