M67760LC MITSUBISHI | Alldatasheet

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806-870MHz, 12.5V, 20W, FM MOBILE RADIO M67760LC MITSUBISHI RF POWER MODULE Nov. ´97 OUTLINE DRAWING PIN: Pin : RF INPUT VBB : BASE BIAS SUPPLY VCC1 : 1st. DC SUPPLY VCC2 : 2nd. DC SUPPLY PO : RF OUTPUT GND: FIN 66±1 60±1 52±16±0.2 R1.5 R2±0.2 0.5 ±0.154±0.2 54±2 Dimensions in mm BLOCK DIAGRAM 4.5±1 1 2 3 4 5 6 42 3 Symbol Parameter Test conditions Limits Min Max Unit f PO ηT 2fO ρin Frequency range Output power Total efficiency 2nd. harmonic Input VSWR Load VSWR tolerance Stability VBB =9V, VCC1 =VCC2 =12.5V, Pin=0.4W, ZG =ZL=50Ω VBB =9V, VCC1 =12.5V, VCC2 =15.5V, PO =20W (Pin:controlled), ZG =50Ω , Load VSWR=20:1 (All phase) VBB =9V, f=806-825, 851-870MHz, VCC1 =10 to 12.5V, VCC2 =10 to 15.5V (VCC1 ≤VCC2 ), PO =0 to 20W (Pin:controlled less than 0.4W), ZG =50Ω , Load VSWR≤3:1 (All phase) VBB =9V, VCC1 =VCC2 =12.5V, ZG =ZL=50Ω , PO =20W (Pin:controlled) 806 870 -30 No degradation or destroy No oscillation more than -60dBc MHz W dBc Note. Above parameters, ratings, limits and test conditions are subject to change. ELECTRICAL CHARACTERISTICS (Tc=25°C unless otherwise noted) Symbol Parameter Conditions Ratings Unit ABSOLUTE MAXIMUM RATINGS (Tc=25°C unless otherwise noted) Note. Above parameters are guaranteed independently. V9.5VBB Base bias V14VCC1 Supply voltage V16.5VCC2 Supply voltage A8.5ICC Total current W0.8Pin (max) Input power W25PO (max) Output power °C-30 to +110TC (OP) Operation case temperature °C-40 to +110Tstg Strage temperature VBB =9V ZG =ZL=50Ω , VBB =9V ZG =ZL=50Ω , VCC1 ≤12.5V f=806-870MHz, ZG =ZL=50Ω ZG =ZL=50Ω ZG =ZL=50Ω

806-870MHz, 12.5V, 20W, FM MOBILE RADIO M67760LC MITSUBISHI RF POWER MODULE Nov. ´97 TYPICAL PERFORMANCE DATA OUTPUT POWER, EACH CURRENT VS. SUPPLY VOLTAGE SUPPLY VOLTAGE V CC (V) ICC2 PO ICC1 f=870MHz, VBB =9V Pin=0.4W ZG =ZL=50Ω 7 9 11 135 15 OUTPUT POWER, EACH CURRENT VS. FREQUENCY FREQUENCY f (MHz) 800790 810820830840850860870880890 VCC1 =V CC2 =12.5V VBB =9V, Pin=0.4W ZG =ZL=50Ω ICC2 PO ICC1 OUTPUT POWER, EACH CURRENT VS. INPUT POWER INPUT POWER P in (mW) 100 200 300 400 500 f=806MHz, VBB =9V VCC1 =VCC2 =12.5V ZG =ZL=50Ω ICC2 PO ICC1 0 600 OUTPUT POWER, EACH CURRENT VS. INPUT POWER INPUT POWER P in (mW) ICC2 PO ICC1 f=870MHz, VBB =9V VCC1 =V CC2 =12.5V ZG =ZL=50Ω 100 200 300 400 5000 600 OUTPUT POWER, EACH CURRENT VS. SUPPLY VOLTAGE SUPPLY VOLTAGE V CC (V) ICC2 PO ICC1 f=806MHz, VBB =9V Pin=0.4W ZG =ZL=50Ω 7 9 11 135 15

896-941MHz, 12.5V, 20W, FM MOBILE RADIO M67760HC MITSUBISHI RF POWER MODULE Nov. ´97 OUTLINE DRAWING PIN: Pin : RF INPUT VBB : BASE BIAS SUPPLY VCC1 : 1st. DC SUPPLY VCC2 : 2nd. DC SUPPLY PO : RF OUTPUT GND: FIN 66±1 60±1 52±16±0.2 R1.5 R2±0.2 0.5 ±0.154±0.2 54±2 Dimensions in mm BLOCK DIAGRAM 4.5±1 1 2 3 4 5 6 42 3 Symbol Parameter Test conditions Limits Min Max Unit f PO ηT 2fO ρin Frequency range Output power Total efficiency 2nd. harmonic Input VSWR Load VSWR tolerance Stability VBB =9V, VCC1 =VCC2 =12.5V, Pin=0.4W, ZG =ZL=50Ω VBB =9V, VCC1 =12.5V, VCC2 =15.5V, PO =20W (Pin:controlled), ZG =50Ω , Load VSWR=20:1 VBB =9V, f=896-902, 935-941MHz, VCC1 =10 to 12.5V, VCC2 =10 to 15.5V (VCC1 ≤VCC2 ), PO =0 to 20W (Pin:controlled less than 0.4W), ZG =50Ω , Load VSWR≤3:1 (All phase) VBB =9V, VCC1 =VCC2 =12.5V, ZG =ZL=50Ω PO =20W (Pin:controlled) 896 941 -30 No degradation or destroy No oscillation more than -60dBc MHz W dBc Note. Above parameters, ratings, limits and test conditions are subject to change. ELECTRICAL CHARACTERISTICS (Tc=25°C unless otherwise noted) Symbol Parameter Conditions Ratings Unit ABSOLUTE MAXIMUM RATINGS (Tc=25°C unless otherwise noted) Note. Above parameters are guaranteed independently. V9.5VBB Base bias V14VCC1 Supply voltage V16.5VCC2 Supply voltage A8.5ICC Total current W0.8Pin (max) Input power W25PO (max) Output power °C-30 to +110TC (OP) Operation case temperature °C-40 to +110Tstg Strage temperature VBB =9V ZG =ZL=50Ω , VBB =9V ZG =ZL=50Ω , VCC1 ≤12.5V f=896-941MHz, ZG =ZL=50Ω ZG =ZL=50Ω ZG =ZL=50Ω

896-941MHz, 12.5V, 20W, FM MOBILE RADIO M67760HC MITSUBISHI RF POWER MODULE Nov. ´97 TYPICAL PERFORMANCE DATA OUTPUT POWER, TOTAL EFFICIENCY VS. FREQUENCY FREQUENCY f (MHz) 100 860 900 920 940 980 PO ηT OUTPUT POWER, VS. INPUT POWER INPUT POWER P in (mW) 10 100 1 1000 OUTPUT POWER, EACH CURRENT VS. 1st. SUPPLY VOLTAGE 1st. SUPPLY VOLTAGE VCC1 (V) 2 6 8 10 120 14 OUTPUT POWER, EACH CURRENT VS. SUPPLY VOLTAGE SUPPLY VOLTAGE V CC1 =V CC2 (V) PO ICC1 2 6 10 140 18 880 960 VCC1 =V CC2 =12.5V VBB =9V Pin=400mW ZG =ZL=50Ω VCC1 =VCC2 =12.5V VBB =9V ZG =ZL=50Ω 100 0.1 OUTPUT POWER, EACH CURRENT VS. 1st. SUPPLY VOLTAGE 1st. SUPPLY VOLTAGE VCC1 (V) 100 2 6 8 10 120 144 f=941MHz, VCC2 =12.5V VBB =9V, Pin=400mW ZG =ZL=50Ω PO 100 0.1 0.1 100 0.1 ICC1 PO ICC2 ICC1 ICC2 f=896MHz VBB =9V Pin=400mW ZG =ZL=50Ω 4 8 12 16 ICC2 OUTPUT POWER, EACH CURRENT VS. SUPPLY VOLTAGE SUPPLY VOLTAGE V CC1 =VCC2 (V) PO ICC1 2 6 10 140 18 f=941MHz VBB =9V Pin=400mW ZG =ZL=50Ω 4 8 12 16 ICC2 941MHz f=896MHz f=896MHz, VCC2 =12.5V VBB =9V, Pin=400mW ZG =ZL=50Ω