7336A

The 7336A is designed as N-channel MOSFET with package of powerPAK S0-8. Its pin out would be identical. It is the recommended replacement for the original 7336DP. It has lower on-resistance, otherwise, both part numbers perform identically.

Some absolute maximum ratings of the 7336A have been concluded into several points as follow. (1) Its drain to source voltage would be 30V. (2) Its gate to source voltage would be +/-20V. (3) Its continuous drain current would be 18A and would be 15A at 70°C. (4) Its pulsed drain current would be 70A. (5) Its continuous source current (MOSFET diode conduction) would be 1.8A. (6) The avalanche current of the 7336A would be 50A. (7) Its power dissipation would be 1.9W and would be 1.2W at 70°C. (8) Its operating junction and storage temperature range would be from -55°C to 150°C. (9) Its maximum junction to ambient would be 65°C/W. (10) Its maximum junction to case would be 1.5°C/W.

Also some static specifications about the 7336A. (1) Its gate-threshold voltage would be min 1.0V and max 3.0V. (2) Its gate-body leakage would be max +/-100nA. (3) Its zero gate voltage drain current would be max 1A. (4) Its on-state drain current would be min 30A. (5) Its drain to source on-resistance would be typ 0.0024 and max 0.0030 for Vgs=10V and would be typ 0.0031 and max 0.0040 for Vgs=4.5V. (6) The forward transconductance of the 7336A would be typ 110S. (7) Its diode forward voltage would be typ 0.72V and max 1.1V.

Some synamic specifications about the 7336A. (1) Its total gate charge would be typ 36nC and max 50nC. (2) Its gate-source charge would be typ 18nC. (3) Its gate-drain charge would be typ 10nC. (4) Its gate resistance would be min 0.8 and typ 1.3 and max 2.0. (5) Its input capacitance would be typ 5600pF. (6) Its output capacitance would be typ 860pF. (7) Its reverse transfer capacitance would be typ 415pF. And so on. If you have any question or suggestion or want to know more information about the 7336A please contact us for details. Thank you!