RF High Power BroadBand Test Systems Coaxial Terminations

RF High Power BroadBand Test Systems Coaxial Terminations

Features:

Low VSWR
High Power
Broadband

Applications:

Transmitters
Antennas
Laboratory Test
Impedance Matching

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Coaxial Terminations

Coaxial load is an important component in electronic circuits, usually used to connect to the end of coaxial cables, to absorb the energy of radio frequency (RF) or microwave signals and convert them into thermal energy. Coaxial loads are widely used in high-frequency applications such as radio communication, satellite communication, radar, and microwave communication.

It has the following characteristics:

1.The impedance of coaxial loads is usually 50 ohms, which matches the impedance of coaxial cables to minimize signal reflection and loss.
2.It can handle high-power RF and microwave signals, suitable for use in electronic devices and communication systems that require high power.
3.Coaxial loads are usually manufactured through precise processes, with high accuracy and stability.
4.Coaxial loads typically have a wide bandwidth and can cover multiple frequency ranges. This means that it can be used to process signals of various frequencies.
5.Suitable for applications with limited volume, such as micro circuits in microwave integrated circuits and satellite communication systems.

It has the following function:

1.Protect the transmitter, ensure the stability and maximum power output of the output circuit and signal, and protect the equipment from damage.
2.Test equipment can be used as a test load to simulate infinite impedance and test the response and performance of the circuit.
3.Adjust the signal, used in attenuators and regulators for microwave signals.
4. Protect the circuit. In some cases, when there are useless signals or noise in the circuit, it can be used to absorb and eliminate these signals or noise.

Qualwave supplies broadband and high power coaxial terminations cover the frequency range DC~110GHz. The average power handling is up to 1000 watts. The terminations are widely used in many applications.
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Part Number	Frequency (GHz, Min.)	Frequency (GHz, Max.)	Power (W)	VSWR (Max.)	Connectors 1.0mm1.35mm1.85mm2.4mm2.92mm SSMA SMPSSMP3.5mmNSMATNCSMBMCX7/16 DIN	Lead Time (Weeks)
QCT11001	DC	110	1	1.6	1.0mm	0~4
QCT9001	DC	90	1	1.5	1.35mm	0~4
QCT67R5	DC	67	0.5	1.45	1.85mm	0~4
QCT6702	DC	67	2	1.3	1.85mm	0~4
QCT6705	DC	67	5	1.35	1.85mm	0~4
QCT6710	DC	67	10	1.4	1.85mm	0~4
QCT50R5	DC	50	0.5	1.4	2.4mm	0~4
QCT5002	DC	50	2	1.25	2.4mm	0~4
QCT5005	DC	50	5	1.3	2.4mm	0~4
QCT5010	DC	50	10	1.4	2.4mm	0~4
QCT40R5	DC	40	0.5	1.5	2.92mm, SSMA, SMP, SSMP	0~4
QCT4002	DC	40	2	1.5	2.92mm, SSMA, SMP, SSMP	0~4
QCT4005	DC	40	5	1.25	2.92mm	0~4
QCT4010	DC	40	10	1.25	2.92mm	0~4
QCT4020	DC	40	20	1.3	2.92mm	0~4
QCT4030	DC	40	30	1.3	2.92mm	0~4
QCT4050	DC	40	50	1.35	2.92mm	0~4
QCT40K1	DC	40	100	1.4	2.92mm	0~4
QCT33R5	DC	33	0.5	1.25	3.5mm	0~4
QCT3302	DC	33	2	1.15	3.5mm	0~4
QCT2602	DC	26.5	2	1.25	SMA	0~4
QCT2605	DC	26.5	5	1.25	3.5mm, SMA	0~4
QCT2610	DC	26.5	10	1.25	3.5mm, SMA	0~4
QCT2620	DC	26.5	20	1.3	SMA	0~4
QCT2630	DC	26.5	30	1.3	SMA	0~4
QCT2650	DC	26.5	50	1.3	3.5mm, SMA	0~4
QCT26K1	DC	26.5	100	1.4	SMA	0~4
QCT1801	DC	18	1	1.25	SMA, SSMA	0~4
QCT1802	DC	18	2	1.4	N, TNC, SSMA	0~4
QCT1805	DC	18	5	1.4	N, SMA	0~4
QCT1807	DC	18	7	1.5	SMP	0~4
QCT1810	DC	18	10	1.5	N, SMA，SMP,TNC	0~4
QCT1820	DC	18	20	1.4	N, SMA	0~4
QCT1825	DC	18	25	1.4	N, SMA	0~4
QCT1850	DC	18	50	1.4	N, SMA，TNC	0~4
QCT18K1	DC	18	100	1.35	N, SMA	0~4
QCT18K15	DC	18	150	1.45	N	0~4
QCT18K2	DC	18	200	1.4	N	0~4
QCT18K25	DC	18	250	1.45	N	0~4
QCT18K3	DC	18	300	1.45	N	0~4
QCT18K4	DC	18	400	1.45	N	0~4
QCT18K5	DC	18	500	1.6	N, 7/16 DIN	0~4
QCT18K6	DC	18	600	1.45	N	0~4
QCT081K	DC	8	1000	1.55	N	0~4
QCT0602	DC	6	2	1.25	MCX	0~4
QCT0402	DC	4	2	1.25	SMB, MCX	0~4
QCT042K	DC	4	2000	1.75	N, 7/16 DIN	0~4