Features: SpecificationsDescriptionThe QB00FM is designed as bi-directional solid state relay with optically isolated bi-directional and DC output. Its typical applications would be ideal for automatic test equipment, high voltage systems, high speed switching with low EMI and squib fire.QB00FM ha...
QB00FM: Features: SpecificationsDescriptionThe QB00FM is designed as bi-directional solid state relay with optically isolated bi-directional and DC output. Its typical applications would be ideal for automa...
SeekIC Buyer Protection PLUS - newly updated for 2013!
268 Transactions
All payment methods are secure and covered by SeekIC Buyer Protection PLUS.
The QB00FM is designed as bi-directional solid state relay with optically isolated bi-directional and DC output. Its typical applications would be ideal for automatic test equipment, high voltage systems, high speed switching with low EMI and squib fire.
QB00FM has many features. The first one is it would have high voltage output. The next one is low ON resistance. The next one is power FET output. The next one is optical isolation. The next one is it would have fast switching speed. The next one is it would have high surge current capability. The next one is capable of DC or bi-directional DC switching (AC). The next one is parameters tested utilizing MIL-R-28750 test methods. That are all the main features.
Some input (control) soecifications of QB00FM have been concluded into several points as follow. The first one is about its input current at Vin = 6Vdc which would be max 38.0mAdc. The next one is about its turn off voltage (guaranteed off) which would be max 1.5Vdc. The next one is about its turn-on voltage (guaranteed on) which would be min 4.5Vdc. The next one is about its reverse voltage polarity which would be max -16Vdc. The next one is about its input supply range which would be min 4.5Vdc and max 16.0Vdc.
Also there are some output (load) specifications about QB00FM. The first one is about its continuous load current which would be max ±10uAdc. The next one is about its leakage current at Vload = ±150Vdc which would be ±10Vdc. Th next one is about its output voltage drop which would be max 1.7Vdc. The next one is about its continuous operating output voltage which would be ±150 Vdc. The next one is about its transient blocking voltage which would be ±180Vdc. And so on. For more information please contact us.