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MIP517

Panasonic Semiconductor
Part Number MIP517
Manufacturer Panasonic Semiconductor
Description Silicon MOSFET
Published Mar 4, 2011
Detailed Description Intelligent Power Devices (IPDs) MIP517 Silicon MOSFET type integrated circuit ■ Features • Built-in five protection fu...
Datasheet PDF File MIP517 PDF File

MIP517
MIP517

Overview
Intelligent Power Devices (IPDs) MIP517 Silicon MOSFET type integrated circuit ■ Features • Built-in five protection functions.
(over-current, over-voltage, loadshort-circuit, over heat, ESD) • Driving directly from CMOS (microcomputer) is possible.
• Although it is a small package, it has resistance of low heat.
(When mounted in a substrate.
) 2.
90+0.
20 –0.
05 1.
9±0.
1 0.
95 0.
95 4 5 6 Unit : mm 0.
16+0.
10 –0.
06 1.
50+0.
25 –0.
05 2.
8+0.
2 –0.
3 ■ Applications • Lamp-Solenoid, driver • Motor driver 3 2 1 0.
30+0.
10 –0.
05 0.
50+0.
10 –0.
05 10° 1.
1+0.
2 –0.
1 1.
1+0.
3 –0.
1 ■ Absolute Maximum Ratings TC = 25°C ± 3°C Parameter Drain-source voltage Output current Input voltage Input current Drain clamp energy endurance *1 Power dissipation 1 *2 Power dissipation 2 *3 0.
65±0.
15 Symbol VDS IO VIN IIN ECLP PD1 PD2 Topr Tch Tstg Rating − 0.
5 to +45 0.
7 − 0.
5 to +6.
0 ±2 1.
8 0.
2 0.
8 −40 to +85 150 −55 to +150 Unit V A V mA mJ W W °C °C °C 1 : Drain 2 : Drain 3 : Source 4 : In 5 : Drain 6 : Drain Mini6-G1 Package Marking Symbol: MC Operating ambient temperature Channel temperature Storage temperature Note) *1: L = 10 mH, IL = 0.
6 A, VDD = 20 V, 1 pulse, TC = 25°C *2: Single unit *3: Mounting on the PCB (40 mm2, thickness 1.
7mm glass epoxy substrate) (Ta = 25°C) ■ Block Diagram Drain Over-current protection Load short-circuit protection www.
DataSheet4U.
com In Gate cutoff circuit ESD protection Over-heat protection Over-voltage protection Source Publication date: November 2003 SLB00073AED 0 to 0.
1 0.
4±0.
2 5° 1 MIP517 ■ Electrical Characteristics TC = 25°C ± 3°C Parameter Drain-source ON resistance Drain-source voltage Drain clamp voltage Drain-source cutoff current 1 Drain-source cutoff current 2 Drain-source cutoff current 3 Input voltage high-level Input voltage low-level Input current (normal) Input current (act on protection) * Over current protection limit Short circuit load protection limit Input voltage of act on protection Symbol RDS(on) VDS(on) VDS(CLP...


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