Datasheet

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DC/DC Converters
TEQ 100WIR Series, 100 Watt
Features
High power block with excellent
thermal convection
Operating temperature -40°C to +85°
without derating
Increased shock & vibration resistance
Ultra wide 4:1 input voltage range
EN 50155 approval for railway applications
Excellent efficiency up to 90%
Input filter meet EN 55022, class A
I/O isolation 2250 VDC
Under voltage lock-out circuit
Soft start
Input protection filter
Order code* Input voltage Output voltage Output current max. Efficiency typ.
TEQ 100-2412WIR
12 VDC (9.6 – 13.2) 8.4 A 90 %
TEQ 100-2415WIR 10 – 36 VDC
24 VDC (19.2 – 26.4) 4.2 A 90 %
TEQ 100-2416WIR
(24 VDC nominal)
28 VDC (22.4 – 30.8) 3.6 A 90 %
TEQ 100-2418WIR
48 VDC (38.4 – 52.8) 2.1 A 90 %
TEQ 100-4812WIR
12 VDC (9.6 – 13.2) 8.4 A 90 %
TEQ 100-4815WIR 19 – 75 VDC
24 VDC (19.2 – 26.4) 4.2 A 90 %
TEQ 100-4816WIR
(48 VDC nominal)
28 VDC (22.4 – 30.8) 3.6 A 90 %
TEQ 100-4818WIR
48 VDC (38.4 – 52.8) 2.1 A 90 %
TEQ 100-7212WIR
12 VDC (9.6 – 13.2) 8.4 A 89 %
TEQ 100-7215WIR 43 – 160 VDC
24 VDC (19.2 – 26.4) 4.2 A 90 %
TEQ 100-7216WIR
(110 VDC nominal)
28 VDC (22.4 – 30.8) 3.6 A 90 %
TEQ 100-7218WIR
48 VDC (38.4 – 52.8) 2.1 A 90 %
Models
The TEQ-100WIR Series is a family of isolated high performance
dc-dc converter modules with ultra-wide 4:1 input voltage ranges
which come in a rugged, sealed metal case.
These converters are suitable for a wide range of applications,
but the product is designed particularly also for industrial appli-
cations where often no PCB mounting is possible but the module
has to be mounted on a chassis. A very high efficiency and the
overall heatsink construction allows an operating temperature
up to +85°C with natural convection cooling without power derating
and up to +95ºC with power derating. Further features include output
voltage trimming, Remote On/Off and under voltage lockout. The
ultra wide input voltage range and reverse input voltage protection
make these converters also an interesting solution for battery operated
systems.
UL 60950-1
C B
Scheme
UL 508

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