Two-Wheelers: EV and Conventional

Two -wheelers, both EV and conventional are important source of movement. World is having challenges to conserve energy and environmental balance. Therefore, EV draws attention against these challenges. Whereas, emission control obligations encourage innovations and technologies for better solutions. Our Rectifier Diodes, Small signal BJTs, HV MOSFETs, Zeners, Schottky, Bridges, TVS/ESD can operate at high frequencies to provide better efficiencies, better heat dissipation, protection from current/voltage surges, and better emission control. The newer technologies in focus are Smart Ignition(SI), Voltage Regulator & Rectifier (VRR), Electronic Fuel Injection (EFI), Sensorless Integrated Starter Generator (ISG), Automated Manual Transmissions (AMT), etc.

E-Bike Block Diagram
2-Wheelers Block Diagram
E-Bike Block Diagram
2-Wheelers Block Diagram

FRED
• Best Trade-off on VF & trr
• Soft Recovery Switching
• High Junction Temperature 175℃
• Low Leakage Current
• Low Reverse Recovery Charge and Time

Low VCE(sat) BJT
• Low VCE(sat) Voltage
• Optimized Performance
• Smaller Space, Simple PCB Layout
• High Collector Current, High DC Gain

HV MOSFETs
• Low RDS(ON)
• High Speed Switching
• Low Conduction Losses
• Low Switching Losses
• 100% Avalanche Energy Tested

Schottky
• Low VF & trr
• High Junction Temperature 175℃
• Low Reverse Recovery Charge
• Low Leakage Current

Protection Devices
• ESD for Air and Contact Protection Up to 30kV
• SMD Small Packages for Size Constraints
• TVS for Surge Protection
• Surge Protection Up to 6.6kW Peak Power

Recommended Devices

Power MOSFET (400 - 1000V)

Product Status
AEC-Q101
Qualified
ESD
Polarity
Config.
VDS
V
VGS
±V
ID
A
RDS(on)
Max. (Ω)
10V
Ciss
Typ.
pF
VGS(th)
Max.
V
Qg Typ.
(nC)
10V
Package
Active
-
-
N
Single
400
30
6
0.95
553
4
11.4
TO-252AA
Active
-
-
N
Single
500
30
8
0.9
826
4
16.2
TO-252AA
Active
-
-
N
Single
400
30
6
0.95
553
4
11.4
TO-251AA
Active
-
-
N
Single
500
30
8
0.9
826
4
16.2
TO-251AA

Super Junction MOSFET (600 - 650V)

Product Status
ESD
Polarity
Config.
VDS
V
VGS
±V
ID
A
RDS(on)
Max. (Ω)
10V
Ciss
Typ.
pF
VGS(th)
Max.
V
Qg Typ.
(nC)
10V
Package
Active
-
N
Single
600
20
11
0.39
531
4
32
TO-252AA
Active
-
N
Single
600
20
9
0.535
531
4
23.7
TO-252AA
Active
-
N
Single
600
20
7
0.62
457
4
21
TO-252AA
Active
-
N
Single
600
20
4
0.98
300
4
14.4
TO-252AA
Active
-
N
Single
600
20
4
0.98
300
4
14.4
TO-251AA

SiC Schottky (650 - 1200V)

Product Status
AEC-Q101
Qualified
VRRM
V
IF
A
VF@IF
Typ.
V
IR@VR
Typ.
µA
PD
W
QC
nC
Package
Active
Y
650
2
1.9
5
68
6
TO-220AC
Active
Y
650
4
1.9
6
75
11
TO-220AC
Active
Y
650
6
1.9
17
88
12
TO-220AC
Active
Y
650
8
1.9
20
100
15.5
TO-220AC
Active
Y
650
10
1.9
20
115
18
TO-220AC

FRED (VRRM = 600V - 1200V , IO = 4A - 30A)

Product Status
AEC-Q101
Qualified
Type
IF
A
VRRM
Max.
V
trr ns
IFSM
A
VF@IF
Max.
V
VF@IF
Max.
A
IR@VRRM
Max.
µA
IR@VRRM
Max.
V
Package
Circuit
Figure
Active
-
Standard
4
600
35
35
1.45
4
3
600
TO-220AC
Fig_007
Active
-
Standard
4
600
35
35
1.45
4
3
600
ITO-220AC
Fig_008
Active
-
Standard
4
600
35
35
1.45
4
3
600
TO-263
Fig_007
Active
-
Standard
6
600
35
50
1.45
6
3
600
TO-220AC
Fig_007
Active
-
Standard
6
600
35
50
1.45
6
3
600
ITO-220AC
Fig_008
Active
-
Standard
6
600
35
50
1.45
6
3
600
TO-263
Fig_007
Active
-
Standard
8
600
35
120
1.65
8
3
600
TO-220AC
Fig_007
Active
-
Standard
8
600
35
120
1.65
8
3
600
ITO-220AC
Fig_008
Active
-
Standard
8
600
35
120
1.65
8
3
600
TO-263
Fig_003
Active
-
Standard
10
600
35
190
1.55
10
3
600
TO-220AC
Fig_007
Active
-
Standard
10
600
35
190
1.55
10
3
600
ITO-220AC
Fig_008
Active
-
Standard
10
600
35
190
1.55
10
3
600
TO-263
Fig_003
Active
-
Standard
15
600
35
200
1.65
15
3
600
TO-220AC
Fig_007
Active
-
Standard
15
600
35
200
1.65
15
3
600
ITO-220AC
Fig_008
Active
-
Standard
15
600
35
200
1.65
15
3
600
TO-263
Fig_003
Active
-
Standard
30
600
35
200
1.65
15
3
600
TO-3PL
Fig_009
Active
-
Standard
60
600
65
200
1.37
30
3
600
TO-3PL
Fig_009
Active
-
Low Trr
8
600
28
65
2.4
8
1
600
TO-220AC
Fig_007
Active
-
Low Trr
8
600
28
65
2.4
8
1
600
ITO-220AC
Fig_008
Active
-
Low Trr
8
600
28
65
2.4
8
1
600
TO-263
Fig_003
Active
-
Low Trr
10
600
20
75
2.4
10
1
600
TO-220AC
Fig_007
Active
-
Low Trr
10
600
20
75
2.4
10
1
600
ITO-220AC
Fig_008
Active
-
Low Trr
10
600
20
75
2.4
10
1
600
TO-263
Fig_003
Active
-
Low Trr
15
600
25
150
2.35
15
3
600
TO-220AC
Fig_007
Active
-
Low Trr
15
600
25
150
2.35
15
3
600
ITO-220AC
Fig_008
Active
-
Low Trr
15
600
25
150
2.35
15
3
600
TO-263
Fig_008
Active
-
Low Trr
8
1200
40
90
3.2
8
3
1200
TO-220AC
Fig_007
Active
-
Low Trr
8
1200
40
90
3.2
8
3
1200
ITO-220AC
Fig_008
Active
-
Low Trr
8
1200
40
90
3.2
8
3
1200
TO-263
Fig_003

Low VCE(sat) Transistor

Product Status
AEC-Q101
Qualified
Polarity
Config.
VCBO
Max.
V
VCEO
Max.
V
IC
Max.
mA
VCE(sat)
Max.
V
VCE(sat)
Max.
IC (mA)
VCE(sat)
Max.
IB (mA)
hFE
Min.
hFE
Max.
hFE
VCE (V)
hFE
IC (mA)
PTOT
Max.
mW
fT
Min.
MHz
Package
Active
Y
PNP
Single
-120
-100
-1000
-0.6
-1000
-100
100
250
-2
-150
2600
100
SOT-223
Active
Y
PNP
Single
-120
-100
-1000
-0.6
-1000
-100
100
250
-2
-150
1400
100
SOT-89
Active
Y
NPN
Single
120
100
1000
0.5
1000
100
100
250
2
150
1400
100
SOT-89
Active
Y
NPN
Single
120
100
1000
0.5
1000
100
100
250
2
150
2600
100
SOT-223
Active
Y
NPN
Single
120
100
1000
0.45
1000
100
100
300
5
500
1400
100
SOT-89
Active
Y
NPN
Single
120
100
1000
0.45
1000
100
100
300
5
500
2600
100
SOT-223
Active
Y
PNP
Single
-120
-100
-1000
-0.6
-1000
-100
100
300
-5
-500
1400
100
SOT-89
Active
Y
PNP
Single
-120
-100
-1000
-0.6
-1000
-100
100
300
-5
-500
2600
100
SOT-223
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