CHENMKO ENTERPRISE CO.,LTD SURFACE MOUNT ZENER SILICON PLANAR POWER ZENER DIODES VOLTAGE RANGE.V TO 9V MMPZBGP THRU MMPZBGP FEATURE * High temperature soldering type. * ESD rating of class (> kv) per human body model. * Silicon planar zener diodes. * Silconoxide passivated junction. * Low temperature coefficient voltage * mw Rating on FR or FR Board MECHANICAL * Voildfree, Transfermolded, Thermosetting plastic case * SC/SOD Packaging. * Cathode indicated by polarity band. * Mounting position: Any..~. Cathode Band () ().~..~. SC/SOD CIRCUIT ().~. Max..~..~.~. () Dimensions in millimeters SC/SOD MAXIMUM RATINGES ( At TA = o C unless otherwise noted ) RATINGS SYMBOL VALUE UNITS Zener Current ( see Table "Characteristics" ) Max. Steady State Power Dissipation @TA= o C PD mw Max. Operating Temperature Range TJ to + o C Storage Temperature Range TSTG to + o C ELECTRICAL CHARACTERISTICS ( At TA = o C unless otherwise noted ) CHARACTERISTICS SYMBOL MIN. TYP. MAX. UNITS Thermal Resistance Junction to Ambient R JA o C/W Max. Instantaneous Forward Voltage at IF= ma VF.9 Volts NOTES :. The JEDEC type numbers listd have a standaerd tolerance on the normal zener voltage of +%, Suffix B=+%.. The zener impedance is derived from KHz AC voltage, which results when an AC current having an RMS value equal to % of DC zener current (IZT or IZK) is superimposed on IZT or IZK. Zener impedance is measured at two points to insure a sharp knee on the breakdown curve to eliminate unstable units.. Valid provided that electrodes at distance of mm from case are kept ambient temperature.. Measured under thermal equilibrium and DC test conditions.. The rating listd in the electrical characteristics table is maximum peak, nonrepetitive, reverse surge current of / square wave or equivalent sine wave pulse of / second duration superimposed on the test current, IZT, per JEDEC registration.
ELECTRICAL CHARACTERISTICS ( MMPZBGP THRU MMPZBGP ) TYPE Min Volts Zener voltage VZ (V) @ IZT Nom Max Volts Volts Test Maximum Zener impedance Maximum Type Maximum current reverse leakage current temperature regulator coefficient current ZZT at at at at IZT ZZK IZK IR at VR TA= o C TA= o C IZT (ma) ( ) ( ) (ma) (ua) (V) VZ (%/ o C) IZM (ma) MMPZBGP..... MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZ9BGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZ9BGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZ9BGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP.................. 9.......... 9...............9.......... 9. 9.......9..9....... 9. 9.......... 9.9..... 9... 9 9............................................ 9. 9.9 9........ +. +. +. +. +. +. +. +. +. +. +. +. +. +.9 +. +. +. +. +. +. +. +. +. +.9 +. +.9 +.9 +.9..... 9.......
ELECTRICAL CHARACTERISTICS ( MMPZBGP THRU MMPZBGP ) TYPE MMPZBGP MMPZ9BGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZBGP MMPZ9BGP MMPZBGP Zener voltage VZ (V) @ IZT Min Nom Max Volts Volts Volts.... 9......9. 9........... 9.. 9. 9. Test Maximum Zener impedance Maximum Type Maximum current reverse leakage current temperature regulator coefficient current ZZT at at at at IZT ZZK IZK IR at VR TA= o C TA= o C IZT (ma) ( ) ( ) (ma) (ua) (V) VZ (%/ o C) IZM (ma) 9. +.9.. +.9.. 9. +.9.9.. +.9... 9 +.9... +.9... +.9... +.9.. +.9.. +.9.. +.9.. +.99.. 9 +.99
RATING CHARACTERISTIC CURVES ( MMPZBGP THRU MMPZBGP ) VZ,TEMPERATURE COEFFICIENT (mv/ o C) FIG. TEMPERATURE COEFFICIENTS) (TEMPERATURE RANGE o C TO + o C) TYPICAL TC VALUES FOR MMPZBGP SERIES VZ @ IZT 9 VZ,TEMPERATURE COEFFICIENT (mv/ o C) FIG. TEMPERATURE COEFFICIENTS) (TEMPERATURE RANGE o C TO + o C) TYICAL TC VALUES FOR MMPZBGP SERIES VZ @ IZT FIG. EFFECT OF ZENER VOLTAGE ON ZENER IMPEDANCE FIG. TYPICAL FORWARD VOLTAGE ZZT DYNAMIC IMPEDANCE( ) IZ= ma ma ma TJ= o C IZ(AC)=IZ(DC) f=khz IF,FORWARD CURRENT (ma) V (MMPZBGP 9V (MMPZBGP o C o C o C o C......9... VF FORWARD VOLTARGE ( V )
RATING CHARACTERISTIC CURVES ( MMPZBGP THRU MMPZBGP ) FIG. TYPICAL CAPACITANCE FIG. TYPICAL LEAKAGE CURRENT C, CAPACITANCE (pf) V BIAS V BIAS BIAS AT % OF VZ NOM TA= o C IR,LEAKAGE CURRENT (ua)... o C o C o C. FIG. ZENER VOLTAGE VERSUS ZENER CURRENT (VZ UP TO V) TA= o C FIG. ZENER VOLTAGE VERSUS ZENER CURRENT (V TO 9V) TA= o C IZ ZENER CURRENT (ma) IZ,ZENER CURRENT.. VZ ZENER VOLTAGE ( V ) VZ ZENER VOLTAGE ( V )