TEL RZD2524-W, RZD3524-W, RZD5024-W Datasheet
Data Sheet
SCD0724-3
The information in this datasheet does not form part of any contract, quotation
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 pro perty rights. The products
within this specification are not designed for us e 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 s o 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.
Mechanical Dimensions
RZD2524-W - 25 Amp
RZD3524-W - 35 Amp
RZD5024-W - 50 Amp
Transys Electronics LTD
Birmingham UK.
Email: sales@transyselectronics.com
Website: www.transyselectroni cs.com
Tel: 44 (0) 121 776 6321
Fax 44 (0) 121 776 6997
Rectifier/Zener Automotive Die On Wafer
* Visual to Mil Std 750C
* 100 % Tested
Tri - Metal Pad
Silicon Oxide
Passivation
Cathode
Anode
Tri - Metal Pad
0.180"
(4.57mm)
Features
Maximum Operating Temperature Range
-65 to + 200
Maximum Storage Temperature Range
-65 to + 200
º C
º C
0.0125"
(0.32 mm approx)
Outline 3
0.0125"
(0.32 mm approx)
0
.
2
2
0
"
(
5
.
5
8
m
m
)
0.0125"
(0.32 mm approx)
Outline 2
Outline 1
0.160"
4.06mm)
0.180"
(4.57mm)
0.160"
4.06mm)
Epi Layer
Symbol
* Low Reverse Leakage
* Low Forward Voltage
* The characteristics above assume the die are assembled in
indusry standard packages using appropriate attach methods
* Epi Layer for tight control of parameters
* Silicon oxide passivation for superior junction protection
Type Number
Breakdown
Voltage
Maximum
Forward
Voltage
Leakage
Volt
Volt
nA
Reverse
V
BR
V
F
Reverse
I
R
Current
Forward
Maximum
I
F (AVG)
Amp
Characterisitics
at 25
(Unless stated otherwise)
º
C
Maximum
RZD5024-W
200
@ VR =20 Volt
1.05
@ 100A t = 300 S
< 2% Duty Cycle
24 - 32
@ 100mA
50
µ
RZD3524-W
200
@ VR =20 Volt
1.05
@ 100A t = 300 S
< 2% Duty Cycle
24 - 32
@ 100mA
35
µ
RZD2524-W
200
@ VR =20 Volt
1.05
@ 75A t = 300 S
< 2% Duty Cycle
24 - 32
@ 100mA
25
µ
Outline
1
2
3
@ Ta = 150º C
Surge Current
Peak Forward
Non Repetitive
I
FSM
Amp
400
@ 8.3mS single
half wave.
(Jedec Method)
600
@ 8.3mS single
half wave.
(Jedec Method)
800
@ 8.3mS single
half wave.
(Jedec Method)
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