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_<br />

I mm<br />

-L-L ______<br />

SEMICONDUCTORS<br />

1 N645 THRU 1 N649<br />

DIFFUSED SILICON<br />

G_E_N_ER_A_L_-_PU_R_P_O_S_E_D_I_O_D_E_S<br />

DIFFUSED SILICON GENERAL-PURPOSE DIODES<br />

• Hermetically sealed • 00-7 package<br />

• Rugged construction • High reliability<br />

ABSOLUTE MAXIMUM RATINGS at 25 D C Free-Air Temperature (unless otherwise noted)<br />

Symbol Characteristics IN64S 1N646 1N647 1N648 1N649 Unit<br />

VRl\Itwlig) Working Peak Reverse Voltage over 225 300 400 500 600 V<br />

Operating Free-Air Temperature<br />

Range<br />

10 Average Rectified Forward Current at 400 mA<br />

(or below) 25 D C Free-Air<br />

Temperature Range<br />

(See Note 1)<br />

10 Average Rectified Forward Current 150 mA<br />

at 150 D C Free-Air Temperature<br />

(See Note 1)<br />

I Fl'.I(surge) Peak Surge Current, One Second, 3 A<br />

at 25 D C to 150 D C Free-Air<br />

Temperature (See Note 2)<br />

P Continuous Power Dissipation at (or 600 mW<br />

below) 25 D C Free-Air Temperature<br />

(See Note 3)<br />

TA(oprJ Operating Free-Air Temperature -65 to 150 °C<br />

Range<br />

*IN645, IN647 and IN649 are available in JAN and JAN TX versions.<br />

ELECTRICAL CHARACTERISTICS @ 25 D C Free Air Temperature (unless otherwise noted)<br />

IN64S· 1N646 1N647 1N648 1N649<br />

Symbol Parameter Min Max Min Max Min Max Min Max Min Max [unit Conditions<br />

V(BR) Reverse 275 360 480 600 720 V h,=100p.A,<br />

Breakdown<br />

TA =100 D C<br />

Voltage<br />

IR Static 0.2 0.2 0.2 0.2 0.2 p.A VR=Rated VRM(wkg)<br />

Reverse<br />

VR = Rated VRM(wkg)l<br />

Current 15 15 20 20 25 p.A TA =100 D C<br />

VF<br />

CT<br />

Static 1 1<br />

Foward<br />

Voltage<br />

Total 6 typ 6 typ<br />

Capacitance<br />

NOTES:<br />

1. These values may be applied continuously<br />

under single-phase SO-Hz half-sine-wave operation<br />

with resistive load. Above 25°C see Thermal<br />

Characteristics Chart.<br />

1 1 1 V IF =400mA<br />

6 typ 6 typ 6 typ pF VR=12V,<br />

f=1 MHz<br />

2. These values apply for a one-second squarewave<br />

pulse with the device at nonoperating<br />

thermal equilibrium immediatelly prior to the<br />

surge.<br />

3. Derate linearly to 200 mW at 150°C free-air<br />

temperature at the rate <strong>of</strong> 3.2 mW/deg.<br />

12-13

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