MA8000 Series. [ Fine classification, H rank ] Silicon planer type MA111. Zener Diodes. For stabilization of power supply.

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1 MA MA00 Series Silicon planer e For stabilization of power supply Unit : mm Features Extremely low noise voltage from the diode (.4V to 39V, /3 to / of our conventional MA00 series) Satisfactory in rise performance in the low- range Easy-to-select voltage rank which are further subdivided 0.± Cathode Anode ± Reliability equivalent to the conventional (Mini e) guaranteed Substantial reduction of the mounting area, thickness, and weight when compared with the conventional Automatic soldering according to reflow and flow methods ±.7± 0.4±.±0. 0.7± Automatic mounting according to the existing chip mounter possible : Anode : Cathode S-Mini Type Package (-pin) Absolute Maximum Ratings (Ta= C) Parameter Symbol Rating Unit Repetitive peak forward Total power dissipation I FRM P tot * 00 ma mw Junction temperature T j C Storage temperature T stg to + C * With a printed-circuit board Common Electrical (Ta= C)* Parameter Symbol Condition Unit Forward voltage V F V Z * I F = ma... Specified value 0.9 V V * 3... Specified value... Specified value... Specified value... Specified value Refer to the electrical characteristics list of P478 to P4 Ω Ω µa mv/ C Note. Rated input/output frequency : MHz. * : The V Z value is for the temperature of C. In other cases, carry out the temperature compensation. * : Guaranteeed at 0ms after power application * 3 : T j = to C (Example) 8^ MA8-H V Z rank: 8.V [ Fine classification, H rank ] Note: L/M/H marked supplied as general purpose

2 MA00 Series Electrical (Ta= C) MA4 MA7 MA7-L MA7-H MA MA-L MA-H MA33 MA33-L MA33-H MA36 MA36-L MA36-H MA39 MA39-L MA39-H MA43 MA43-L MA43-M MA43-H MA47 MA47-L MA47-M MA47-H MA MA-L MA-M MA-H MA6 MA6-L MA6-M MA6-H MA6 MA6-L MA6-M MA6-H MA68 MA68-L MA68-M MA68-H MA7 MA7-L MA7-M MA7-H MA8 MA8-L MA8-M MA8-H _7 or ^7 _7 ^7 3_0 or 3^0 3_0 3^0 3_3 or 3^3 3_3 3^3 3_6 or 3^6 3_6 3^6 3_9 or 3^9 3_9 3^9 4_3 or 4-3 or 4^3 4_ ^3 4_7 or 4-7 or 4^7 4_ ^7 _ or - or ^ _ - ^ _6 or -6 or ^6 _6-6 ^6 6_ or 6- or 6^ 6_ 6-6^ 6_8 or 6-8 or 6^8 6_ ^8 7_ or 7- or 7^ 7_ 7-7^ 8_ or 8- or 8^ 8_ 8-8^ MA4 MA7 MA7-L MA7-H MA MA-L MA-H MA33 MA33-L MA33-H MA36 MA36-L MA36-H MA39 MA39-L MA39-H MA43 MA43-L MA43-M MA43-H MA47 MA47-L MA47-M MA47-H MA MA-L MA-M MA-H MA6 MA6-L MA6-M MA6-H MA6 MA6-L MA6-M MA6-H MA68 MA68-L MA68-M MA68-H MA7 MA7-L MA7-M MA7-H MA8 MA8-L MA8-M MA8-H

3 MA00 Series Electrical (continued)(ta= C) MA9 MA9-L MA9-M MA9-H MA8 MA8-L MA8-M MA8-H MA8 MA8-L MA8-M MA8-H MA8 MA8-L MA8-M MA8-H MA8 MA8-L MA8-M MA8-H MA8-M MA8 MA8-L MA8-M MA8-H MA8 MA8-L MA8-M MA8-H MA8 MA8-L MA8-M MA8-H MA0 MA0-L MA0-M MA0-H MA MA-L MA-M MA-H MA8 MA8-L MA8-M MA8-H MA870 MA870-L MA870-M MA870-H (µa) _ or 9- or 9^ 9_ 9-9^ _ or - or ^ _ - ^ _ or - or ^ _ - ^ _ or - or ^ _ - ^ 3_ or 3- or 3^ 3_ 3-3^ 4- _ or - or ^ _ - ^ 6_ or 6- or 6^ 6_ 6-6^ 8_ or 8- or 8^ 8_ 8-8^ 0_ or 0- or 0^ 0_ 0-0^ _ or - or ^ _ - ^ 4_ or 4- or 4^ 4_ 4-4^ 7_ or 7- or 7^ 7_ 7-7^ MA9 MA9-L MA9-M MA9-H MA3 MA3-L MA3-M MA3-H MA3 MA3-L MA3-M MA3-H MA3 MA3-L MA3-M MA3-H MA3 MA3-L MA3-M MA3-H MA3-M MA3 MA3-L MA3-M MA3-H MA3 MA3-L MA3-M MA3-H MA3 MA3-L MA3-M MA3-H MA0 MA0-L MA0-M MA0-H MA MA-L MA-M MA-H MA3 MA3-L MA3-M MA3-H MA370 MA370-L MA370-M MA370-H

4 MA00 Series Electrical (continued)(ta= C) MA80 MA80-L MA80-M MA80-H MA83 MA83-L MA83-M MA83-H MA83 MA83-L MA83-M MA83-H -L -M -H (µa) Note. The V Z value is the one after power application for 0ms at Ta= C Note. The temperature coefficient is the one for T j = to C _ or - or ^ _ - ^ 33_ or 33- or 33^ 33_ 33-33^ 36_ or 36- or 36^ 36_ 36-36^ 39_ or 39- or 39^ 39_ 39-39^ MA30 MA30-L MA30-M MA30-H MA33 MA33-L MA33-M MA33-H MA33 MA33-L MA33-M MA33-H P tot Ta V Z V Z Power dissipation Ptot (mw) Heat sink Copper foil 0.8mm 0.8mm Zener IZ 0 Ta= C MA4 MA47 MA39 MA43 MA MA6 MA6 MA68 MA7 MA8 MA9 MA8 Zener IZ MA8 MA8 MA8 MA0 MA8 MA83 Ta= C Ambient temperature Ta ( C) VZ VZ

5 MA00 Series V Z V Z Zener IZ MA4 MA7 MA33 MA39 MA43 MA47 MA MA6 MA6 MA68 MA7 MA8 Tj= C MA9 MA8 Zener IZ MA8 MA8 MA8 MA0 MA8 MA83 Tj= C RZ MA4 MA8 MA43 MA68 MA8 MA8 MA6 MA6 MA MA39 Ta= C MA VZ VZ Zener IZ I F V F 0 Ta= C MA8 Forward IF SZ 0 0 MA8 MA8 MA68 MA39 MA Forward voltage VF Zener IZ PZSM (W) Non-repetitive reverse surge power dissipation 0 0. P ZSM t W Ta= C tw Non repetitive MA7 MA39 PZSM Pulse width tw (ms) Thermal impedance Zth ( C/mW) Z th t W Heat sink Copper foil 0.8mm 0.8mm No heat sink (Typ. value) With heat sink (Typ. value) Pulse width tw (ms)