Switch Matrixs

Features:

Low Insertion Loss
High Isolation

Applications:

Wireless
Transmitter
Laboratory Test
Radar

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Switch Matrixs

A switch matrix, also known as a crosspoint switch or routing matrix, is a device that enables the routing of signals between multiple input and output ports. It allows users to selectively connect inputs to outputs, providing flexible signal routing capabilities. Switch matrices are commonly used in various applications, including telecommunications, test and measurement systems, and audio/video production.
The switch matrix is a circuit composed of multiple switches.

Characteristics:

1. Multifunctionality: The switch matrix can achieve various circuit connections and can adapt to various application scenarios.
2. Reliability: Due to its simple circuit, the switch matrix has high reliability.
3. Flexibility: The switch matrix has high flexibility and can be easily combined and moved to meet different learning, teaching, experimental operations, and testing needs.

The application fields of switch matrix are very extensive, mainly including the following aspects:

1. Electronic automation control: The switch matrix is usually used as a multiplexer switch on electronic control boards to control electronic components in applications, such as input/output ports, LEDs, motors, relays, etc.
2. Laboratory teaching: Switch matrices are usually used to construct electronic experimental assembly boards and student experimental boxes, so that students can complete various experimental projects, such as circuit analysis, filters, amplifiers, counters, etc
3. Sensors and measurement equipment: The switch matrix can be used to construct multi-channel measurement systems and data acquisition systems, such as temperature, humidity, pressure, weight, vibration, and other sensors for measurement.
4. Industrial automation: The switch matrix is a key component used for automated production lines and industrial process control. For example, in food processing factories, switch matrices can be used to control conveyor belts, processing equipment, release dosages, and cleaning systems.

Qualwave Inc. supplies switch matrixs work at DC~67GHz. We provide standard high performance switch matrixs.

Part Number	Frequency (GHz, Min.)	Frequency (GHz, Max.)	Switch Type	Insertion Loss (dB,Max.)	Isolation (dB)	VSWR	Connectors 1.85mm2.4mm2.92mmSMA	Lead Time (weeks)
QSM-0-67000-20-8-1	DC	67	SP8T, SP4T, SPDT, DPDT	12	60	2	2.92mm, 1.85mm	2~4
QSM-0-X-1-2-1	DC	18，26.5, 40, 50, 67	SPDT	0.5~1.2	40~60	1.4~2.2	SMA, 2.92mm, 2.4mm, 1.85mm	2~4
QSM-0-X-1-Y-2	DC	18，26.5, 40, 50	SP3T~SP6T	0.5~1.2	50~60	1.5~2.2	SMA, 2.92mm, 2.4mm	2~4
QSM-0-40000-4-32-1	DC	40	4*SP8T	1.1	70	2.0	2.92mm	2~4
QSM-0-40000-3-18-1	DC	40	3*SP6T	0.5~1.0	50	1.9	2.92mm	2~4
QSM-0-18000-4-24-1	DC	18	4*SP6T	0.5	60	1.5	SMA	2~4