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MA3200W

Panasonic
Part Number MA3200W
Manufacturer Panasonic
Description Silicon planer type
Published Apr 27, 2005
Detailed Description Zener Diodes Composite Elements MA111 MA3200W Silicon planer type Constant voltage, constant current, waveform cripper...
Datasheet PDF File MA3200W PDF File

MA3200W
MA3200W

Overview
Zener Diodes Composite Elements MA111 MA3200W Silicon planer type Constant voltage, constant current, waveform cripper and surge absorption circuit s Features 2.
9 –0.
05 Unit : mm 2.
8 –0.
3 0.
65±0.
15 +0.
2 +0.
25 1.
5 –0.
05 0.
65±0.
15 0.
5R 0.
95 4 1 q Mini type package (4-pin) wiring in parallel of MA3200 1.
9±0.
2 +0.
2 0.
95 0.
5 0.
4 –0.
05 +0.
1 q Two-element 2 3 0.
2 1.
1 –0.
1 Parameter Average forward current Instanious forward current Total power dissipation Single Double Single Double Single Double Symbol IF(AV) IF(AV) IFRM IFRM Ptot *1 Ptot *1 PZSM*2 Tj Tstg Rating 100 75 200 150 150 110 15 125 – 55 to + 125 Unit mA mA mA mA mW mW W ˚C ˚C 0.
4±0.
2 1 : Cathode 1 2 : Cathode 2 3 : Anode 2 4 : Anode 1 Mini Type Package (4-pin) s Internal Connection 4 3 1 2 Non-repetitive reverse surge power dissipation Junction temperature Storage temperature *1 With a printed-circuit board *2 t=100µ s, Tj=125˚C s Electrical Characteristics (Ta= 25˚C)* Parameter Forward voltage Zener voltage Operating resistance Reverse current Temperature coefficient of zener voltage Terminal capacitance Symbol VF VZ*2 RZ IR SZ*3 CD 1 Condition min 17.
0 typ 0.
8 20.
0 15 12.
4 16.
4 36 max 0.
9 22.
0 55 50 18.
4 60 Unit V V Ω µA mV/˚C pF IF=10mA IZ= 5mA IZ= 5mA VR= 13V IZ= 5mA VR= 0V, f=1MHz * 1 : The VZ value is for the temperature of 25˚C.
In other cases, carry out the temperature compensation.
* 2 : Guaranteeed at 20ms after power application * 3 : Tj= 25 to 125˚C s Marking 20W 0 to 0.
1 0.
1 to 0.
3 0.
8 s Absolute Maximum Ratings (Ta= 25˚C) 0.
16 –0.
06 +0.
2 +0.
1 0.
6 –0 +0.
1 0.
4 –0.
05 1.
45 +0.
1 Zener Diodes Composite Elements MA3200W IF – V F 1 1.
6 1.
4 VF – Ta 10–6 IR – V R 10–1 IF (A) 100˚C 25˚C VF (V) IR (A) Reverse current Ta=150˚C 10–2 –20˚C 1.
2 1.
0 IF=100mA 0.
8 0.
6 0.
4 0.
2 10mA 3mA 10–7 Forward voltage Forward curren 10–8 Ta=150˚C 100˚C 25˚C 10–3 10–9 10–4 10–5 0 0.
2 0.
4 0.
6 0.
8 1.
0 1.
2 Forward voltage VF (V) 0 –40 0 40 80 120 Ta 160 (˚C) 200 ...


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