Datasheet PAM8904Q (Diodes) - 4

PAM8904Q Electrical Characteristics
(@TA = +25°C, unless otherwise specified.)
Symbol Parameter Conditions Min Typ Max Unit
VOUT Output Voltage Range Note 5 2.1 — 12 V VOUT1 1x Mode 2.8 — 3 V VOUT2 Output Voltage 2x Mode 5.2 — 6 V VOUT3 3x Mode 7.2 — 9 V IDD11 1x Mode, CPIEZO = No Load — 50 — µA IDD12 Operating Current 1 2x Mode, CPIEZO = No Load — 720 — µA IDD13 3x Mode, CPIEZO = No Load — 1,700 — µA IDD21 1x Mode, Single-ended application — 0.3 — mA IDD22 Operating Current 2 2x Mode, Single-ended application — 1.4 — mA IDD23 3x Mode, Single-ended application — 3.9 — mA IDD31 1x Mode, Differential application — 0.9 — mA IDD32 Operating Current 3 2x Mode, Differential application — 3.8 — mA IDD33 3x Mode, Differential application — 8.5 — mA ISD Shutdown Current DIN = 0V — — 1 µA fIN Input Frequency Rectangular pulse on DIN 0.02 — 300 kHz fOSC Oscillating Frequency — — 1 — MHz 1x Mode, From D t IN signal High to 90% ON1 — 270 — µs VOUT steady state 2x Mode, From D t IN signal High to 90% ON2 VOUT Start Delay Time — 320 — µs VOUT steady state 3x Mode, From D t IN signal High to 90% ON3 — 350 — µs VOUT steady state tOFF Shutdown Delay Time DIN = H- >L — 42 — ms ISC Output Short-Circuit Current — — 40 — mA OTP Thermal Shutdown Junction temperature — +150 — °C OTPHYS Thermal Shutdown Hysteresis — — +37 — °C 0.8 x VIH Control Terminal Voltage H CPM1, CPM2, DIN pins — V V IN V IN 0.2 x VIL Control Terminal Voltage L CPM1, CPM2, DIN pins 0 — V VIN IIH1 Control Terminal Current 1 DIN = 3V — — 1 µA IIH2 Control Terminal Current 2 VCPM1, VCPM2 = 3V, DIN = 3V — — 1 µA IIH3 Control Terminal Current 3 VCPM1, VCPM2 = 3V, DIN = 0V — — 1 µA CL Capacitive Load — — 15 50 nF Note: 5. It is possible to drive VOUT, VO1 and VO2 to 3x VDD. A supply voltage of 4V of more should not be used in 3x mode as this will exceed the maximum output voltage rating. PAM8904Q 4 of 11 November 2016 Document number: DS38977 Rev. 2 - 2
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