Glass Bond Coated Power Resistors
Type TG Series
Literature No. 1773288
Issued: 02-06
Dimensions are shown for
reference purposes only.
Dimensions are in millimetres
unless otherwise specified.
Specifications subject to
change.
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Key Features
■
High Power Dissipation
in Free Air
•No need for a heatsink
■
Mechanically Stable in
Demanding Environments
•Durable glass bond
coating resists impact
and temperatures of
400°C
■
Broad Range of Options:
Terminal styles, Silicon
Coating, Low TCR,
Custom Design Capability.
•Gives ultimate design
flexibility
■
Established Product with
Proven Reliability
•Tyco Electronics quality
at a highly competitive
price
■
A range of 34 Standard
Products from 8.5W to
293W
•Specify the optimum
configuration for your
application
Applications
■
Braking
■
Crowbar
■
Inrush Limiting
■
Balancing
■
Capacitor Charging &
Discharging
■
Filter
■
Electrical Machinery
Type TG Series
Tyco Electronics is a leading
European supplier of standard and
custom designed glass-coated
power resistors for industrial, control,
and general-purpose applications.
The TG is a glass-coated power
resistor designed for maximum
power density (in free air), and
offers a reliable low cost, high power
solution.
The highly refractory glass bond
coat resists impact and does not
deteriorate under power overload
and the high quality construction
offers optimum reliability and
stability. Tyco Electronics can test
resistors to conform to customer
specifications.
A large selection of tube styles,
diameters and mounting feet are
available to meet every space
and package requirement. Tyco
Electronics is happy to advise on the
use of resistors for pulse applications
and to supply information for high
voltage use, low-ohmic values,
alternative mountings and
termination types.
Characteristics -
Electrical
TG Style Power @ 20°C Watts Ohmic Range Length
Hotspot 400°C Inches mm Code
20 R24 - 3K0 1.5 38.1 TG3 -1
29 R39 - 6K2 2.0 50.8 TG3 -2
Style Code 3 39 R51 - 7K5 2.5 63.5 TG3 -3
49 R68 - 9K1 3.0 76.2 TG3 -4
58 1R0 - 1K5 4.0 101.6 TG3 -5
88 1R0 - 18K 5.0 127.0 TG3 -6
18 R30 - 4K3 1.3 33.3 TG5 -1
33 R62 - 8K2 2.0 50.8 TG5 -2
Style Code 5 44 R91 - 10K 2.5 63.5 TG5 -3
53 1R0 - 11K 2.9 73.0 TG5 -4
31 R62 - 12K 1.8 44.5 TG6 -1
58 1R0 - 22K 2.9 73.0 TG6 -2
62 1R0 - 24K 3.0 76.2 TG6 -3
74 1R0 - 30K 3.5 89.0 TG6 -4
87 1R0 - 36K 4.0 101.6 TG6 -5
Style Code 6 99 1R0 - 39K 4.5 114.3 TG6 -6
111 1R0 - 47K 5.0 127.0 TG6 -7
124 1R0 - 51K 5.5 139.7 TG6 -8
148 1R0 - 62K 6.5 165.1 TG6 -9
103 1R0 - 36K 4.0 101.6 TG8 -1
132 1R0 - 43K 5.0 127.0 TG8 -2
Style Code 8 161 1R0 - 51K 6.0 152.4 TG8 -3
234 1R0 - 82K 8.5 216.0 TG8 -4
293 1R0 - 100K 10.5 266.7 TG8 -5
22 1R0 - 2K0 1.0 25.4 TG10 -1
30 3R6 - 3K0 1.3 33.3 TG10 -2
45 10R - 5K1 2.0 50.8 TG10 -3
57 15R - 6K8 2.5 63.5 TG10 -4
Style Code 67 18R - 8K2 3.0 76.2 TG10 -5
10 Oval 79 22R - 10K 3.5 89.0 TG10 -6
90 24R - 11K 4.0 101.6 TG10 -7
100 27R - 12K 4.5 114.3 TG10 -8
110 30R - 13K 5.0 127.0 TG10 -9
130 36R - 18K 6.0 152.4 TG10 -0
Long Term Stability: For improvements in long-term stability, resistors must be derated as follows;
for 50% of stated ∆R maximum dissipation must not exceed 70% of rating;
for 25% of stated ∆R maximum, dissipation must not exceed 50% of rating.
Specification: Maximum Temperature coefficient: 200ppm/oC
Typical Temperature coefficient: 60ppm/oC
Special Low TCR version: 20ppm/oC
Tolerance: 5% standard. 1%, 10% available.