QS32X384-Q1 Datasheet| Parameter | Symbol | Rating | Unit | | | VIN | -0.6 to+ 4.6 | V | | Voltage on any pin relative to Vss | Vcc | -0.6 to+ 4.6 | | | K9K1208UOM-YCBO | | -10 to +125 | | | Temperature Under Bias | K9K1208UOM-YIBO | FBIAS | -40 to +125 | oc | | Storage Temperature | TSTG | -65 to +150 | oc | | | | | |
QS32X384-Q1 Price| | | | LM2903 | | | Characteristic | Symbol | Test Conditions | Min | Typ | Max | Unit | | | | VCM =OV to Vcc =1.5V | | ±1 | ±7 | | | InnlJt Offsat Vc)ltfirla | vlo | VOtP) =1.4V, Rs =Ofl | NOTE1 | | ±9 | ±15 | mV | | | | | | ±5 | ±50 | | | Input Offset Current | llo | | NOTE1 | | ±50 | ±200 | nA | | Input Bias Current | IBIAS | | | 65 | 250 | | | | NOTE1 | | | 500 | nA | | Input Common Mode | Vl(R) | | 0 | | vcc1 5 | V | | Voltage Range | | NOTE1 | 0 | | Vcc-2 | | | | RL= | | 0 6 | 1 | | | Supply Current | lcc | RL = oo, vcc = 30V | | 1 | 2 5 | mA | | Voltage Gain | Gv | Vcc =1 5V, RL>1 5Kfl(for large VocP-P)swina) | 25 | 100 | | V/mV | | Large Signal Response Time | tRES | Vi =TTL Logic Swing VREF =1.4V, VRL =5V, RL =5.1 Kfl | | 350 | | ns | | Response Time | tRES | VRL =5V, RL =5.1 Kfl | | 1 5 | | US | | Output Sink Current | ISINK | VIH>1V, Vit+) =OV, VOtP) <1.5V | 6 | 16 | | mA | | Output Saturation Voltage | VSAT | vl(-lV, VI(+) =OV | | 160 | 400 | mV | | ISINK= 4mA | NOTE1 | | | 700 | | | | vl(-) = ov, | VOtP)= 5V | | 0 1 | | nA | | Output Leakaqe Current | IO(LKG) | VO(P)= 30V | | | 1 0 | LtA | | | | | | | | |
QS32X384-Q1 on stock| | lrr | h | | | | | 1 | 90% % | | | td (on) | | td (off) | .tf L | | | | | | | | |
| Operating Voltage Range | Vs | | 24 26 | v | | Output Leakage Current | lo | Vcc= Vo= 30 V | 100 | | | Output Breakdown Voltage | V(BR)CEX | Vcc = 30 V, lo = 10 mA* | 50 | v | | Output Saturation Voltage | VO(SAT) | 10 = 250 mA, Vs = 6.5 V | 0.15 0.3 | v | | 10 = 400 mA, Vs = 24 V | 0.3 0.5 | v | | Output Current Limit | IoMAX | RADJ = o , Vo = 2 V | 450 600 750 | mA | | Output Clamp Voltage | VCL | ICL = 10 mA, Vcc = 0 | 17 18 20 | v | | (Test Fig. 1) | ICL = 250 mA, Vcc = 0 | 19 20 22 | v | | Output Switching Time | tPLH | 50% VADJ to Vo = 3.0 V, lo = 250 mA | 5.0 | ccis | | Supply Current | lcc | RADJ = o , VS = 26 V, One Output ON | 24 | mA | | (Test Fig. 2) | RADJ = 0 I , Vs = 26 V, Outputs OFF | 8.0 10 | mA | | | | | |
|
