NJM2151A

j s GENERAL DESCRIPTION The NJM2151A is a monaural audio power amplifier and stereo headphone amplifier for wide voltage operation. The NJM2151A was stereo headphone power amplifier for low distortion single-end output , and monaural power amplifier for high power bridge(BTL). The NJM2151A operate low voltage supply , low operating current and low power-down current. The NJM2151A includes MUTE , SUSPEND mode, and suitable for NOTE PC, PDA, CAMCODER, and other battery equipment. The NJM2151AVF1 is packaged in the power package. NJM2151A MONAURAL POWER AMP. & HEADPHONE POWER AMP. IC s PACKAGE OUTLINE NJM2151AM NJM2151AV s FEATURES qOperating Voltage (2.7V to 9.0V) qElectric Volume Function (Headphone Amplifier) qLINE Input Mode qSystem BEEP Input (Headphone) qBEEP Level Control Function qBEEP Input (Monaural Amplifier) qSuspend Mode (Monaural Amplifier , Headphone Amplifier) qMute Mode (Headphone Amplifier) qBipolar Technology qPackage Outline NJM2151A: DMP20,SSOP20,SSOP20-F1 s PIN CONFIGURATION 1 2 3 4 5 6 7 8 9 10 20 19 18 17 16 15 14 13 12 11 NJM2151AVF1 PIN CONFIGURATION 1. EVR 2. LINE IN L 3. MUTE 4. LINE IN R 5. BEEP BIAS 6. SYS.BEEP IN 7. SP.IN 8. BEEP IN 9. HP.SUSPEND 10.SP.SUSPEND 11.SP.GND 12.LM 13.SP.OUT 2 14.SP.OUT 1 15.BEEP LEVEL + 16.SP.V 17.HP.GND 18.HP.OUT R 19.HP.OUT L + 20.HP.V j s ABSOLUTE MAXIMUM RATINGS PARAMETER SYMBOL + Supply Voltage V Power Dissipation Operating Temperature Range Storage Temperature Range PD Topr Tstg RATINGS 15 (DMP) 375 (SSOP) 375 (SSOP-F1) 750 -40 to +85 -50 to +150 (Ta=25°C) UNIT V mW °C °C NJM2151A s RECOMMENDED OPERATING CONDITIONS PARAMETER SYMBOL TEST CONDITION Operating Voltage Vopr +2.7 to +9.0 (Ta=25°C) UNIT V s ELECTRICAL CHARACTERISTICS (HP V =SP, V =5V,Ta=25°C) q Operating Current PARAMETER SYMBOL TEST CONDITION Operating Current Iq No Signal :IqHP+IqSP Operating Current Iqs No Signal :IqHP+IqSP,VHS=L,VSS=L (Suspend Mode) + + MIN. - TYP. 3.0 252 MAX. 5.0 422 UNIT mA µA q HEADPHONE 1 (INPUT:LINE IN L/R,OUTPUT:HP OUT L/R) PARAMETER SYMBOL TEST CONDITION Output Voltage Level Vohp1 Vin=-10.0dBV Total Harmonic Distortion THDhp Vin=-10.0dBV (note1) Vin=-10.0dBV (note2), EVR Adjustable Range Gevr + Vevr=HP V →GND Maximum Output Level Vomhp THD=1% (note1) Output Remain Vonhp Rg=1kΩ (note2) Crosstalk CThp Vin=-10dBV (note2) Muting Level MThp Vin=-10dBV:VM=H (note2) q HEADPHONE 2 (INPUT:SYSTEM BEEP IN,OUTPUT:HP OUT L/R) PARAMETER SYMBOL TEST CONDITION Output Voltage Level Vohp2 Vin=3.0Vp-p Input Threshold Level VTHHP MIN. -7.4 70 -1.6 - TYP. -4.0 0.1 90 +0.6 -80 -79 -94 MAX. -1.5 1.0 -73 -70 -83 UNIT dBV % dB dBV dBV dBV dBV MIN. 0.22 4.50 TYP. 0.32 - MAX. 0.42 5.00 UNIT Vp-p Vp-p j q SPEAKER AMP1 (INPUT:SP IN,OUTPUT:SP OUT1/2) PARAMETER SYMBOL TEST CONDITION Output Voltage Level Vosp Vin=-10.0dBV Total Harmonic Distortion THDsp Vin=-10.0dBV (note1) Maximum Output Level VOMsp THD=3% (note1) Output Remain Noise Line Mix Off Level Vonsp Vooffsp Rg=1kΩ (note2) Vin=-12dBV,VL=H (note2) NJM2151A MIN. -1.4 +3.5 - TYP. +2.0 0.7 +5.7 -82 -78 MAX. +4.5 2.0 -78 -70 UNIT dBV % dBV dBV dBV q SPEAKER AMP2 (INPUT:PM BEEP IN,OUTPUT:SP OUT 1/2) PARAMETER SYMBOL TEST CONDITION Output Level Vosp2 Vin=-10.0dBV (noet1):B.W.=0.4 to 30kHz ,(note2):CCIR q CONTROL BLOCK MUTE CONTROL (3pin:MUTE-CTRL) PARAMETER SYMBOL HP Mute Off VML HP Mute On VMH MIN. -7.4 TYP. -4.0 MAX -1.5 UNIT dBV TEST CONDITION MIN. GND 1.5 TYP. - MAX. 0.4 + V UNIT V V HEADPHONE SUSPEND CONTROL (9pin:HPSUS-CTRL) PARAMETER SYMBOL TEST CONDITION HP Suspend On VHPSL HP Suspend Off VHPSH SPEAKER SUSPEND Control (10pin:SPSUS-CTRL) PARAMETER SYMBOL TEST CONDITION SP Suspend On VSPSL SP Suspend Off VSPSH LINE MIX ON/OFF Control (12pin:LINE MIX ON/OFF CTRL) PARAMETER SYMBOL TEST CONDITION Line Mix On VLL Line Mix Off VLH MIN. GND 1.5 TYP. - MAX. 0.4 + V UNIT V V MIN. GND 1.5 TYP. - MAX. 0.4 + V UNIT V V MIN. GND 1.5 TYP. - MAX. 0.4 + V UNIT V V (Note) Unless specified, tested with next mode below. FUNCTION SYMBOL PIN.No EVR Control Vevr 1pin Mute Control VM 3pin Headphone Suspend Control VHS 9pin Speaker Suspend Control VHS 10pin Line Mix Control VL 12pin CONDITION + Vevr=V VM=L VHS=H VSS=H VL=L STATUS EVR=Max Mute Off Suspend Off Suspend Off Line Mix On j s BLOCK DIAGRAM NJM2151A 20 19 18 17 16 15 14 13 12 11 SP.V+ HP.V+ + VR + VR + SP. SUSPEND HP. SUSPEND 3 4 5 6 7 8 9 10 1 2 s PIN FUNCTION (SP V =3.0V,HP V =3.0V) PIN No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 SYMBOL EVR LINE-IN-L MUTE LINE-IN-R BEEP BIAS SYS.BEEP-IN SP.IN BEEP IN HP.SUSPEND SP.SUSPEND SP.GND LM SP.OUT2 SP.OUT1 BEEP LEVEL + SP.V HP.GND HP.OUT R HP.OUT L HP.V + + + FUNCTION EVR Control Line Lch Input Headphone Mute Control Line Rch Input Bias System BEEP Input Speaker Amp. Input Speaker BEEP Input Headphone Suspend Speaker Suspend Control GND for Speaker Speaker Line Mix On/Off Control BTL Invert Output BTL Non-Invert Output System BEEP Output Level Control Supply for Speaker GND for Headphone Headphone Rch Output Headphone Lch Output Supply for Headphone PIN VOLTAGE(V) 1.5 3.0 2.5 1.5 1.5 1.5 1.5 0.0 3.0 1.5 1.5 2.3 3.0 0.0 1.5 1.5 3.0 EQUIVARENT CIRCUIT Base(PNP) Base(PNP) 100kΩ Pull Down Base(PNP) Base(PNP) 64kΩ Base(PNP) Base(PNP) Base(PNP) Base(PNP) Base(PNP) 100k ΩPull Up Base(PNP) Emitter Follower (NPN) Emitter Follower (NPN) C(PNP)-3kΩ Emitter Follower (NPN) Emitter Follower (NPN) - j s TEST CIRCUIT EVR NJM2151A HP.V+ 1 LINE-IN-L MUTE 1kΩ LINE-IN-R 1kΩ 27kΩ 0.47uF HP.V+ + VR 20 19 18 47uF 47uF 100Ω 100Ω HP.OUT L HP.OUT R 2 3 27kΩ 0.47uF 22uF 0.47uF 0.47uF 0.47uF 4 4 5 6 + VR SP.V+ 17 16 390kΩ HP GND SP.V+ SYS.BEEP IN SP IN BEEP IN HP.SUSPEND SP.SUSPEND 1kΩ 1kΩ 33kΩ 15kΩ 18kΩ 1kΩ 15 + SP.OUT 1 8Ω 7 8 9 10 HP.SUSPEND 14 SP.OUT 2 LM 13 12 11 SP.GND SP.SUSPEND s CONTROL TERMINAL EXPLANATION 1:MUTE CTRL (3pin) PARAMETER STATUS HP. Mute On H HP. Mute Off L 2:HP.SUSPEND CTRL (9pin) PARAMETER STATUS HP. Suspend Off H HP. Suspend On L 3:SP.SUSPEND CTRL (10pin) PARAMETER STATUS SP. Suspend Off H SP. Suspend On L 4:LINE MIX ON/OFF CTRL (12pin) PARAMETER STATUS Line Mix Off H Line Mix On L NOTE HP.AMP. is not given off signal. HP.AMP. is given off signal. NOTE HP.AMP. is active. HP.AMP. is non-active. NOTE SP.AMP. is active. SP.AMP. is non-active. NOTE Signal don’t get in SP.AMP. Signal get in SP.AMP. j s APPLICATION CIRCUIT NJM2151A VE 1 LINE L 2 VM 3 LINE R 4 + VR 17 18 R + VR 19 L HP.V + HP.V 20 + + + 5 SYSTEM BEEP IN 6 SP.IN 7 PM BEEP IN 8 VHS 9 VSS 10 SP.SUSPEND HP.SUSPEND SP.V SP.V 16 + + 15 + 14 MONO. SPEAKER 13 VL 12 11 j s EQUIVARENT CIRCUIT PIN No. FUNCTION EQUIVARENT CIRCUIT V + NJM2151A PIN No. FUNCTION V EQUIVARENT CIRCUIT + 1PIN 1 EVR 100KΩ 6 FB SYS.BEEP IN 6PIN Vref 48KΩ GND 20KΩ GND + V V + 2PIN 7PIN 2 LINE-IN-L 7 SP.IN 30KΩ GND GND FB V + V + 8PIN 20KΩ 3 MUTE 3PIN 100kΩ GND 8 BEEP-IN 20KΩ GND To V + V + 4PIN 4 LINE-IN-R 9 HP.SUSPE ND 9PIN 100KΩ GND GND + V V + 5PIN 5 BEEP BIAS 64KΩ 10 SP.SUSPE ND 10PIN GND GND 100KΩ j s EQUIVARENT CIRCUIT PIN No. 11 FUNCTION SP.GND V + NJM2151A EQUIVARENT CIRCUIT PIN No. 16 FUNCTION SP.V + EQUIVARENT CIRCUIT 100KΩ 12 LM 12PIN 17 HP.GND GND V + V + 13PIN 20KΩ 18PIN 58KΩ NFB 13 SP.OUT 2 NFB 18 HP.OUT R GND V + GND V + 14PIN 20KΩ NFB 19PIN 58KΩ NFB 14 SP.OUT 1 19 HP.OUT L GND V + GND 15 BEEP LEVEL 15PIN 20 HP.V + GND MEMO [CAUTION] The specifications on this databook are only given for information , without any guarantee as regards either mistakes or omissions. The application circuits in this databook are described only to show representative usages of the product and not intended for the guarantee or permission of any right including the industrial rights.