M61016F MITSUBISHI | Alldatasheet

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MITSUBISHI ICS<AV COMMON> M61016F BUILT-IN 2-CHANNEL SPD SENSOR DETECT AMOUNT OF LIGHT MITSUBISHI ( / 8 ) PRELIMINARY

FEATURES

  • A 2-channel SPD sensor is built in.(1-channel for spot and one for average)
  • Wide-ranging detection of light volume.
  • One output pin (thermometer output and photometry output)
  • Small-sized transparent molded plastic package.

DESCRIPTION

The M61016F is a semiconductor integrated circuit designed to detect quantity of light and used for cameras and illuminometers. Because a high-sensitivity SPD sensor is built in this IC, it is possible not only to reduce the space and expenses to mount it but also to conduct wide-ranging detection of light volume. BLOCK DIAGRAM SPOT SPD AVE SPD VCC GND VOUT GAIN x 7 1.1 V (T-PROPORTIONAL VOLTAGE) CS1 CS2 SEL 500nA CONSTANT CURRENT VCC CS1 CS2 GND N.C. VOUT 5mm N.C. SW1 SW2 SEL THERMOMETER CIRCUIT SW3 SW4 APPLICATION Automatic exposure control for cameras,illuminometers. RECOMMENDED OPERATING CONDITION Light input range • • • • • • • • • • • SPOT 2 to 100000 lux AVE 0.125 to 12500 lux PIN CONFIGURATION (TOP VIEW) TEMPERATURE COMPENSATION * Decide after confirmation of real power

MITSUBISHI ICS<AV COMMON> M61016F BUILT-IN 2-CHANNEL SPD SENSOR DETECT AMOUNT OF LIGHT MITSUBISHI ( / 8 ) PRELIMINARY 750 1500 900 450 SPOT AVE Unit : µm Pin VOUT -0.3 to 7.0 150 -0.3 to VCC+0.3 -10 to 50 -30 to 85 -2.5 0.2 100 150 200 25 50 75 10060 180 280 50 50 280 50 50 140 140 200 200200 200 Area ratio SPOT : AVE = 1 : 16 78 78 78 78 ABSOLUTE MAXIMUM RATINGS (Ta=25°C, unless otherwise noted) Symbol Parameter Conditions Ratin gs Unit VCC Supply voltage Pd Power dissipation VIN Input voltage IO(max) Topr Tstg Operating temperature Storage temperature K Thermal derating V mW V mW/°C mAOutput current RECOMMENDED OPERATING CONDITION (Ta=25°C, unless otherwise noted) Symbol Parameter Test Conditions Limits Min Typ Max VCC Lopr1 Lopr2 Supply voltage 4.0 2 to 100000 0.125 to 12500 5.0 6.5 V lux lux Unit Operating illuminance " SP " Operating illuminance " AVE " THERMAL DERATING (MAXIMUM RATING) POWER DISSIPATION Pd (mW) AMBIENT TEMPERATURE Ta (°C) - 2.5 mW/°C SENSOR FORM * Decide after confirmation of real power

MITSUBISHI ICS<AV COMMON> M61016F BUILT-IN 2-CHANNEL SPD SENSOR DETECT AMOUNT OF LIGHT MITSUBISHI ( / 8 ) PRELIMINARY ICC illuminance: 200 lux 6 mA 4- VTHCS1 VCC-0.8VCC-2.2 VCS1 input pin CS1I Ground current 1 -150 -16 µA V µA VTE dVTE1 Absolute value of thermometer output Load current : - 0.2mA 20 -20 - Output voltage variance at VCC=5V-1V -45 45 mV VOS SP side , illuminance 8 lux 2120 2440 2760 mV dVTE2 dVOS1 -45 45 VOA AVE side ,illuminance 8 lux 1680 1940 2200 mV dEVA1 dEVA2 AVE side ,illuminance 0.25 to * lux 0.3 -0.3 AVE side ,Variance when illuminance changes from 8 to 32 dVOA1 -45 45 AVE SP , illuminance 2 to 100000 luxtrc2 Switching response 2 3000- 10 trs SP side , illuminance 2 lux 20 ms - 5 tra AVE side , illuminance 0.5 lux 50 - 20 trc1 Switching response 1 SP AVE , illuminance 0.125 to 12500 lux 3000 µS- 10 dEVA3 AVE side ,illuminance 0.125 to 0.25 lux 0.5 EV -0.5 - -50 -150 -16 -50 Output voltage variance at VCC=5V+1V Thermometer supply voltage variance 2 -45 45 - dVTE3 SP side ,Output voltage variance at VCC=5V-1V SP side ,Output voltage variance at VCC=5V+1V -45 45 -dVOS2 dEVS1 dEVS2 SP side ,Variance when illuminance changes from 8 to 32 SP side ,illuminance 4 to * lux -116-125-134 0.3-0.3 - dEVS3 SP side ,illuminance 2 to 4 lux 0.5 EV -0.5 - AVE side ,Output voltage variance at VCC=5V-1V AVE side ,Output voltage variance at VCC=5V+1V -45 45 -dVOA2 VCC-1.5Threshold voltage 1 Current of between CS1pin to GND VCC = 5V VHSEL VCC-0.8VCC-2.2SEL input pin SELI VCC-1.5 Current of between SELpin to GND VCC = 5V I / F Thermo -meter SPOT AVE Response V µA-150 -16 -50 VTHCS2 VCC-0.8VCC-2.2CS2 input pin CS2I Ground current 2 VCC-1.5 Current of between CS2pin to GND VCC = 5V Variance of thermometer output dVTE4 mV/ºC * Decide after confirmation of real power ELECTRICAL CHARACTERISTICS (Ta=25°C, light source 4500°K, illuminance: measured after transmitting products through CM 500 filter, unless otherwise noted) Symbol Parameter Test Conditions Limits Min Typ Max UnitBlock Circuit current Power supply response 1 Power supply response 2 Photometry output linearity 2 Photometry output linearity 1 Variance per level (1EV) Photometry output supply voltage variance 2 Photometry output supply voltage variance 1 Absolute value of photometry output Photometry output linearity 2 Photometry output linearity 1 Variance per level (1EV) Absolute value of photometry output Photometry output supply voltage variance 1 Photometry output supply voltage variance 2 Ground current 3 Threshold voltage 2 Threshold voltage 3 Thermometer output voltage load variance Thermometer supply voltage variance 1 1200 -22.1 960 1440 -24.3 -19.9 -116-125-134

MITSUBISHI ICS<AV COMMON> M61016F BUILT-IN 2-CHANNEL SPD SENSOR DETECT AMOUNT OF LIGHT MITSUBISHI ( / 8 ) PRELIMINARY Light source color temperature : 4500˚K IR cutoff filter : CM500S(Glass filter) LIGHT IR cutoff filter (CM500S) Luminance definition surface IC EXAMPLE I/O SYSTEM 2 31 8 7 6 5 VCC GND 8Vcc CS1 CS2 VOUT GND L H L H N.C. N.C. To AD5 SELL H Light condition at electric characteristics

MITSUBISHI ICS<AV COMMON> M61016F BUILT-IN 2-CHANNEL SPD SENSOR DETECT AMOUNT OF LIGHT MITSUBISHI ( / 8 ) PRELIMINARY PIN EXPLANATION 2PIN : CS1pin 3PIN : CS2pin Photo sensor ,AVE and SPOT is switched by CS1,2. 4PIN : SELpin Photometry output and thermometer output is switched. Switching Function Input Pin Thermometer output voltage 1200mV (at 25˚CTYP) Photometry output Variance of 1EV = - 125mVTYP (Variance when illuminance is two times and half times) VOUT=gain*{(VT*ln(Is cancel /ISPD) }+VK •••••• (At photometry output mode) VOUT=gain*{Vin - (273+Ta) / 298 * VK } •••••• (At thermometer output mode) VK=1100mV (VK amp.output voltage / Absolute temperature proportional) Vin = 1150mV •••••• (Absolute temperature constant) VT=25.7mV at 25˚C •••••• (Absolute temperature proportional) Is cancel=500nA gain= x 7 ISPD=Sensor current=55nA/mm at 100 lux (At equipping with IR filter) 1EV=-125mV Ta = Ambient temperature (˚C) note : Prohibiting to select SPOT and AVE at once Thermometer output SELCS2CS1 L L L L L H L H L L H H H L L H L H H H L H H H VOUT Thermometer output Photometry output Input Select output SPOT AVE (2PIN) (3PIN) (4PIN) (5PIN) Prohibition of inputting VOUTpin / output switching thermometer output and photometry output voltage.

MITSUBISHI ICS<AV COMMON> M61016F BUILT-IN 2-CHANNEL SPD SENSOR DETECT AMOUNT OF LIGHT MITSUBISHI ( / 8 ) PRELIMINARY OUTPUT CHARACTERISTICS THERMOMETER OUTPUT MODE PHOTOMETRY OUTPUT MODE Absolute value Vout=1.2V (at Ta=25˚C) Slope -22 mV/˚C 0.0 0.5 1.0 1.5 2.0 2.5 3.0 - 4 0 - 3 0 - 2 0 - 1 0 0 1 02 03 04 0 5 06 07 0 AMBIENT TEMPERATURE Ta (˚C) Thermometer output VOUT [V] Characteristics of thermometer output -temperature ABSOLUTE VALUE OF PHOTOMETRY OUTPUT 0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 0.01 0.1 1 10 100 1000 10000 1E+05 AVE SPOT -1.0 -0.5 0.0 0.5 1.0 0.01 0.1 1 10 100 1000 10000 1E+05 AVE SPOT PHOTOMETRY OUTPUT DEFLECTION (EV) PHOTOMETRY OUTPUT DEFLECTION ILLUMINANCE (LX) PHOTOMETRY OUTPUT VOLTAGE (V) ILLUMINANCE (LX) ABSOLUTE VALUE OF PHOTOMETRY OUTPUT

MITSUBISHI ICS<AV COMMON> M61016F BUILT-IN 2-CHANNEL SPD SENSOR DETECT AMOUNT OF LIGHT MITSUBISHI ( / 8 ) PRELIMINARY PHOTOMETRY OUTPUT VOLTAGE

  • Photometry output voltage is proportioned to absolute temperature.
  • Photometry output voltage is converted into 25˚C.
  • Ambient temperature : Ta (˚K) Photometry output voltage at ambient temperature: set VO Conversion formula Photometry output voltage of conversion at 25˚C = Vo Ta x 298˚K Conversion error range 0.4EV (-15 to 40˚C)

MITSUBISHI ICS<AV COMMON> M61016F BUILT-IN 2-CHANNEL SPD SENSOR DETECT AMOUNT OF LIGHT MITSUBISHI ( / 8 ) PRELIMINARY

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