| Part Numbert | Mfg | Packt | D/C | Descriptiont | Qty | Company/Contact | |
| SVR470M1CE05 | JAMICON | 07/08+ | 4725 |
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| SVR470M1CE05 | JAM | 500 |
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SVR470M1CE05 Datasheet
SVR470M1CE05 Price Over-current protection for each channel has been designed into these devices and is activated at approximately l.3 A. It protects each output from short circuits with supply voltages up t0 25 V. When a maximum driver output current is reached, that output drive is reduced linearly, maintaining a constant load current. If the over-current or short circuit condition continues, each channel has an independent thermal limit circuit which will sense the rise in junction temperature and turn OFF the individual channel that is at fault. Foldback circuitry decreases the output current if excessive voltage is present across the output and assists in keeping the device within its SOA (safe operating area). SVR470M1CE05 on stock These are the analog input pins. The ADC10061 has one input (VIN), the ADC10062 has two inputs (VINO and VINl), and the ADC10064 has four inputs (VINO, VINl, VIN2 and VIN3). The impedance of the source should be less than sool for best accuracy and conversion speed. For accurate conver- sions, no input pin (even one that is not se- lected) should be driven more than 50 mV above Vcc or 50 mV below ground. These are the power supply ground pins. The ADC10061 has a single ground pin (GND), and the ADC10062 and ADC10064 have separate analog and digital ground pins (AGND and DGND) for separate bypassing of the analog and digital supplies. The ground pins should be connected to a stable, noise-free system ground. For the devices with two ground pins, both pins should be re- turned to the same potential. These are the TRI-STATE~ output pins. (ADC10062 and ADC10064 0nly). This pin is normally left unconnected, but by connecting a resistor between this pin and ground, the con- version time can be reduced. See the Typical Performance Curves and the table of Electri- cal Characteristics. The minimum recommended input capacitor is 100 pF of capacitance. When Vo >3.4 V, the 100-pF electrolytic capacitance must be rated for 650-mArms ripple current . For Vo < 3.4 V, the ripple current rating must be at least 500 mArms. The ripple current rating of electrolytic capacitors is a major consideration when they are used at the input. |
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