M61506FP MITSUBISHI, M61506FP Datasheet
M61506FP
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M61506FP Summary of contents
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... DESCRIPTION The M61506FP band peak hold ICs that use microprocessor time division to produce serial output for spectrum analyzer displays. FEATURES 5 band peak hold elements for spectrum analyzer displays. Discharge time constant circuit for each band is on the chip. Single 5V power supply. ...
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... BPF IN P.HOLD f1 BPF 1 Amp P.HOLD BPF 2 f2 P.HOLD BPF P.HOLD BPF 4 f4 P.HOLD BPF 5 f5 <PEAK HOLD> Amp-A HOLD C RESET + (The value is the design value) MITSUBISHI ELECTRIC 16 GND2 15 PHOUT TEST 14 GND1 13 ENB 12 SELC 11 SELB 10 SELA 9 Vcc Units Resistance : Capacitance ...
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... The reset(discharge) signal is made automatically after ending the output of hold value(Discharge pulse effect:-3dB(typ).fall refer to output value) (4)The internal output voltage of peak hold circuit is refered to Vcc/2. (Pin.No.1) When it is selected by the output select circuit,it appear at PHout (Pin.No.15) refered to GND. MITSUBISHI ELECTRIC ...
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... Inverted input of amplifier System supply Output setting control terminal A(logic input) I Output setting control terminal B(logic input) I Output setting control terminal C(logic input) I Output setting control enable terminal(logic input) I Ground Peak hold output terminal Ground 2 I MITSUBISHI ELECTRIC ( ...
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... Vcc 10 SELA 11 SELB 12 SELC 13 ENB 14 GND1 15 PHOUT 16 GND2 Peripheral circuit of pins I/O I Vcc 180K I 1 180K I GND2 O Vcc Vcc Supply I I 10,11,12,13 I 20K I VccX0.3 I Ground1 I O 10K GND2 I Ground2 MITSUBISHI ELECTRIC 350K 2 3 150K VccX0.3 10K ...
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... Operating temperature Tstg Storage temperature Input voltage range Vi(max) Vo(max) Output voltage range Thermal derating(maximum rating) 0.6 0.54 0.5 0.4 0.3 0.27 0.2 0 AMBIENT TEMPERATURE Ta ( Conditions Ta< Ta> 100 125 ) C MITSUBISHI ELECTRIC Unit Ratings 540 5.4 mW -20 to +75 -40 to +125 C GND-0.3 to Vcc+0.3 V GND to Vcc V 150 ...
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... The control voltage from the microprocessor must be from GND -0.3V to Vcc+0.3V. If the control voltage is out of the above range. It`s necessary to modify the control voltage in the above range by using resistors or diodes. Conditions MIN 4.5 Vcc=5V 2.5 Vcc=5V GND MITSUBISHI ELECTRIC MAX Unit TYP 6.5 5.0 V VCC V 0 ...
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... RESET (internal signal) ENB SELA SELB SELC 90% Ts(10 Sec.MAX) <SELECT state> <Automatic Generation by Tr(25 Sec.TYP) MITSUBISHI ELECTRIC Note X:Don`t Care inside time constant> ...
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... TIMING CHART H ENB SELA L H SELB SELC L PHout f1 GND H f1 RESET (105Hz RESET L (340Hz RESET L (1KHz RESET (3.4KHz RESET (10.5KHZ MITSUBISHI ELECTRIC ...
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... Vo2 f2(fin=270 to 410Hz) Vo3 f3(fin=0.8 to 1.2KHz) Vo4 f4(fin=2.7 to 4.1KHz) Vo5 f5(fin=8.0 to 13.0KHz) The time from the rise of output Ts selection until the rise of PHout (90% of peak) <Reference> Inside reset signal DS Tr=25 secTYP. MITSUBISHI ELECTRIC Limits Unit Min Max typ 4.0 4 Vcc V 2 ...
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... OUTPUT BPF IN 2K BPF 1 f1 Amp BPF Amp- BPF BPF 4 f4 BPF 5 f5 <PEAK HOLD> 2K Amp-A HOLD C RESET + Units resistance:W capacitance:F MITSUBISHI ELECTRIC 16 15 SELECTOR 14 CONTROL CIRCUIT 13 P.HOLD ENB P.HOLD 12 P.HOLD SELC P.HOLD 11 P.HOLD SELB 10 SELA 9 0.01m 11 ( GND2 PHOUT ...
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... COU BPF 3 Amp BPF BPF 5 f5 AOU <PEAK HOLD> Amp Units resistance: capacitance:F MITSUBISHI ELECTRIC SELECTOR HOLD OUTPUT P.HOLD P.HOLD P.HOLD P.HOLD P.HOLD HOLD C RESET 0. GND2 PHOUT 15 14 GND1 A/D 13 Px4 ENB 12 Px3 SELC MCU 11 Px2 ...
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... OUTLINE MITSUBISHI ELECTRIC ...