HUM2010/HUM2015/HUM2020
PIN DIODE HIGH POWER STUD
W AT E R T OW N D I V I S I O N
DESCRIPTION
KEY FEATURES
!"High Power Stud Mount
Package
!"High Zero Bias Impedance
!"Very Low Inductance and
Capacitance
!"No Internal Lead Straps
!"Small Mechanical Outline
With high isolation, low loss, and low distortion characteristics, this
Microsemi Power PIN diode is perfect for the high power switching
applications where size and power handling capability are critical.
Its advantages also include the low forward bias resistance and high
zero bias impedance that are essential for low loss, high isolation and wide
bandwidth performance.
Hermetically sealed, SOGO passivated PIN chips with full-faced
metallurgical bonds on both sides to achieve high reliability and high surge
capability.
APPLICATIONS/BENEFITS
•
MRI Applications
•
High Power Antenna Switching
IMPORTANT:
For the most current data, consult MICROSEMI’s website: http://www.microsemi.com
Voltage Ratings [25°C]
ABSOLUTE MAXIMUM RATINGS
Reverse Voltage
Part type
Maximum Reverse Voltage
1000/1500/2000 V
13 W
(VR) - Volts
Average Power Dissipation @ Stud = 50°C
IR = 10µA
1000V
1500V
Non-Repetitive Sinusoidal Surge Current (8.3 ms)
Storage Temperature Range
100 A
65°C to +175°C
55°C to +150°C
7.5°C / W
HUM2010
HUM2015
HUM2020
2000V
Operating Temperature Range
Thermal Resistance
ELECTRICAL SPECIFICATIONS [25°C]
Test
Min
Typ
Max
Units
Conditions
Ω
Diode Resistance RS
Capacitance CT
F = 4 MHz, I =0.5 A
F = 1 MHz, 100 V
0.10
3.4
0.20
4.0
10
f
pF
VR @ Rated Voltage
µA
µs
Reverse Current IR
I =10 mA / 100 V
f
F = 10 MHz, 100 V
Carrier Lifetime τ
Parallel Resistance RP
10
30
KΩ
200
V
Forward Voltage V
f
I = 0.5 A
f
0.85
1.0
Copyright 2000
MSC0874.PDF 2000-08-23
Microsemi
Page 1
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