| Part Numbert | Mfg | Packt | D/C | Descriptiont | Qty | Company/Contact | |
| BC284A | MOT | 08+09+ | stock | 1500 |
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| BC284A | MOT.PHILIPS | CAN3 | 0910+ | NEWINSTOCK | 9000 |
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| BC284A | 23000 | CAN3 |
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| BC284A | MOT | CAN3 | 2530 |
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| BC284A | MOT | CAN3 | N/A | NEW&ORIGINAL | 540 |
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| BC284A | MOT | 99+ | 自己库存/欢迎查询 | CAN |
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| BC284A | MOT.PHILIPS | 700 |
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| BC284A | 540 | CAN3 |
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| BC284A | MOT | CAN3 | 2560 |
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| BC284A | N/A | CAN3 | N/A | NEW AND ORIGINAL To: | 540 |
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| BC284A | CAN3 | MOT | 04+ | 2530 |
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| BC284A | MOT.PHILIPS | CAN3 | 05+ | original parts ! in | 650 |
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| BC284A | CAN | N/A | new stock | 1321 |
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| BC284A | MOT | CAN3 | N/A | STOCK | 2530 |
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| BC284A | MOT | CAN |
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| BC284A | MOT.PHILIPS | 650 |
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| BC284A | MOT | CAN3 | 2530 |
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| BC284A | MOT.PHILIPS | CAN3 | 00+ | 现货 | 1253 |
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| BC284A | 3000 | MOT |
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| BC284A | MOT.PHILIPS | CAN3 | New & Original/stock | 650 |
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| BC284A | MOT | 原装现货,优势库存 | 2008 | 540 |
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| BC284A |
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| BC284A | MOT.PHILIPS | CAN3 | New & Original/stock | 650 |
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| BC284A | MOT | 06+ | 500 |
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| BC284A | MOT | 2008 |
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| BC284A | MOT | 1080 | CAN3 |
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| BC284A | MOT | 04+ | NornalStock | 1013 |
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| BC284A | MOT | CAN3 | N/S | 535 |
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| BC284A | MOT.PHILIPS | CAN3 | originalstok | 650 |
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| BC284A | MOT | 2008 | 540 |
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| BC284A | MOT.PHILIPS | CAN3 | 00+ | 650 |
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| BC284A | MOT | CAN3 | 2530 |
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| BC284A | MOT | CAN3 | 2530 |
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BC284A Price If R/W is HIGH and CE HIGH (read operation), data will be output on AIDo-IVDr after E transitions HIGH. If R/W is LOW and CE is HIGH (write operation), data presented at A/Do-A/D-r will be strobed into the X68C64 on the HIGH to LOW transition of E. BC284A on stock FCB (Pin 7): Forced Continuous Control Input. This input acts on both controllers and is normally used to regulate a secondary winding using a resistive divider. An applied input voltage below 0.8V will force continuous synchro- nous operation on both controllers. Do not leave this pin floating. Operatin g Characteristics at Ta = 250C,VCc = 12V Quiescent Current Icc Pins 7,8,14 0pen Pins 6,9,13 to GND Input Pin Bias Voltage V3,V5,V10,V12 Output Pin Bias Voltage (1) vl Output Pin Bias VolLage (2) V7,V8,V14 ControlThreshold Voltage Hl V6H ControlThreshold Voltage H2 V9H,V13H ControlThreshold Voltage Ll V6L ControlThreshold Voltage L2 V9L,V13L ControlInputCurrentl I6 V6=5V Control Input Current 2 19,113 V9 = V13 = 5V VoltageGainl GVl f=lMHz,Vo=lVpp See Note. Note: 1. Except for the rating "Operating Temperature Range", stresses above those listed in the Table "Absolute Maximum Ratings" may cause permanent damage to the device. These are stress ratings only and operation of the device at these or any other conditions above those indicated in the Operating sections of this specification is not implied. Exposure to Absolute Maximum Rating condi- tions for extended periods may affect device reliability. Refer also to the STMicroelectronics SURE Program and other relevant qual- ity documents. 2. Minimum Voltage may undershoot to -2V during transition and for less than 20ns during transitions. |