N-CHANNEL ENHANCEMENT ZVN4306AV MODE VERTICAL DMOS FET ISSUE 1 FEBRUARY 95 FEATURES * 60 Volt V DS *R = 0.33 DS(on) * Repetitive Avalanche Rating D APPLICATIONS G S * Solenoids / relay drivers for automotive * Stepper Motor Drivers E-Line * DC-DC convertors TO92 Compatible ABSOLUTE MAXIMUM RATINGS. PARAMETER SYMBOL VALUE UNIT Drain-Source Voltage V 60 V DS Continuous Drain Current at T =25C I 1.1 A amb D Practical Continuous Drain Current at I 1.3 A DP T =25C amb Pulsed Drain Current I 15 A DM Gate Source Voltage V 20 V GS Power Dissipation at T =25C P 850 mW amb tot Practical Power Dissipation at T =25C* P 1.13 W amb totp Avalanche Current-Repetitive I 1A AR Avalanche Energy-Repetitive E 25 mJ AR Operating and Storage Temperature Range T :T -55 to +150 C j stg *The power which can be dissipated assuming the device is mounted in a typical manner on a P.C.B. with copper equal to 1 inch square minimumZVN4306AV ELECTRICAL CHARACTERISTICS (at T = 25C unless otherwise stated). amb PARAMETER SYMBOL MIN. TYP. MAX. UNIT CONDITIONS. Drain-Source BV 60 V I =1mA, V =0V DSS D GS Breakdown Voltage Gate-Source V 1.3 3 V I =1mA, V =V GS(th) D DS GS Threshold Voltage Gate-Body Leakage I 100 nA V = 20V, V =0V GSS GS DS Zero Gate Voltage I 10 A V =60V, V =0 DSS DS GS Drain Current 100 A V =48V, V =0V, T=125C(2) DS GS On-State Drain I 12 A V =10V, V =10V D(on) DS GS Current(1) Static Drain-Source R 0.22 0.33 V =10V,I =3A DS(on) GS D On-State Resistance 0.32 0.45 V =5V, I =1.5A GS D (1) Forward g 700 mS V =25V,I =3A fs DS D Transconductance (1)(2) Input Capacitance (2) C 350 pF iss Common Source C 140 pF V =25 V, V =0V, f=1MHz oss DS GS Output Capacitance (2) Reverse Transfer C 30 pF rss Capacitance (2) Turn-On Delay Time t 8ns d(on) (2)(3) V 25V, V =10V, I =3A DD GEN D Rise Time (2)(3) t 25 ns r Turn-Off Delay Time t 30 ns d(off) (2)(3) Fall Time (2)(3) t 16 ns f (1) Measured under pulsed conditions. Width=300s. Duty cycle 2% (2) Sample test. (3) Switching times measured with 50 source impedance and <5ns rise time on a pulse generator