RF High switching Volo High Solitudo Test Systems ILLUM ACUS Diode Switches

RF High switching Volo High Solitudo Test Systems ILLUM ACUS Diode Switches

Features:

0.1~40GHz
High Switching Speed
Humilis VSWR

Applicationes:

Test Systems
Radar
Instrumentation

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SPST repraesentet Una poli singula iactum ACUS Diode SWITCH

SPST Singulus Polus Singulus Iactus PIN Diode Switches repraesentat, ubi polus refertur ad maximum nexum initus et iactum refert ad maximum output nexum switch. Simplex commutatio electronic est cum uno tantum fine conductivo et puncto fracto, cuius principalis munus est ambitum aperire et claudendo regere. Postquam transitum in ambitu clauditur, circuitus aperit; Si transitum non clauditur vel aperitur, ambitus clauditur.

Characteres SPST transindi sunt hae:

1. Simplex: SPST transibit simplex structuram habet cum una tantum activa contactu, eam facilem facit ad institutionem et usum.
2. Sumptus humilis: Ob simplici consilio et relative humilis sumptibus fabricandis, oeconomica et practica est.
3. Discretae gradus moderatio obtineri potest: virgas ILLUM ad moderandas status discretos diversorum gyrorum, ut in conversione motorum, luminum, etc.
4. Tuta et certa: Ob simplicem structuram et altam constantiam, salus SPST virgas etiam emendavit.
5. Capax operandi sub alta intentione et vena. Ob simplicitatem et facilitatem usus, virgas ILLUM in variis campis et industriis late usi sunt. Exempli gratia:

Ob simplicitatem et facilitatem usus, virgas ILLUM in variis campis et industriis late usi sunt. Exempli gratia:

1. Processus processus moderationis systematum provectus his permutationibus pro duobus sensoriis filum uti potest. Sicut duo ex tribus contactibus vexillum SPDT switch uti possunt simulare ILLUM.
2. Hoc est DE/OFF switch qui nexus terminales perpetuo disiungit vel nectit, ergo haec commutatio potestatem totius ambitus praebet.
3. Pro applicationibus quae solum in statu/off requirunt.
4. Usus pro inceptis electronicis simplicibus.

QualwaveInc. Praeparata opus ILLUM in 0.1~40GHz, maximis pendentibus tempore 300nS.

Pars Number	Frequentia (GHz, Min.)	Frequentia (GHz, Max.)	Absorns / Reflective AbsorptiveReflective	tempus switching (nS,Max.)	Potestas (W)	Separatio (dB,Min.)	Damnum insertio (dB,Max.)	VSWR (Max.)	Duc Tempus (weeks)
QPS1-100-18000-A	0.1	18	Absorptive	40	0.1	80	2.5	2	2~4
QPS1-100-40000-A	0.1	40	Absorptive	50	0.2	45	5	2.5	2~4
QPS1-300-2000-A	0.3	2	Absorptive	60	0.1	70	1.5	1.5	2~4
QPS1-500-18000-A	0.5	18	Absorptive	40	0.1	80	2.5	2	2~4
QPS1-500-18000-R	0.5	18	Reflective	40	0.2	70	2.5	1.8	2~4
QPS1-500-40000-A	0.5	40	Absorptive	50	0.2	45	5	2.5	2~4
QPS1-800-18000-A	0.8	18	Absorptive	40	0.1	80	2.5	2	2~4
QPS1-1000-2000-A	1	2	Absorptive	40	0.1	80	1	1.5	2~4
QPS1-1000-8000-A	1	8	Absorptive	40	0.1	80	1.6	1.5	2~4
QPS1-1000-18000-A	1	18	Absorptive	40	0.1	80	2.5	2	2~4
QPS1-1000-2000-A	1	20	Absorptive	40	0.1	80	3	2	2~4
QPS1-1000-40000-A	1	40	Absorptive	50	0.2	45	5	2.5	2~4
QPS1-2000-4000-A	2	4	Absorptive	40	0.1	80	1.2	1.5	2~4
QPS1-2000-18000-A	2	18	Absorptive	40	0.1	80	2.5	2	2~4
QPS1-2000-18000-R	2	18	Reflective	50	1	55	3	2	2~4
QPS1-2000-2000-A	2	20	Absorptive	40	0.1	80	3	2	2~4
QPS1-2000-40000-A	2	40	Absorptive	50	0.2	45	5	2.5	2~4
QPS1-2700-3100-A	2.7	3.1	Absorptive	100	1	75	1.1	1.3	2~4
QPS1-3000-6000-A	3	6	Absorptive	40	0.1	80	1.5	1.5	2~4
QPS1-4000-8000-A	4	8	Absorptive	40	0.1	80	1.6	1.5	2~4
QPS1-5000-1000-A	5	10	Absorptive	40	0.1	80	1.8	1.5	2~4
QPS1-6000-12000-A	6	12	Absorptive	40	0.1	80	2.2	1.7	2~4
QPS1-6000-12000-A-1	6	12	Absorptive	100	1	80	2	1.5	2~4
QPS1-6000-18000-A	6	18	Absorptive	40	0.1	80	2.5	2	2~4
QPS1-6000-18000-A-1	6	18	Absorptive	120	1	80	2.5	2	2~4
QPS1-8000-40000-A	8	40	Absorptive	50	0.2	45	5	2.5	2~4
QPS1-12000-18000-A	12	18	Absorptive	40	0.1	80	2.5	2	2~4
QPS1-18000-40000-A	18	40	Absorptive	50	0.2	45	5	2.5	2~4
QPS1-20000-40000-A	20	40	Absorptive	300	1	40	6	2.5	2~4
QPS1-26000-40000-A	26	40	Absorptive	50	0.2	45	5	2.5	2~4