RP60-4833SE Datasheet| CHARACTERISTIC | SYMBOL | RATING | UNIT | | Output Voltage | KRA721U 726U | VO | -50 | V | | | KRA721U | VI | -20, 10 | V | | KRA722U | -30, 10 | | KRA723U | -40, 10 | | Input Voltage | KRA724U | -40, 10 | | KRA725U | -12, 5 | | KRA726U | -20, 5 | | Output Current | | IO | -100 | mA | | Power Dissipation | PD | 200 | mW | | Junction Temperature | KRA721U 726U | Tj | 150 | | | Storage Temperature Range | Tstg | -55150 | | | | | | |
RP60-4833SE Price| PARAMETER NAME | PARAMETER | TEST CONDITIONS | MIN. TYP. cl) MAX. | UNITS | | | Guaranteed Input Low | | Vcc= 2.0V | | | 0 6 | V | | VIL | Voltagec2} | Vcc= 3.0V | -0.5 | 0.8 | | | Guaranteed Input High | | Vcc= 2.0V | 1.4 | | Vcc+0.2 | V | | VIH | Voltagec2) | Vcc= 3.0V | 2O | | llL | Input Leakage Current | Vcc = Max,VIN= OV to Vcc | | | 1 | uA | | IOL | Output Leakage Current | Vcc = Max, CE = VH, or OE = VH, Vlo = OV to Vcc | | | 1 | uA | | | | | Vcc= 2.0V | | | | v | | VOL | Output Low Voltage | Vcc = Max, IOL = 1mA | Vcc= 3.0V | 0 4 | | | | | Vcc= 2.0V | 1.6 | | | V | | VOH | Output High Voltage | Vcc = Min, IOH = -0.5mA | Vcc= 3.0V | 2.4 | | | | | Vcc= 2.0V | | | 15 | | | lcc | Operating Power Supply | CE =VlL. IDO = OmA, F = Fmaxc3) | Vcc= 3.0V | 20 | mA | | | | | Vcc= 2.0V | | | 0 6 | | | ICCSB | Standby Current-TTL | CE = VIH, IDO = OcriA | Vcc= 3.0V | 1 | mA | | | | CE > Vcc-0.2V, | Vcc= 2.0V | | 0.2 | 1 | | | ICCSB1 | Standby Current-CMOS | ViN > Vcc - 0.2V orN < 0.2V | Vcc= 3.0V | 0 25 | 1.5 | uA | | | | | | | | |
RP60-4833SE on stock Slave Codecs disregard the Command Address and Command Data (Slot 0, bits 14 and 13) tag bits when they see a 2-bit Codec ID value (Slot 0, bits l and 0) that matches their configuration. In a sense the Slave Codec ID field functions as an alternative Valid Command Address (for Slave reads and writes) and Command Data (for Slave writes) tag indicator. | | | - | | + tPDLL+ | | | | < | | < | | | + tICOL+ | | <- tSL | -tHC | | | | | | ·_ tlcs | | j | | | _ | | | | | | | | |
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