Reset filter Export

___Part No.___ ______ (勾選方式)	___Features___	___Speaker channels___ ______ (勾選方式)	___Function___ ______ (勾選方式)	___Architecture___ ______ (勾選方式)	Supply Voltage (V) Min (Range)	Supply Voltage (V) Max (Range)	Output Power Pout (W) (Range)	Output Power THD (%) (Range)	Output Power Speaker Load (Ω) (Range)	___Package___ ______ (勾選方式)
___KA8602___	___Low Voltage Audio Power Amplifier 0.4W max___ ______ ___*Wide operating supply voltage: VCC=2V~16V___ ___*Low quiescent supply current( ICC=2.7mA, typ)___ ___*Medium output power (POUT=250mW at VCC=6V___ ___,RL=32ohm, THD=10%___ ___*Load impedance range: 8~100ohm___ ___*Mute function (ICC=65A, typ)___ ___*Minimum number of external parts required.___ ___*Low distortion___	___1___	___Mute___	___Class AB___	2	16	0.25	10	32	___DIP-8___ ___SOP-8___
___MC3419___	___Low Power Audio Amplifier 0.4W max___ ______ ___*Low quiescent supply current (Icc=2.7mA, typ)___ ___*Medium output power (Po=250mW at Vcc=6V___ ___,RL=32ohm, THD=10%)___ ___*Load impedance range (8 to 100ohm)___ ___*Low distortion___ ___*Mute function (Icc=65μA, typ)___ ___*Minimum number of external parts required___	___1___	___Mute___	___Class AB___	2	16	0.25	10	32	___DIP-8___ ___SOP-8___ ___TSSOP-8___
___MC34119___	___Low Power Audio Amplifier 0.4W max___ ______ ___* Wide operating supply voltage: VCC=2V~16V___ ___* Low quiescent supply current (ICC=2.7mA, typ)___ ___* Medium power output over 250mW at VCC=6V___ ___,RL=32Ω, THD＜10%___ ___* Load impedance range (8Ω~100Ω)___ ___* Low total harmonic distortion (0.5% typ)___ ___* Mute function (ICC=65μA, typ)___ ___* Minimum number of external parts required___	___1___	___Mute___	___Class AB___	2	16	0.25	10	32	___DIP-8___ ___SOP-8___ ___TSSOP-8___ ___DFN3030-8___
___PA4819___	___0.35W Audio Power Amplifier with Shutdown Function___ ______ ___*Output power at 10% THD+N___ ___Supply voltage:5V___ ___Delivering 350mWRMS into a 16Ω load___ ___Delivering 300mWRMS into a 8Ω load___ ___* With shutdown mode___ ___* Stable unity-gain.___	___1___	___Standby___	___Class AB___	2	5.5	0.35	10	16	___SOP-8___
___LM4862___	___0.5W Audio Power Amplifier with Shutdown Function___ ______ ___* Stable Unity Gain___ ___* Gain Configuration can be set by External Components___	___1___	___Standby___	___Class AB___	2	5.5	0.5	1	8	___DIP-8___ ___SOP-8___
___LM386___	___0.7W Low Voltage Audio Power Amplifier___ ______ ___*Battery Operation___ ___*Minimum External Parts___ ___*Wide Supply Voltage Range: 4V~12V___ ___*Low Quiescent Current Drain:4mA___ ___*Voltage Gains: 20~200___ ___*Ground Referenced Input___ ___*Self-Centering Output Quiescent Voltage___ ___*Low Distortion: 0.2% (Av=20, VS=6V, RL=8Ω, PO=125mW, f=1kHz)___	___1___	___Gain Setting___	___Class AB___	4	12	0.7	10	8	___DIP-8___ ___SOP-8___ ___TSSOP-8___
___TA7368P___	___0.6W Audio Power Amplifier___ ______ ___* Very Few External Components(Only Three Capacitors)___ ___* Low Quiescent Current___ ___* High Voltage Gain: Gv=40dB___	___1___	___Gain Setting___	___Class AB___	3	14	1.1	10	8	___DIP-8___ ___SIP-9___
___TDA8541___	___1W BTL AUDIO AMPLIFIER___ ______ ___* Low saturation voltage of output stage___ ___* External resistors could fix Gain___ ___* Low standby current___ ___* No switch-on/switch-off plops___ ___* High SVRR___ ___* Protected against outputs short-circuit to ground, VCC and across the load___ ___* Thermal shut-down protection___	___1___	___Standby___ ___Mute___	___Class AB___	2.3	18	1	10	8	___SOP-8___
___PA4871___	___1.1W Audio Power Amplifier with Shutdown Function___ ______ ___* Output power at 0.5% THD+N___ ___Supply voltage:5V___ ___Delivering 1.1W into a 8Ω load___ ___* With shutdown mode___ ___* Stable unity-gain.___	___1___	___Standby___	___Class AB___	2	5.5	1.1	0.5	8	___SOP-8___ ___MSOP-8___ ___DFN3030-8___
___PA4990___	___1.2W Audio Power Amplifier with Active-low Shutdown Function___ ______ ___* Operating: VCC=2.2V ~ 5.5V___ ___* 1.2W output power, VCC=5V, THD=1%, f=1kHz, 8Ω Load___ ___* In shutdown mode: Ultra-low consumption (10nA)___ ___* In grounded mode: 62dB PSRR @ 217Hz___ ___* POP & CLICK near-zero___ ___* Ultra-low distortion :0.1% (typ)___	___1___	___Standby___	___Class AB___	2.2	5.5	1.2	1	8	___SOP-8___ ___MSOP-8___ ___DFN3030-8___
___TBA820M___	___1.2W Audio Power Amplifier___ ______ ___*Wide operating supply voltage: Vcc=3~14V___ ___*Medium output power___ ___POUT=1.2W at Vcc=9V,RL=8Ω, THD=10%___ ___*Low quiescent circuit current: IQ=4mA(type)___ ___*Good ripple rejection.___ ___*Minimum number of external parts required.___	___1___	___-___	___Class AB___	-	16	1.2	10	8	___SOP-8___ ___DIP-8___
___PA6204___	___1.7W Mono Fully Differential Audio Power Amplifier___ ______ ___* 1.7W into 8Ω from a 5-V supply at THD=10% (Typ.)___ ___* 2.5V-5.5V operation___ ___* Low supply current: 4mA typ at 5V___ ___* Ultra low current shutdown mode___ ___* Only three external components___ ___- Improved PSRR (-80dB) for direct battery operation___ ___- Fully differential design reduces RF rectification___ ___- -63dB CMRR eliminates two input coupling capacitors___ ___* Fast startup with minimal pop___	___1___	___Standby___ ___Gain Setting___	___Class AB___	2.5	5.5	1.7	10	8	___SOP-8___ ___MSOP-8___ ___DFN3030-8___
___AN17823___	___BTL 4.0W x 1ch Power Amplifier with Standby Function and Volume Function___ ______ ___* 3-W output (8Ω) with supply voltage of 8V___ ___* 4-W output (8Ω) with supply voltage of 9V___ ___* On-chip standby function___ ___* On-chip volume function___	___1___	___Standby___ ___Mute___	___Class AB___	3.5	13.5	4	10	8	___HSIP-9B___
___TDA2003___	___10W Car Radio Audio Power Amplifier___ ______ ___*Very Low External Component Required.___ ___*High Current Output ( up to 3 A).___ ___*Low Harmonic and Crossover Distortion.___ ___*Built-in Over Temperature Protection.___ ___*Short Circuit Protection Between all Pins.___	___1___	___-___	___Class AB___	8	18	10	10	2	___TO-220B___ ___TO-220-5___ ___TO-220B1___ ___TO-263-5___
___TDA2030___	___14W Hi-Fi Audio Power Amplifier___ ______ ___* Very low external component required.___ ___* High current output and high operating voltage.___ ___* Low harmonic and crossover distortion.___ ___* Built-in Over temperature protection.___ ___* Short circuit protection between all pins.___ ___* Safety Operating Area for output transistors.___	___1___	___-___	___Class AB___	00000000006	000000000018	14	0.5	4	___TO-220B___ ___TO-220-5___ ___TO-220B1___
___TDA2030A___	___18W Hi-Fi Audio Power Amplifier___ ______ ___* Very low external component required.___ ___* High current output and high operating voltage.___ ___* Low harmonic and crossover distortion.___ ___* Built-in Over temperature protection.___ ___* Short circuit protection between all pins.___ ___* Safety Operating Area for output transistors.___	___1___	___-___	___Class AB___	00000000006	000000000022	18	0.5	4	___TO-220-5___ ___TO-220B___ ___TO-220B1___
___A7240___	___20W Bridge Amplifier for Car Radio___ ______ ___* Few External Components___ ___* Output Protected Against short Circuits to Ground and Across___ ___Load___ ___* Dump Transient___ ___* Thermal Shutdown___ ___* Loudspeaker Protection___ ___* High Current Capability___ ___* Low Distortion/Low Noise___	___1___	___Standby___	___Class AB___	-	18	20	10	4	___TO-220Z7___
___TDA7360___	___20W Bridge/Stereo Audio Amplifier with Clipping Detector___ ______ ___* Very few external components___ ___* Without boucherot cells___ ___* Without boostrap capacitors___ ___* High output power___ ___* Very low STAND-BY current___ ___* Fixed gain (20dB stereo)___ ___* Programmable turn-on delay___ ___* Clipping detector___ ___* No switch on/off noise___ ___* STAND-BY function___	___1___	___Standby___ ___BTL___ ___SE Mode___	___Class AB___	8	18	20	10	4	___HZIP-11A___ ___HZIP-15A___
___LM1875___	___20W Audio Power Amplifier___ ______ ___*Up to 30W output power___ ___*Avo typically 90 dB___ ___*Low distortion: 0.015%,1kHz,20W___ ___*Wide power bandwidth: 70kHz___ ___*Protection for AC and DC short circuits to ground___ ___*Thermal protection with parole circuit___ ___*High current capability: 4A___ ___*Wide supply range 16V-60V___ ___*Internal output protection diodes___ ___*94 dB ripple rejection___	___1___	___-___	___Class AB___	16	60	25	1	8	___TO-220B___ ___TO-220-5___
___TDA2050___	___32W Hi-Fi Audio Power Amplifier 22W @ Distortion 0.5%___ ______ ___* High output power (50W Music Power IEC 268.3 Rules)___ ___* High operating supply voltage (50V)___ ___* Single or split supply operations___ ___* Very low distortion___ ___* Short circuit protection (OUT to GND)___ ___* Thermal shutdown___	___1___	___-___	___Class AB___	00000000004.5	000000000025	32	10	8	___TO-220B___ ___TO-220B1___ ___TO-220-5___ ___TO-263-5___
___DPA5V3F___	___2.8w Filter-Free Mono Class D Audio Power Amplifier___ ___* Operating from VCC=2.4V~5.5V___ ___* Standby mode active low___ ___* Low current consumption 2.5mA at 3V___ ___* Adjustable gain via external resistors___	___2___	___-___	___Class D___	2.4	5.5	2.8	10	4	___SOP-8___ ___MSOP-8___
___LM4811___	___Dual 105mW Headphone Amplifier___ ___with Digital Volume Control and Shutdown Mode___ ______ ___* Digital volume control range: +12dB~ -33dB___ ___* "Click and Pop" suppression circuitry___ ___* Saving the use of bootstrap capacitors___ ___* Low shutdown current___	___2___	___Standby___	___Class AB___	2	5.5	0.105	0.1	16	___MSOP-10___
___LM4880___	___Dual 250mW Audio Power Amplifier with Shutdown Function___ ______ ___* No bootstrap capacitors or snubber circuits are necessary___ ___* Unity-gain stable___ ___* External gain configuration capability___	___2___	___Standby___	___Class AB___	2.7	5.5	0.25	0.1	8	___DIP-8___ ___HSOP-8___
___TDA2822H___	___0.7W Max Dual Low Voltage Audio Power Amplifier___ ______ ___*Wide operating supply voltage: VCC=1.8V~ 6V.___ ___*Low crossover distortion.___ ___*Low quiescent circuit current.___ ___*Bridge/stereo configuration.___	___2___	___-___	___Class AB___	1.8	6	0.35	10	4	___DIP-8___ ___SOP-8___
___TDA2822___	___1.35W Max Dual Low Voltage Audio Power Amplifier___ ______ ___* Wide Operating Supply Voltage: VCC=1.8V - 12V.___ ___* Low Crossover Distortion.___ ___* Low Quiescent Circuit Current.___ ___* Bridge/Stereo Configuration.___	___2___	___-___	___Class AB___	1.8	12	0.65	10	4	___DIP-8___ ___SOP-8___
___TDA2822A___	___1.35W Max Dual Low Voltage Audio Power Amplifier___ ______ ___* Wide Operating Supply Voltage: VCC=1.8V - 12V.___ ___* Low Crossover Distortion.___ ___* Low Quiescent Circuit Current.___ ___* Bridge/Stereo Configuration.___	___2___	___-___	___Class AB___	1.8	12	0.65	10	4	___DIP-8___ ___SOP-8___
___PA4894___	___Differential Input Power Amplifier with Shutdown___ ______ ___* Differential amplification___ ___* Selectable and low current shutdown mode___ ___* 1.0W/Ch(typ.)into a 8Ω load @5.0V___ ___* Directly connected to the battery due to excellent PSRR___ ___* Operation supply: 2.2 V-5.5 V___ ___* External controlled gain and turn-on time configuration___ ___* Circuits for protection___ ___* Thermal overload protection circuit___ ___* “Click and pop” noise protection circuit___ ___* Halogen Free___	___2___	___Standby___	___Class AB___	2	5.5	1	1	8	___MSOP-10___
___M2073___	___0.65W Max Dual Low Voltage Power Amplifier___ ______ ___* Operating Voltage ( VCC=1.8V~15V )___ ___* Low Crossover Distortion___ ___* Low Operating Current___ ___* Bridge or Stereo Configuration___ ___* No Turn-on Noise___ ___* Bipolar Technology___	___2___	___-___	___Class AB___	1.8	15	1.2	10	8	___DIP-8___ ___SOP-8___
___TEA2025AH___	___Stereo Audio Amplifier___ ______ ___*Working Voltage down to 3V___ ___*Few External components___ ___*High Channel isolation___ ___*Voltage gain up to 45dB(Adjustable with external resistor)___ ___*Soft clipping___ ___*Internal Thermal protection___	___2___	___BTL___ ___SE Mode___	___Class AB___	3	12	1.5	10	4	___DIP-16___
___PA3017___	___2x2.0W Stereo Audio Power Amplifier, with 4 Selectable Gain(6、10、15.6、21.6dB) Settings___ ______ ___* 2W output power into 3Ω load from 5V supply each channel___ ___* Gain control internally___ ___* Differential input fully___ ___* Depop circuitry___ ___* Shutdown protection thermally___	___2___	___Standby___ ___Selectable Gain___	___Class AB___	4.5	5.5	1.9	1	4	___HTSSOP-20___
___PA4867___	___Dual 2.1W Audio Amplifier Plus Stereo Headphone Function___ ______ ___* Operating voltage range VDD=2V~5.5V___ ___* Output power:___ ___-2.4W(typ.)@5V into 3Ω with 1% THD+N max (1kHz)___ ___-2.1W(typ.)@5V into 4Ω with 1% THD+N max (1kHz)___ ___* Eliminates SE-mode output coupling capacitors___ ___* Shutdown mode available___ ___* click and pop reduction circuitry___ ___* Unity-gain stable___ ___* Thermal-shutdown Protection___ ___* Input MUX control___ ___* SE/BTL mode available___	___2___	___Standby___ ___Mute___ ___BTL___ ___SE Mode___	___Class AB___	2	5.5	1.9	1	4	___TSSOP-20___ ___HTSSOP-20___
___PA4890___	___1.1W Audio Power Amplifier With Active-Low Shutdown Mode___ ______ ___* Operating: VCC=2.5V ~ 5.5V___ ___* 1.1W output power, VCC=5V, THD=1%, f=1kHz, 8Ω Load___ ___* Ultra-low distortion :0.1% (typ.)___	___1___	___Standby___ ___BTL___ ___SE Mode___	___Class AB___	2.5	5.5	1.1	1	8	___SOP-8___ ___MSOP-8___
___PA3427___	___2x2.0W Stereo Audio Power Amplifier. with 4 Selectable Gain___ ___(6、10、15.6、21.6dB) Settings And Input-Mux Control___ ______ ___* Depop circuitry integrated___ ___* BTL gain: 6dB, 10dB, 15.6dB, 21.6dB___ ___* SE gain: 4.1dB___ ___* Output power (THD+N:1%, supply voltage:5V)___ ___− 2.0W into a 4Ω load___ ___− 1.2W into a 8Ω load___ ___* With two mode :BTL and SE___ ___* Stereo input multiplexer___ ___* Fully differential input___ ___* Build-in gain control___ ___* PC-Beep input function___ ___* Thermal shutdown protection___	___2___	___Shutdown___ ___Selectable Gain___ ___PC-Beep input___ ___BTL___ ___SE Mode___	___Class AB___	4.5	5.5	2	1	4	___HTSSOP-24___
___PA3428___	___2*2.0W Stereo Audio Power Amplifier, with 4 Selectable Gain___ ___(6、15.6、21.6、27.6dB) Settings And Input-Mux Control)___ ______ ___* Internal Depop circuitry___ ___* Output power at 1% THD+N___ ___Supply voltage:5V___ ___Delivering 2.0W into a 4Ω load___ ___Delivering 1.2W into a 8Ω load___ ___* Tow mode:___ ___Bridge-tied Load (BTL)___ ___,Single-ended (SE)___ ___* Stereo input signal___ ___* Fully differential input___ ___* Gain control Internally___ ___* Differential Input fully___	___2___	___Shutdown___ ___Selectable Gain___ ___PC-Beep input___ ___BTL/SE Mode___	___Class AB___	4.5	5.5	2	1	4	___HTSSOP-24___
___PA3431___	___2x2.0W Stereo Audio Power Amplifier,___ ___with 4 Selectable Gain (6、10、15.6、21.6dB) Settings___ ______ ___* 2W Output power into 4Ω load from 5V supply each channel___ ___* Gain control internally___ ___* Differential input fully___ ___* Depop circuitry___ ___* Shutdown protection thermally___	___2___	___Standby___ ___Selectable Gain___	___Class AB___	4.5	5.5	2	1	4	___HTSSOP-20___
___PA3202___	___2x2.0W Stereo Audio Power Amplifier,___ ___BTL and SE Modes with MUTE___ ______ ___* Improves depop circuitry to eliminate turn-on and turn-off transients in output___ ___* Output power:___ ___-2W(typ.)@5V into 3Ω with 0.2% THD+N max (1kHz)___ ___-800mW(typ.)@3.3V into 3Ω with 0.2% THD+N max (1kHz)___ ___* Fully specified for use with 3-Ω Loads___ ___* Stereo switchable bridged/single-ended power amplifiers___ ___* Input MUX select terminal___ ___* Thermal-shutdown protection___ ___* Shutdown mode available___	___2___	___Standby___ ___Mute___ ___BTL___ ___SE Mode___	___Class AB___	3	5.5	2.2	1	3	___HTSSOP-24___
___PA4863___	___Dual 2.2W Audio Amplifier Plus Stereo Headphone Function___ ______ ___* “Click and pop” suppression circuitry___ ___* Thermal shutdown protection circuitry___ ___* Unity-gain stable___ ___* Stereo headphone amplifier mode___	___2___	___Standby___ ___Mute___ ___BTL___ ___SE Mode___	___Class AB___	2	5.5	2.2	1	4	___DIP-16___ ___SOP-16___ ___SOP-18___ ___HTSSOP-20___
___TEA2025___	___Stereo Audio Amplifier___ ______ ___*Working Voltage down to 3V___ ___*Few External components___ ___*High Channel isolation___ ___*Voltage gain up to 45dB(Adjustable with external resistor)___ ___*Soft clipping___ ___*Internal Thermal protection___	___2___	___BTL___ ___SE Mode___	___Class AB___	3	12	2.3	10	4	___DIP-16___
___TEA2025A___	___Stereo Audio Amplifier___ ______ ___* High output power___ ___Stereo: Po=2.3W (Typ) at Vcc=9V, RL=4 Ω___ ___Bridge: Po=4.7W (Typ) at Vcc=9V, RL=8Ω___ ___* Low switching distortion at high frequency___ ___* Small shock noise at the time of power on/off due to a built-in___ ___muting circuit___ ___* Good ripple rejection due to a built-in ripple filter___ ___* Good channel separation___ ___* Soft tone at the time of output straiten___ ___* Closed loop voltage gain fixed 45dB (Bridge: 51dB) but___ ___availability with external resistor added___ ___* Minimum number of external parts required___ ___* Easy to design radiator fin___	___2___	___BTL___ ___SE Mode___	___Class AB___	3	12	2.3	10	4	___DIP-12H___
___TEA2025D___	___Stereo Audio Amplifier___ ______ ___* Dual or bridge connection modes.___ ___* Few external components.___ ___* Supply voltage down to 3V.___ ___* High channel separation.___ ___* Very low switch on\off noise.___ ___* Max gain of 45dB with adjust external resistor.___ ___* Soft clipping.___ ___* Thermal protection.___ ___* 3V___ ___* P=2*1W,VCC=6V,RL=4Ω___ ___* P=2*2.3W,VCC=9V,RL=4Ω___ ___* P=2*0.1W,VCC=3V,RL=4Ω___	___2___	___BTL___ ___SE Mode___	___Class AB___	3	12	2.3	10	4	___SOP-20___
___2206___	___2x2.5W Dual Audio Power Amplifier___ ______ ___*High output power___ ___Stereo:PO=2.3W(Typ) at VCC=9V,RL=4Ω.___ ___Bridge: PO=4.7W(Typ) at VCC=9V,RL=8Ω.___ ___*Low switching distortion at high frequency.___ ___*Small shock noise at the time of power on/off due to a built-in___ ___muting circuit___ ___*Good ripple rejection due to a built-in ripple filter.___ ___*Good channel separation.___ ___*Closed loop voltage gain fixed 45dB(Bridge: 51dB) but availability___ ___with external resistor added.___ ___*Minimum number of external parts required .___ ___*Easy to design radiator fin.___	___2___	___BTL___ ___SE Mode___	___Class AB___	-	11	2.3	10	4	___DIP-12H___
___PA3212___	___Stereo 2.6W Audio Power Amplifier, with 4 Selectable Gain___ ___(6、15.6、21.6、27.6dB) Settings And Input-Mux Control___ ______ ___* Output power at 0.65% THD+N, VDD=5V(TYP)___ ___–2.6W/CH (typical) into a 3Ω load___ ___–1.0W/CH (typical) into a 8Ω load___ ___* Bridge-tied load (BTL) supported___ ___* Gain control internally___ ___* Differential Input fully___ ___* Depop circuitry Inside___ ___* Shutdown protection___ ___* Stereo input___	___2___	___Shutdown___ ___Selectable Gain___ ___PC-Beep input___ ___BTL___ ___SE Mode___	___Class AB___	4.5	5.5	2.6	10	3	___HTSSOP-24___
___PA3312___	___Dual 2.6W Audio Power Amplifier, with 4 Selectable Gain___ ___(6、10、15.6、21.6dB) Settings And Input-Mux Control___ ______ ___* Low operating current with 10mA___ ___* Compatible with pc 99 desktop line-out into 10KΩ load___ ___* Internal gain control ,which eliminates external gain-setting___ ___resistors___ ___* 2.6w per channel output power into 3Ω at 5V , BTL mode___ ___* Input MUX select terminal___ ___* Pc-beep input___ ___* Improves depop circuitry to eliminate turn-on and turn-off___ ___transients in output___ ___* Fully differential input___	___2___	___Shutdown___ ___Selectable Gain___ ___PC-Beep input___ ___BTL___ ___SE Mode___	___Class AB___	4.5	5.5	2.6	10	3	___HTSSOP-24___
___PA3332___	___2.6W Stereo Audio Amplifier with Mute and Shutdown___ ______ ___* Including de-pop circuit___ ___* Output power at 1% THD+N, VDD=5V___ ___2.0W/CH (TYP.) into a 4Ω Load___ ___1.3W/CH (TYP.) into a 8Ω Load___ ___* Output power at 10% THD+N, VDD=5V___ ___2.6W/CH (typical) into a 4Ω Load___ ___1.6W/CH (typical) into a 8Ω Load___ ___* BTL mode (Bridge-Tied Load)___ ___* Maximum output power clamping circuitry contained___ ___* Mute and shutdown control available___ ___* Stereo input MUX___	___2___	___Standby___ ___Mute___	___Class AB___	-	6	2.6	10	4	___HTSSOP-24___
___PA7522___	___2x3W BTL Audio Power Amplifier___ ______ ___* 3-W output (8Ω) with supply voltage of 8V___ ___* On-chip standby function___ ___* On-chip volume function___	___2___	___Standby___ ___DC Volume Control___	___Class AB___	3.5	13.5	3	10	8	___HSIP-12A___ ___HSIP -14B___
___TA8227AP___	___Low Frequency Power Amplifier___ ______ ___* Wide operating supply voltage: VCC=5~12V___ ___* Low popping noise at power ON___ ___* Best for supply voltage 9V___ ___* Output power___ ___POUT=2.5W/CH at Vcc=9V, RL=4Ω, f=1kHz, THD=10%___ ___POUT=3.0W/CH at Vcc=9V, RL=3Ω, f=1kHz, THD=10%___ ___* Soft Clip___ ___* Built-in thermal shut-down protection circuit___ ___* Stand-by switch___	___2___	___-___	___Class AB___	5	12	3	10	3	___SOP-20___ ___DIP-12H___
___TA8207K___	___Low Frequency Power Amplifier___ ______ ___*High Power : POUT=2.5W / CH (Typ.)___ ___(VCC=9V, RL=4, f=1KHz, THD=10%)___ ___: POUT=4.6W / CH (Typ.)___ ___(VCC=12V, RL=4, f=1KHz, THD=10%)___ ___*Low Popping Noise at Power ON___ ___*Small Quiescent Current: ICCQ=21mA (Typ.)___ ___(VCC=9V, VIN=0)___ ___*Soft Clip___ ___*Built-in Thermal Shut Down Protection Circuit___ ___*Bast for Supply Voltage 9V, 12V___ ___*Operation Supply Voltage Range: VCC=6-15V___	___2___	___-___	___Class AB___	6	15	4.6	10	4	___FSIP-12H___
___UA8229___	___Low Frequency Power Amplifier___ ______ ___* High Power___ ___: POUT (1) = 2.5W (Typ.)___ ___(VCC = 9V, RL = 4Ω, f = 1kHz, THD = 10%)___ ___: POUT(2) = 4.6W (Typ.)___ ___(VCC = 12V, RL = 4Ω, f = 1kHz, THD = 10%)___ ___* Low Popping Noise at Power ON___ ___* Small Quiescent Current___ ___: IQ = 21mA (Typ.) (VCC = 15V, VIN = 0)___ ___* Soft Clip___ ___* Thermal Shut Down Protection___ ___* Best for Supply Voltage 9V, 12V___ ___* Operation Supply Voltage Range from 6V to 15V___	___2___	___-___	___Class AB___	6	15	4.6	10	4	___HZIP-15A___ ___HSIP-14B___
___PA1517___	___2x6W Stereo Audio Power Amplifier___ ______ ___* Needs very few external components___ ___* High output power___ ___* Fixed gain___ ___* Very good ripple rejection___ ___* Mute/standby switch___ ___* AC and DC short-circuit safe to ground and VCC___ ___* Thermally protected___ ___* Reverse polarity safe___ ___* Can handle high energy on outputs (VCC =0V)___ ___* Have no switch-on/switch-off plop___ ___* Electrostatic discharge protection.___	___2___	___Standby___ ___Mute___	___Class AB___	6	18	6	10	4	___HSIP-9B___ ___DIP-18___ ___DIP-20___
___TDA7266___	___2x7W Dual BTL Power Amplifier with Mute and Stand-By___ ______ ___* Wide Supply Voltage Range (3 ~ 18V)___ ___* Minimum External Components___ ___* No SWR Capacitor___ ___* No Bootstrap___ ___* No Boucherot Cells___ ___* Internally Fixed Gain___ ___* Stand-BY & Mute Functions___ ___* Short Circuit Protection___ ___* Thermal Overload Protection___	___2___	___Standby___ ___Mute___	___Class AB___	3	18	7	10	8	___HZIP-15A___ ___HZIP-15B___ ___HZIP-15D___
___TDA7499___	___2x6W Dual Stereo Amplifier with Mute and Stand-By___ ______ ___* Wide supply voltage range up to ±18V___ ___* 6 + 6W @ THD =10%, RL = 8Ω, VS = +14V___ ___* No POP at Turn-On/Off___ ___* MUTE (POP free)___ ___* STAND-BY feature (Low Iq)___ ___* Short circuit protection to GND___ ___* Thermal overload protection___	___2___	___Standby___ ___Mute___	___Class AB___	00000000005	000000000018	10	10	8	___HZIP-11A___
___TDA2004___	___2x10W Stereo Amplifier For Car Radio___ ______ ___* Low distortion.___ ___* Low noise.___	___2___	___Standby___ ___Mute___	___Class AB___	8	18	10	10	2	___HSIP-14___ ___HZIP-11A___
___PA2009___	___2x10W Stereo Amplifier___ ______ ___* Supply range 8V ~ 28V___ ___* High power outputs (10W/Channel)___ ___* High output current up to 3.5A___ ___* Short circuit protection___ ___* Thermal protection___	___2___	___-___	___Class AB___	8	28	10	1	4	___HZIP-11A___
___TDA7297___	___2x10W Stereo Amplifier With Mute/ST-BY___ ______ ___* St-by and mute functions___ ___* OTP and short circuit protections___ ___* Work with a minimum external components___ ___* Wide supply voltage range (6.5V~18V)___	___2___	___Standby___ ___Mute___	___Class AB___	6.5	18	10	10	8	___HZIP-15D___
___TDA1519C___	___22W BTL or 2×11W Stereo Power Amplifier___ ______ ___* Two identical amplifiers with Identical differential input stages suitable for Stereo or BTL application.___ ___* Load dump, reverse polarity , short-circuit and over temperature protections___ ___* Fixed gain at 40dB with Good ripple rejection___ ___* Mute/standby switch with low switching current___ ___* Requires very few external components for Bridge -Tied Load (BTL) operation___ ___* No switch-on/switch-off pops___ ___* Low standby current (<100μA)___	___2___	___Standby___ ___Mute___	___Class AB___	6	17.5	11	10	2	___HSIP-9B___
___PA2616___	___2x12W Hi-Fi Audio Power Amplifier with Mute___ ______ ___* Needs few external components___ ___* No switch-on/switch-off clicks___ ___* During switch-on and switch-off input mute___ ___* Low offset voltage between output and ground___ ___* Both amplifiers has an excellent gain balance___ ___* Hi-Fi in accordance with IEC 268 and DIN 45500___ ___* Thermal protected and short-circuit proof and___ ___* Mute available.___	___2___	___Mute___	___Class AB___	00000000007.5	000000000021	12	0.5	8	___HSIP-9B___
___TDA22003___	___2x10W Stereo Amplifier with internal 1/2 VCC supply rejection___ ______ ___* Supply range 8V ~ 28V___ ___* High power outputs (10W/Channel)___ ___* High output current up to 3.5A___ ___* Short circuit protection___ ___* Thermal protection___	___2___	___-___	___Class AB___	8	28	12.5	1	4	___TO-220Z9___
___TDA7269___	___14W+14W Stereo Amplifier With Mute & Stand-BY___ ______ ___* High output power: POUT =14 W/channel (Typ.)___ ___VCC= ± 16V, RL = 8Ω, f =1KHz, THD = 10%___ ___* Operation supply voltage range (Ta = 25°C)___ ___VCC(OPR) = ±5~±20V (RL = 8 Ω)___ ___VCC(OPR) = ±5~±15V (RL = 4 Ω)___ ___* Split supply___ ___* Built in overload protection circuit.___ ___* Built in thermal shut down protector circuit.___ ___* Built in audio muting circuit (POP free)___ ___* Built in standby circuit.___	___2___	___Standby___ ___Mute___	___Class AB___	00000000005	000000000020	14	10	-	___HZIP-11A___
___PA2005___	___20W Bridge Amplifier For Car Radio___ ______ ___* High output power:___ ___POUT=10+10W @ RL=2Ω, THD=10%___ ___POUT=20W @ RL=4Ω, THD=1%___	___2___	___-___	___Class AB___	8	18	20	10	4	___HZIP-11A___ ___HSIP-14B___
___TDA7265___	___25W+25W Stereo Amplifier With Mute & Stand-BY___ ______ ___* High output power: POUT =25 W/channel (Typ.)___ ___VCC= ±20V, RL = 8Ω, f =1KHz, THD = 10%___ ___* Operation supply voltage range (TA = 25°C)___ ___VCC(OPR) = ±5~±25V (RL = 8 Ω)___ ___VCC(OPR) = ±5~±18V (RL = 4 Ω)___ ___* Split supply___ ___* Built in overload protection circuit.___ ___* Built in thermal shut down protector circuit.___ ___* Built in audio muting circuit (POP free)___ ___* Built in standby circuit.___	___2___	___Standby___ ___Mute___	___Class AB___	00000000005	000000000025	25	10	-	___HZIP-11A___
___UPA2008___	___3W Stereo Class-D Audio Power Amplifier with DC Volume Control___ ______ ___* 3W per channel into 3Ω speakers (THD+N=10%)___ ___-< 0.045% THD at 1.5W, 1kHz, 3Ω load___ ___* Filter free modulation scheme operates without a large and___ ___expensive LC output filter___ ___* DC volume control with 2dB steps from -38dB to 20dB___ ___* Extremely efficient third generation 5V Class-D technology___ ___-Low supply current, 7mA___ ___-Low shutdown control, 1μA___ ___-Low noise floor, -80dBV___ ___-Maximum efficiency into 3Ω, 78%___ ___-Maximum efficiency into 8Ω, 88%___ ___-PSRR, -70dB___ ___* Operating temperature range, -40°C~85°C___	___2___	___Standby___ ___Volume Control___	___Class D___	4.5	5.5	3	10	3	___HTSSOP-24___
___TDA7377___	___2x30W Dual / Quad Power Amplifier For Car Radio___ ______ ___* High Output Power@VCC=14.4V, f=1KHz，RL=4Ω:___ ___– 2 x 35W Max.___ ___– 2 x 20W@THD= 10%___ ___– 4 x 6 W @10%___ ___– 4 x 10W / 2Ω@10%___ ___– 2 x 30W / EIAJ@ VCC =13.7V，RL=4Ω___ ___* CMOS Compatible Stand-by Function (Low ICC)___ ___* No Audible pop During st-by Operations___ ___* Internally Fixed Gain (26dB BTL and 20dB single ended)___ ___* No Bootstrap Capacitors and boucherot Cells___ ___* Diagnostics Facility on pin10 when output Clipping, shorted to___ ___Vcc or GND, thermal shutdown and soft short at turn on.___ ___* Rail to rail output swing___ ___* Absolute Stability Without Any External Compensation___	___2/4___	___Standby___ ___Diagnostics___ ___BTL and SE Mode___	___Class AB___	8	18	20	10	4	___HZIP-15A___ ___HZIP-15D___
___TDA7375___	___2x35W Dual / Quad Power Amplifier For Car Radio___ ______ ___* High Output Power@Vcc=14.4V, f=1kHz，RL=4Ω:___ ___– 2 x 40W Max.___ ___– 2 x 25W@THD= 10%___ ___– 4 x 7 W @10%___ ___– 4 x 12W / 2Ω@10%___ ___– 2 x 35W / EIAJ@Vcc=13.7V，RL=4Ω___ ___* CMOS Compatible Stand-by Function (Low Icc)___ ___* No Audible pop During st-by Operations___ ___* Internally Fixed Gain (26dB BTL and 20dB single ended)___ ___* No Bootstrap Capacitors and boucherot Cells___ ___* Diagnostics Facility on pin10 when output Clipping、shorted to___ ___Vcc or gnd、thermal shutdown and soft short at turn on.___ ___* Rail to rail output swing___ ___* Absolute Stability Without Any External Compensation___	___2/4___	___Standby___ ___Diagnostics___ ___BTL and SE Mode___	___Class AB___	8	18	25	10	4	___HZIP-15A___ ___HZIP-15D___
___TDA7388___	___4x41W Quad Bridge Car Radio Amplifier___ ______ ___* High Output Power@ VCC=14.4V, f=1kHz, RL=4 Ω:___ ___-4 x 41W Max.___ ___-4 x 25W @THD=10%___ ___* Rail to rail output voltage swing___ ___* Low THD & eNo___	___4___	___Standby___ ___Mute___ ___BTL Mode___	___Class AB___	8	18	26	10	4	___HZIP-25B___
___TDA7052A___	___1W BTL Mono Audio Amplifier With DC Volume Control___ ______ ___* Low power consumption___ ___* DC volume control___ ___* Mute mode___ ___* No switch-on and off clicks___ ___* Short-circuit proof___ ___* Good overall stability___ ___* Low HF radiation___ ___* Few external components___ ___* Thermal protection___ ___* ESD protected on all pins___ ___* Missing Current Limiter (MCL)___	___1___	___DC Volume Control___ ___Mute mode___	___Class AB___	4.5	18	1.1	10	8	___SOP-8___ ___DIP-8___
___TDA7053A___	___2x1.1W Stereo BTL Audio Output Amplifier with DC Volume Control and Mute Function___ ______ ___* DC volume control___ ___* Few external components___ ___* Mute mode___ ___* Thermal protection___ ___* Short-circuit proof___ ___* No switch-on and switch-off clicks___ ___* Good overall stability___ ___* Low power consumption___ ___* Low HF radiation___ ___* ESD protected on all pins.___	___2___	___DC Volume Control___ ___Mute mode___	___Class AB___	4.5	18	1.1	10	8	___DIP-16___ ___SOP-16___
___PA4838___	___2x2.0W Stereo Audio Power Amplifier with 32 Steps DC Volume Control and Selectable Gain___ ______ ___* DC Volume Control Interface___ ___* System Beep Detect___ ___* Stereo switchable bridged/single-ended power amplifiers___ ___* Selectable internal/external gain and bass boost___ ___* ”Click and pop” suppression circuitry___ ___* Thermal shutdown protection___	___2___	___DC Volume Control___ ___Standby___ ___Mute___ ___Selectable Gain___ ___BTL and SE Mode___	___Class AB___	2.7	5.5	2	1	4	___HTSSOP-28___ ___TSSOP-28___
___PA6021___	___2x2.0W Stereo Audio Power Amplifier with 32 Steps DC Volume Control___ ______ ___* 2 W Into 4-W speakers with external heatsink___ ___* DC volume control with 2-dB___ ___* Steps from -40 dB ~ 20 dB___ ___* – Fade Mode___ ___* – -85-dB Mute Mode___ ___* Differential Inputs___ ___* 1-μA Shutdown Current (Typical)___ ___* Headphone Mode___	___2___	___DC Volume Control___ ___Shutdown___ ___BTL and SE Mode___ ___FADE___	___Class AB___	4	5.5	2	10	4	___DIP-20___
___PA7493___	___2x2.0W Stereo Class AB Audio Power Amplifier with 32 Steps Volume Control and Two Output Modes BTL/SE___ ______ ___* Stereo switch able bridged/single-ended power amplifiers___ ___* Output power 2W × 2 (VCC=6V, THD=1%, RL=4Ω)___ ___* Low harmonics distortion___ ___* Include 32 steps volume controller by DC voltage with ysteresis___ ___* “Click and pop” suppression circuitry___ ___* Low current consumption in SHUTDOWN Mode(0.7μA)___ ___* Thermal shutdown___	___2___	___DC Volume Control___ ___Shutdown___ ___BTL and SE Mode___	___Class AB___	3	6	2	10	4	___DIP-16___ ___SOP-16___
___TDA7496L___	___2x2.0W Stereo Audio Power Amplifier with DC Volume Control with Stand-By Function___ ______ ___* Linear volume control, Stand-by and mute functions___ ___* Silent Turn On/Off___ ___* No boucherot cell___ ___* 2 x 2W output power: RL=8Ω@THD=10%, VCC=14V___ ___* No ST-BY RC input network___ ___* Internally Fixed Gain (Typ.=30dB)___ ___* Single supply (Max.=18V)___ ___* Soft clipping___ ___* Output DC Short Circuit protection when shorted to GND or VCC.___ ___* Thermal shutdown___ ___* Variable output after volume control circuit___	___2___	___DC Volume Control___ ___Standby___ ___Mute___ ___Internally Fixed Gain___	___Class AB___	10	18	2	10	8	___DIP-20___ ___SOP-20___ ___HZIP-15D___
___PA7468___	___2x2.6W Stereo Audio Power Amplifier 32 Steps Volume Control and Two Output Modes BTL/SE___ ______ ___* Low Operating Current: 9mA___ ___*Two Output Modes Allowable with BTL and SE Modes(chosen by___ ___SE/BTL pin)___ ___*Low Current Consumption :1mA(in Shutdown Mode)___ ___*With Short Circuit Protection___ ___*With Thermal Shutdown Protection___ ___*With Over Current Protection Circuitry___ ___*Eliminating Turn-on and Turn-off Transients in Outputs by Improved___ ___Depop Circuitry to.___ ___*Very High PSRR___ ___*32 Steps Volume Adjustable___ ___*BTL Mode :2.6W per Channel Output Power into 4Ω Load at 5V___	___2___	___DC Volume Control___ ___Shutdown___ ___Mute___ ___BTL and SE Mode___	___Class AB___	4.5	5.5	2.6	10	4	___SOP-16___
___PA7469___	___2x2.6W Stereo Audio Power Amplifier 32 Steps Volume Control and Two Output Modes BTL/SE___ ______ ___* Low operating current: 9mA___ ___* Two output modes allowable with BTL and SE modes selected by___ ___SE/BTL pin___ ___* Low current consumption in shutdown mode :1μA___ ___* Short circuit protection___ ___* Thermal shutdown protection and over current protection circuitry___ ___* Improved depop circuitry to eliminate turn-on and turn-off___ ___transients in outputs___ ___* Very high PSRR___ ___* 32 Steps volume adjustable___ ___* BTL mode: 2.6W per channel output power into 4Ω Load at 5V___	___2___	___DC Volume Control___ ___Standby___ ___BTL and SE Mode___	___Class AB___	4.5	5.5	2.6	10	4	___DIP-16___ ___SOP-16___
___TDA8496___	___2x5.0W Stereo Audio Power Amplifier with DC Volume Control with Stand-By Function___ ______ ___* 5+5w output power @ VCC= 22V; RL = 8Ω___ ___* Low turn-on turn-off pop noise___ ___* Low external components___ ___* Short circuit & thermal overload protection___ ___* Linear volume control by DC voltage___ ___* Soft clipping___ ___* Internally fixed gain___ ___* St-by and mute functions___	___2___	___DC Volume Control___ ___Standby___ ___Mute___ ___Internally Fixed Gain___	___Class AB___	10	32	5	10	8	___HZIP-15A___ ___HZIP-15B___ ___HZIP-15D___
___A4537___	___Power Amplifier for 1.5V Headphone Stereos___ ______ ___*Low current drain___ ___*16Ω load drive capability___ ___* excellent power supply ripple rejection___ ___*Less harmonic interference in radion band___ ___*On-chip power switch function, mution function___	___2___	___Headphone___ ___Mute___	___Class AB___	0.9	4	0.008	10	16	___MSOP-10___ ___SSOP-10___
___S486___	___Dual 100mW Audio Power Amplifier with Shutdown Function___ ______ ___* Operating voltage range VCC=2V ~ 5.5V___ ___* Output power:___ ___- 102mW @5V into 16Ω with 0.1% THD+N max (1kHz)___ ___* Stand by mode available___ ___* Low current consumption: 2.5mA max___ ___* Click and pop reduction circuitry___ ___* Unity-gain stable___ ___* Short circuit protected___	___2___	___Headphone___ ___Standby___	___Class AB___	2	5.5	0.102	0.1	16	___SOP-8___ ___MSOP-8___
___3541___	___Class AB Stereo Headphone Driver with Mute Function___ ______ ___* Built-in Mute Function___ ___* No Switch ON/OFF pops___ ___* Short-Circuit Protection___ ___* Low Power Consumption___ ___* Large Output Voltage Swing___ ___* High Signal-to-Noise Ratio___	___2___	___Headphone___ ___Mute___	___Class AB___	3	6	0.11	0.1	16	___DIP-8___ ___SOP-8___
___PA2308___	___Class AB Stereo Headphone Driver___ ______ ___* Output power less than 10% THD+N, VDD=5V(TYP)___ ___--280mW/CH (typical) into a 8Ω load___ ___--110mW/CH (typical) into a 32Ω load___ ___*Very High signal-to-noise ratio___ ___*Large output voltage swing___ ___*Good power supply ripple rejection___ ___*Low power consumption and Low distortion___ ___*Fix wide temperature range___ ___*Without switch ON/OFF clicks___	___2___	___Headphone___	___Class AB___	3	6	0.084	0.1	32	___SOP-8___
___PA3112___	___2x150mW Audio Power Amplifier Operation to 2.5V with Shutdown Function___ ______ ___* Operating voltage range VDD=2.5V~5.5V___ ___* Output power:___ ___-150mW @5V into 16Ω___ ___* Differential inputs___ ___* Shutdown mode available___ ___* Low current consumption:3mA max___ ___* click and pop reduction circuitry___ ___* Unity-gain stable___ ___* Thermal and over-current protection___	___2___	___Headphone___ ___Shutdown___	___Class AB___	2.5	5.5	0.09	0.1	32	___MSOP-10___
___L3305___	___Low Voltage Class B Amplifier___ ______ ___* Low Operating Voltage range (1V～3V)___ ___* Low Operating current consumption___ ___* Feedback stabilized gain less than 80 dB___ ___* Output power exceeds 140 dBSPL___	___1___	___Headphone___	___Class AB___	1	3	-	-	-	___TSSOP-14___ ___SOP-14___
___TDA8547___	___2 × 0.7W BTL AUDIO___ ___AMPLIFIER WITH OUTPUT___ ___CHANNEL SWITCHING___ ______ ___2 × 0.7W BTL___ ___Low standby current___ ___No switch-on/switch-off plops___	___2___	___-___	___Class AB___	2.2	18	0.7	10	8	___SSOP-20N___
___UPA8155___	___CLASS AB/D OPTIONAL___ ___SECOND GENERATION___ ___CLASS-D AUDIO AMPLIFIER___ ______ ___*Power Supply Range: 2.5V~5.5V___ ___* Low Shutdown Current (<0.1μA)___ ___* AB/D Operate Mode___ ___* Two NCN Level: 0.65W and 0.85W___ ___* Ultra Low THD+N: 0.06%___ ___* Over-Temperature Protection___	___1___	___Ctrl___ ___Mode1~4___	___Class A/B___ ___Class D___	2.5	5.5	2.61	10	4	___SOP-8___
___PA7382___	___3.0W Audio Power Amplifier with Active-High Shutdown Mode___ ___* No output coupling capacitors, snubber networks or bootstrap___ ___capacitors required___ ___* External gain configuration capability___ ___* Shutdown mode when a high level is applied on shutdown___	___2___	___-___	___Class AB___	2.2	5.5	3	10	3	___SOP-8___
___PA7382A___	___3.0W Audio Power Amplifier with Active-Low Shutdown Mode___ ___* No output coupling capacitors, snubber networks or bootstrap___ ___capacitors required___ ___* External gain configuration capability___ ___* Shutdown mode when a low level is applied on shutdown___	___2___	___-___	___Class AB___	2.2	5.5	3	10	3	___SOP-8___