RF High Power BroadBand Test Systems Mismatch Terminations

RF High Power BroadBand Test Systems Mismatch Terminations

Features:

Low VSWR
Broadband

Applications:

Transmitters
Antennas
Laboratory Test
Impedance Matching

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Mismatch Terminations

The principle of mismatched termination is that when the impedance of the termination device does not match the impedance of the transmitter or receiver, a portion of the signal will be reflected back into the system, causing interference and loss in the signal transmission line.

Features:

1.Mismatched terminations can cause some signals to be reflected back to the signal source, which can result in a loss of signal energy and power.
2. Mismatched terminations can cause impedance mismatch between the signal source and the termination, which can result in mismatched output current and voltage of the signal transmission line.
3. Mismatched terminations will generate reflected waves on the transmission line, and the interaction between reflected waves and forward waves will generate interference and wave interference, affecting signal quality and system performance.
4. Mismatched terminations can cause signal loss in the signal transmission line, which can affect the transmission distance and quality of the signal.
5. Mismatched terminations can cause signal distortion, including amplitude distortion, phase distortion, frequency response distortion, etc.
6. Mismatched terminations can cause energy loss in signal sources and transmission lines, resulting in thermal effects and affecting the stability and lifespan of the system.

Function:

1.Mismatched terminations can cause a portion of energy to be reflected back to the signal source, resulting in a loss of signal power.
2.Causing noise and interference, multiple reflections of reflected waves on the transmission line may cause noise and interference.
3. Determine the frequency response of the signal. Mismatched terminations can affect the frequency response of the signal, causing ripples in the frequency response.

Qualwave supplies broadband and Low VSWR mismatch terminations cover the VSWR range 1~6. The average power handling is up to 1000 watts. The terminations are widely used in many aspects.

Manually Variable Mismatch Terminations
Part Number	Frequency (GHz)	Power (W)	VSWR (Max.)	Connectors	Lead Time (Weeks)
QMMTK1	0.85~2.17	100	1.2~5(Variable)	N	0~4

Broadband Mismatch Terminations
Part Number	Frequency (GHz)	Power (W)	VSWR (Max.)	Connectors	Lead Time (Weeks)
QBMT50-1	DC~8	50	3±0.3	N	0~4
QBMT50	0.03~2.2	50	1~6(±7%)	N, SMA, 7/16	0~4
QBMTK1	0.03~2.2	100	1~6(±7%)	N, SMA, 7/16	0~4
QBMTK15	0.03~2.2	150	1~6(±7%)	N, SMA	0~4
QBMTK2	0.03~2.2	200	1~6(±7%)	N, SMA	0~4
QBMTK25	0.03~2.2	250	1~6(±7%)	N, SMA	0~4
QBMTK3	0.03~2.2	300	1~6(±7%)	N, SMA	0~4
QBMT50-2	0.1~0.715	50	4±0.3	N	0~4
QBMT25	0.6~3.9	25	2.5±0.2	SMA	0~4
QBMT30	0.6~3.9	30	3±0.5	SMA	0~4
QBMTK2-1	9~10	200	1.5±0.3, 1.8±0.4, 2.0±0.4, 2.5±0.3, 3.0±0.5	N	0~4

Narrow Band Mismatch Terminations
Part Number	Frequency (GHz)	Power (W)	VSWR (Max.)	Connectors	Lead Time (Weeks)
QNMT02	F0±5% (F0: 5 max.)	2	1.5, 2, 2.5, 3, 3.5, 4, 4.5, 5	N, SMA, BNC, TNC	0~4
QNMT50	F0±5% (F0: 5 max.)	50	1.5, 2, 2.5, 3, 3.5, 4, 4.5, 5	N, SMA, BNC, TNC	0~4
QNMTK1	F0±5% (F0: 5 max.)	100	1.5, 2, 2.5, 3, 3.5, 4, 4.5, 5	N, SMA, BNC, TNC	0~4
QNMTK15	F0±5% (F0: 5 max.)	150	1.5, 2, 2.5, 3, 3.5, 4, 4.5, 5	N	0~4
QNMTK2	F0±5% (F0: 5 max.)	200	1.5, 2, 2.5, 3, 3.5, 4, 4.5, 5	N	0~4
QNMTK25	F0±5% (F0: 4 max.)	250	1.5, 2, 2.5, 3, 3.5, 4, 4.5, 5	N	0~4
QNMTK3	F0±5% (F0: 4 max.)	300	1.5, 2, 2.5, 3, 3.5, 4	N	0~4
QNMTK4	F0±5% (F0: 4 max.)	400	1.5, 2, 2.5, 3, 3.5, 4	N	0~4
QNMTK5	F0±5% (F0: 4 max.)	500	1.5, 2, 2.5, 3, 3.5, 4	N	0~4
QNMTK8	F0±5% (F0: 4 max.)	800	1.5, 2, 2.5, 3, 3.5, 4	N, 7/16, IF45	0~4
QNMT1K	F0±5% (F0: 2 max.)	1000	1.5, 2, 2.5, 3, 3.5, 4	N, 7/16, IF45	0~4