SB106/138P125-W-Ag/Al
Schottky Barrier Diode Wafer
106x138 Mils, 125 Volt, 15 Amp
Data Sheet
1. Solderable Surface Ti/Ni/Ag - Suffix "Ag"
2. Wire Bond Surface Aluminium - Suffix "Al"
Features
Oxide Passivated Junction
Low Forward Voltage
150 º C Junction Operating
Low Reverse Leakage
Supplied as Wafers
Anode
Cathode
Solderable
Platinum Barrier
Surface Ti/Ni/Ag
Cathode
Symbol
Electrical Characteristics @ 25 C
SB106/138P125-W-Ag/Al (See ordering code below)
Symbol Unit
VRRM
VF
IF(AV)
Volt
Maximum Repetitive Reverse Voltage (2)
Maximum Forward Voltage (1)(2)
125
0.80
Volt
Amp
µA
mA
C
Typical Average Forward Rectified Current (2)
Reverse Leakage Current (2)
15
10
5
IR
IR
Reverse Leakage Current @ 125 C (2)
Junction Operating Temperature Range (2)
TJ
-65 to +150
TSG
Storage Temperature Range (2)
-65 to +150
C
(1) Pulse Width tp = < 300µS, Duty Cycle <2%
(2) The characteristics above assume the die are assembled in
indusry standard packages using appropriate attach methods.
Ordering Code
SB040P150-W-Ag
Schottky Barrier 40 Mils Pt Barrier 150 Volt Wafer Ti/Ni/Ag
Mechanical Dimensions
Die
Wafer
Wafer Diameter - 100 mm (4")
Wafer Thickness 420 +/- 20
Top (Anode) - Ti/Ni/Ag (Suffix "Ag")
or Aluminium (Suffix "Al")
99.2
106.0
(2.70)
(2.52)
Bottom (cathode) Ti/Ni/Ag
130.0
(3.32)
138.0
(3.5)
420 +/- 20 µm
Dimensions in mils (mm)
Third Angle Protection
The information in this datasheet does not form part of any contract, quotation
SCD0909-1
Transys Electronics LTD
guarantee,warranty or representation, it has been produced in good faith and is believed to
be accurate and may be changed without notice at anytime. Liability will not be accepted by
Transys Electronics LTD for any consequences whatsoever in its use. This publication does
not convey nor imply any license under patent or other intellectual/industrial property rights.
The products within this specification are not designed for use in any life support
apparatus whatsoever where malfunction can be reasonably expected to cause personal
injury or death. Customers using these products in the aforementioned applications do so at
their own risk and agree to fully indemnify Transys Electronics LTD for any damage/ legal
fees either direct, incidental or consequential from this improper use or sale.
Birmingham UK.
Email: sales@transyselectronics.com
Website: www.transyselectronics.com
Tel: + 44 (0) 121 776 6321
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