Toshiba Launches 40V/45V N-Channel Power MOSFET with Industry's Leading-class Low On-resistance (Part I)

Toshiba Launches 40V/45V N-Channel Power MOSFET with Industry's Leading-class Low On-resistance (Part I)

Toshiba: 40V/45V N-Channel Power MOSFET with Industry's Leading-class Low On-resistance (Antara/Toshiba Corporation Storage & Electronic Devices Solutions Company)

 Expands line-up of low-voltage “U-MOS IX-H Series” MOSFETs

TOKYO--(Antara/BUSINESS WIRE)-- Toshiba Corporation’s (TOKYO:6502) Storage & Electronic Devices Solutions Company today expanded its “U-MOS IX-H Series” of low-voltage N-channel power MOSFETs with new 40V and 45V products delivering industry leading-class[1] low on-resistance and high-speed performance. The new products —nine 40V and five 45V versions—are designed for industrial and consumer applications, including high-efficiency DC-DC converters, high-efficiency AC-DC converters, power supplies and motor drives. Shipments start today.

This Smart News Release features multimedia. View the full release here: http://www.businesswire.com/news/home/20161208006423/en/

The new MOSFETs utilize Toshiba’s latest generation low-voltage trench structure U-MOS IX-H process to achieve the industry’s leading-class[1] low on-resistance and high-speed performance. The new structure lowers the performance index for “RDS(ON) * Qsw”[2], improving switching applications to a level surpassing current Toshiba products[3]. Output loss is improved by the reduction of output charge, which can contribute to higher set efficiency. Furthermore, the cell structures used in the new MOSFETs are optimized to suppress spike voltage and ringing during switching, which can contribute to lowering set EMI.

 Line-up and Main Specifications of New MOSFETs:
 (Unless otherwise specified, Ta=25 ℃)

 Part Number

Polarity

Absolute Maximum Ratings

On-resistance Drain-source
RDS(ON) max
(mΩ)


Total Gate
Charge
Qg typ.
(nC)


Output
Charge Qoss typ.
(nC)


Gate
Switch
Charge
Qsw typ.
(nC)


Input Capacitance
Ciss typ.
(pF)


Package

Drain-
source Voltage
VDSS (V)


Drain Current
(DC)
ID (A)
@Tc = 25
℃

@VGS=10 V

@VGS=4.5 V






 TPH7R204PL[4]

N-ch

40

48

7.2

9.7

24

16

6.9

1570

SOP Advance

 TPH6R004PL[4]

49

6.0

8.4

30

20

9

2100

SOP Advance

 TPH3R704PC[4]

82

3.7

5.8

47

28

14

2780

SOP Advance

 TPH2R104PL[4]

100

2.1

3.1

78

46

21

4790

SOP Advance

 TPHR8504PL[4]

150

0.85

1.4

103

85.4

23

7370

SOP Advance

 TPN7R504PL[4]

38

7.5

10

24

16

6.9

1570

TSON Advance

 TK3R1E04PL[4]

100

3.1

3.8

63.4

42

17.5

4670

TO-220

 TK3R1A04PL[4]

82

3.1

3.8

63.4

42

17.5

4670

TO-220SIS

 TPWR8004PL[4]

150

0.80

1.35

103

85.4

23

7370

DSOP Advance

TPN3R704PL

80

3.7

6.0

27

20.2

8.1

1910

TSON Advance

TPN2R304PL

80

2.3

4.0

41

27

10.8

2750

TSON Advance

TPH3R704PL

92

3.7

6.0

27

20.2

8.1

1910

SOP Advance

TPH1R204PL

150

1.24

2.1

74

56

17

5500

SOP Advance

 TPH2R805PL[4]

45

100

2.8

3.9

73

55

22

3980

SOP Advance

 TPH1R405PL[4]

120

1.4

2.3

74

67

22

4830

SOP Advance

 TPH1R005PL[4]



150

1.04

1.7

122

98

34

7700

SOP Advance

 TPN2R805PL[4]

80

2.8

5.0

39

32

12

2450

TSON Advance

 TPW1R005PL[4]

150

0.99

1.65

122

98

34

7700

DSOP Advance

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