BTL IC (35 W 4-ch) IC GND CR IC GND IC ( V CC GND ASO etc.) (STB-on/off ) (Mute-on/off ) AN7550NZ R1.8±0.1 (10.50) HZIP025-P-0980 Unit : mm 31.0±0.3 27.0±0.3 4.5±0.2 21.0±0.1 1.5±0.1 (10.50) φ3.6±0.1 3.6±0.1 14.5±0.3 15.5±0.3 1 25 +0.2 (1.26) 1.27 0.6 0.1 (5.08) (4.29) +0.15 0.40 0.05 33.0±0.3 33.36±0.30 (1.95) (2.15) SEATING PLANE (3.30) 2.4±0.5 (5.70) 18.75±0.30 (24.45) 3.75±0.10 1
5 22 14 7 V CC V CC GND( ) 1 25 24 23 Ripple Filter Protection Circuit 10 17 18 15 Beep Input 21 Attenuation 20 GND( ) Control 19 12 11 Attenuator AUX Input Attenuator Pin No. 1 2 3 ch.3 4 GND(Sub) 5 ch.4 6 ( ) 7 ch.2 8 Beep 9 ch.1 10 11 ch.1 12 (ch.1 ) 13 ch.1 + 6 GND( ) 3 8 Beep 2 Muting 16 AUX Pin No. 9 14 V CC 15 ch.2 16 AUX 17 ch.2 + 18 (ch.2 ) 19 ch.3 20 (ch.3 ) 21 ch.3 + 22 V CC 23 ch.4 24 (ch.4 ) 25 ch.4 + 4 GND(Sub) 保守廃止 13 保守予定品種 保守品種 廃品種を GND( ) GND( ) ) 2
) *1 : T a = 25 C *2 : *3 : Time = 0.2 s *4 :T a = 85 C *2 V CC 25 V * 3 V Surge 65 V I CC 12 A *4 P D 59 W * 1 T opr 30 +85 C *1 T stg 55 +150 C V CC 8.0 18.0 V V CC = 13.2 V,freq = 1 khz,t a = 25 C I CQ R G = 10 kω,r L = 4 Ω 300 450 ma I STB R G = 10 kω,r L = 4 Ω 1 10 µa *1 V NO R G = 10 kω,r L = 4 Ω 0.15 0.5 mv rms G V V IN = 40 mv,r L = 4 Ω 32 34 36 db 1 THD1 V IN = 40 mv,r L = 4 Ω 0.05 0.2 % P O THD = 10 %,R L = 4 Ω 16.0 19.5 W *1 RR R L = 4 Ω,R G = 10 kω 60 68 db V R = 1 V rms,fr = 1 khz CB V IN = 40 mv,r L = 4 Ω 0 1 db CT V IN = 40 mv,r L = 4 Ω,R G = 10 kω 60 70 db V OFF R G = 10 kω,r L = 4 Ω 250 0 250 mv *1 MT V IN = 40 mv,r L = 4 Ω 70 86 db Z I V IN = ± 0.3 V DC 24 30 36 kω *2 V S R L = 4 Ω,R G = 10 Ω,V MUTE = 5 V 100 0 100 mv P0 V STB = On/Off,50 Hz HPF 2 THD2 V IN = 20 mv,f IN = 20 khz 0.1 0.5 % R G = 10 Ω,R L = ) *1 : 15 Hz 30 khz(12 db/oct) *2 : 0 V 5 V 5 V 0 V 500 ms 500 ms 3
( )V CC = 13.2 V,freq = 1 khz,t a = 25 C On MT ON V IN = 40 mv,r L = 4 Ω 4 V Off MT OFF V IN = 40 mv,r L = 4 Ω 0.8 V f C V IN = 40 mv,r L = 4 Ω 20 40 khz G V = 1 db(0 db : 1 khz) V CC = 13.2 V,f = 1 khz,15 Hz 30 khz(12 db/oct) ) P Omax max.power,r L = 4 Ω 28 W P O2 V CC = 14.4 V,THD = 10%,R L = 4 Ω 21 W P Omax2 V CC = 14.4 V,max.Power,R L = 4 Ω 34 W f PL V CC = 14.4 V,THD = 1%,R L = 4 Ω 10 Hz P OL = 3 db(1 khz : 0 db) f PH V CC = 14.4 V,THD = 1%,R L = 4 Ω 18 khz P OH = 3 db(1 khz : 0 db) STB V STB1 R G = 10 kω,r L = 4 Ω,STB ACT 2.2 V STB V STB2 R G = 10 kω,r L = 4 Ω,ACT STB 1.5 V 4
Pin No. DC 1 : 13 V V CC 3 10 ma 15 kω 1 1.7 ma 20 kω 350 µa 2 Mute : 0 V 2 200 Ω 2.1 V 100 kω 10 kω 3 ch.3 : 0 10 mv 3 ch.3 200 Ω 15 µa 15 µa 4 GND( ) : 0 V 5
( ) Pin No. DC 5 ch.4 : 0 10 mv ch.4 5 200 Ω 15 µa 15 µa 6 GND( ) : 0 V 7 ch.2 : 0 10 mv 7 ch.2 200 Ω 15 µa 15 µa 8 Beep : 0 V V REF = 6.3 V 15 kω Beep Beep 13 8 15 kω 13 kω 2 kω 2 kω 2 kω 17 V REF = 6.3 V 15 kω 6
( ) Pin No. DC 9 ch.1 : 0 10 mv 9 ch.1 200 Ω 15 µa 15 µa 10 : 5 V 10 10 kω 2.1 V 2 kω 11 ch.1 ( ) : 6.3 V 14 ch.1 11 12 15 kω 12 GND( ) : ch.1 0 V 7
( ) Pin No. DC 13 ch.1 (+) : 6.3 V 14 ch.1 13 12 V REF = 6.3 V 15 kω 14 : 13.2 V 15 ch.2 ( ) : 6.3 V 14 ch.2 15 18 15 kω 16 AUX : 6.3 V V REF = 6.3 V 15 kω 17 10.6 kω 16 10 kω 8
( ) Pin No. DC 17 ch.2 (+) : 6.3 V 14 ch.2 17 18 V REF = 6.3 V 15 kω 18 GND( ) : ch.2 0 V 19 ch.3 ( ) : 6.3 V 22 ch.3 19 20 V REF = 6.3 V 15 kω 20 GND( ) : ch.3 0 V 21 ch.3 (+) : 6.3 V 22 ch.3 21 24 V REF = 6.3 V 15 kω 9
( ) Pin No. DC 22 : 13.2 V 23 ch.4 ( ) : 6.3 V 22 ch.4 23 24 15 kω 24 GND( ) : ch.4 0 V 25 ch.4 (+) : 6.3 V 22 ch.4 25 24 V REF = 6.3 V 15 kω 10
V CC 1 µf 10 kω 2200 µf 10 kω 1 µf 5 22 14 7 1 10 4 Ω 4 Ω 33 µf 25 17 24 18 23 15 21 20 19 6 1 µf 3 10 kω 8 Beep 2 22 kω 5 V 5 V Muting 1. 2. GND 3. ASO 4. T j = 150 C 5. V CC = 20 V 6.V CC 7.Beep Beep GND 8.Beep 0.3 V 9.AUX AUX 10. ( ) GND 1.GND 2.GND 3.GND 4.1.3 Ω3 5.1 Ω+ 6.RF 1 µf 0 V 16 AUX 10 kω 9 1 µf 4 13 12 11 4 Ω 4 Ω 11
HZP025-P-0980 120 100 113.6 P D T a Rth(j c) = 1.1 C/ W Rth(j a) = 31.1 C/ W P D (W) 80 60 40 20 0 0 1 C / W 59.5 2 C / W 40.3 5 C / W 20.5 4.02 25 50 75 100 125 150 T a ( C) 12
保守廃止 保守予定品種 保守品種 廃品種を