Features
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Superior protection at a low price
Patented Switch-Grade Fail-Short Device
Quick response and high energy handling
Low capacitance (<2.5 pF) - ideal for
high-speed networks in high exposure
environments
C
UL
US LISTED
per UL497 (File E53117)
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Meets test requirements of Telcordia
GR 974, GR1361, SBC SR 5165 and
RUS PE-80
Solid brass, gold plated pins
Test point access option
Sealed option for harsh environments
2420 Series 5-Pin Gas Discharge Tube (GDT) Protector
The 2420 overvoltage protection modules utilize Bourns’ propietary high-efficiency gas discharge tube with our patented
Switch-Grade Fail-Short mechanism to provide robust and reliable surge and thermal overload protection at a very competitive
price. The 2420 Series is based on Bourns’ three-terminal common chamber GDT. This design provides greatly improved and
balanced turn-on characteristics for overvoltage protection.The GDT is UL approved for use without a back-up device. Air
back-up devices can become contaminated; the circuitry of the 2420 eliminates this possibility. Our unique Switch-Grade
Fail-Short device provides more reliable thermal overload protection compared to commonly used solder pellet or insulation
burn-through designs.
Bourns
®
2420 Series 5-Pin protectors can be used universally for broadband voice and data circuits including ADSL, ADSL2+,
VDSL ISDN and high-speed Ethernet. The 2420 Series is an economical, reliable and low capacitance choice for overvoltage
protection of copper pair circuits.
Characteristics
Test Methods per UL 497, CSA C22.2, Telcordia GR 974, 1361 and SBC SR 5165.
DC Breakdown ....................................................................................................................................
AC Breakdown @ 60 Hz ......................................................................................................................
Impulse Breakdown
100 V/µs .........................................................................................................................................
1000 V/µs .......................................................................................................................................
Insulation Resistance @ 100 Vdc ........................................................................................................
Insertion Loss @ 100 MHz ..................................................................................................................
Return Loss @ 100 MHz .....................................................................................................................
Capacitance Tip to Ring @ 1 MHz ......................................................................................................
Capacitance Tip or Ring to Ground @ 1 MHz .....................................................................................
Impulse Reset
1
52 V, 260 mA ..................................................................................................................................
135 V, 200 mA ................................................................................................................................
150 V, 200 mA ................................................................................................................................
Impulse Life Characteristics (Tip and Ring to Ground Simultaneously)
10 A, 10/1000
µs
............................................................................................................................
100 A, 10/1000
µs
..........................................................................................................................
300 A, 10/1000
µs
..........................................................................................................................
500 A, 10/1000
µs
..........................................................................................................................
2,000 A, 10/250
µs
.........................................................................................................................
5,000 A, 20/100
µs
.........................................................................................................................
20,000 A, 8/20
µs
...........................................................................................................................
AC Life Characteristics (Tip and Ring to Ground Simultaneously)
0.5 A rms continuous .....................................................................................................................
1 A rms, 1 second, 600 ft. cable ....................................................................................................
1 A rms, 1 second, 1 mile cable .....................................................................................................
10 A rms, 1 second ........................................................................................................................
65 A rms, 11 cycles ........................................................................................................................
120 A rms, 0.1 second ...................................................................................................................
High Current Capability and Thermal Operation (Tip and Ring to Ground Simultaneously) ...............
Storage and Operating Temperature ..................................................................................................
300-400 V
300-400 V
625 V
875 V
>1 GΩ
ExceedsCategory 5
Exceeds Category 5
<1.25 pF typical
<2.50 pF typical
<10 ms
<10 ms
<150 ms
>3000 operations
>300 operations
>100 operations
>400 operations
2
>25 operations
>2 operations
>1 operation
>30 seconds
>60 operations
>60 operations
>5 operations
>1 operation
2
1 operation
>30 A rms, 15 min.
-55 to +85
°C
Telcordia analyzed for controlled (non-sealed) and uncontrolled, high-exposure (sealed) environments per GR 974 and SBC SR 5165.
Telcordia Technical Analysis Report DA-1597.
2
Notes:
1
Network applied
Per RUS PE-80
REV. F 08/06
Specifications are subject to change without notice.
Customers should verify actual device performance in their specific applications.
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