Ohmite TDH Series Data Sheet

TDH Series
100
Percent Rated Power
Bottom of base plate Temperature, °C
60
20
0
050 10025 75 125
80
40
150 175
35
21
7
0
28
14
Rated Power, W
35 Watt D2PAK Package Thick Film Power Surface Mount
Ohmite’s TDH resistor is an economi­cal solution to intermediate power application design requirements. TDH’s reliable thick film on alumina substrate construction can be easily heat sinked for higher power perfor­mance. TDH resistors are ideal for pulse-loading, pre-charge, bleeder, and snubber applications.
CHARACTERISTICS
Terminal
Terminal Plating
Resistance Range
Tolerance
Max. Operating Voltage
Insulation Resistance
Power Rating
Working Temperature
Range
Solder Process
Derating
Dielectric Strength
Operating Temperature
Range
Temperature Coefficient
Inductance
Flatness
Copper
0.05Ω to 10KΩ other values on request
±1% to ±10% (0.5% on request)
350V
10GΩ min.
Depends upon case temperature. See der­ating curve. D2PAK style power package for surface mounting applications; 35W power rating at 25°C case temperature.
-55°C to +175°C
The TDH35P cannot exceed 215°C (260°C for the TDH35H) for more than 10 seconds during soldering process.
100% @ 25°C to 0% @ 150°C curve refer­enced to case temperature
1,800VAC
-55°C to +150°C
Referenced to 25°C, ∆R taken at +105°C 10Ω and above: ±50 ppm°C For under 10Ω: 3R to 9R9: 100ppm
1R to 2R9: 300ppm 0R1 to 0R99: 700ppm 0R05 to 0R09: 1000ppm
less than 20 nanohenries
less than 0.1mm tolerance
FEATURES
• 35Wattpowerratingat25°C
• SMD-D2PAKpackagecon-
figuration
• Heatresistancetocooling plate:Rth<4.28°C/W
• Amoldedcaseforenviron-
mental protection.
• Resistorelementiselectrically
insulated from the metal sink tab.
Soldering note: During surface mount soldering the soldering temperature profile must not cause the metal tab of this device to exceed 220°C (260°C for the TDH35H)!
Test Condition Result
Load Life
Moisture
Resistance
Short Time
Overload
Thermal Shock
Terminal Strength
Vibration, High
Frequency
Derating
MIL–R–39009, 2,000 hours ∆R ±(1.0%
+0.01Ω)
MIL–Std–202, Method 106 ∆R =(0.5%
+0.01Ω) max.
2 times rated power with applied voltage not to exceed
1.5 times maximum continu­ous operating voltage for 5
seconds
MIL–Std–202, Method 107,
Cond. F
MIL–Std–202, Method 211, Cond. A (Pull Test) 2.4N
MIL-Std-202, Method 204,
Cond. D
∆R ±(0.3% +0.01Ω) max.
∆R =(0.3% +0.01Ω) max.
∆R =(0.2% +0.01Ω) max.
ΔR =(0.2% +0.01Ω) max.
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Derating(thermalresistance):0.23W/°C(4.28°C/W).The
case temperature is to be used for purposes of establishing the applied power limit. The case temperature measurement must be made with a thermocouple contacting the center of the component mounted on the designed heat sink. Thermal grease should be applied propperly.
(continued)
TDH35PR100JE-TR
Style Ohms
R = Decimal Example: R100 = 0.10 1R00= 1.0 10K0= 10,000
Tolerance
F = 1% J = 5% K = 10%
RoHS Compliant
Non-compliant version unavailable
Tape and reel
(optional) 750 per reel
Package Modifier
P = low temp. H = high temp.
10.1mm
0.9mm
5.08m
Tol. ±0.2mm unless otherwise noted
m
1.1mm
±
0.5
45°
4.5mm
1.5mm
±
0.5
0.6mm
1.5mm
±
0.5
0.5mm
8.6mm
0.5mm
4.8mm
1.4mm
7.87mm
8.51mm
2.63mm
3.81mm
2.54mm
1.65mm
Land
Pattern
16mm4.95mm
24mm
TDH Series
35 Watt D2PAK Package Thick Film Power Surface Mount
DIMENSIONS
ORDERING INFORMATION
Tape Dimensions
750pc./reel
Standard Part Numbers
Ohms 5% Tolerance
0.10 TDH35PR100JE
0.15 TDH35PR150JE
0.20 TDH35PR200JE
0.25 TDH35PR250JE
0.30 TDH35PR300JE
0.36 TDH35PR360JE
0.47 TDH35PR470JE
0.50 TDH35PR500JE
0.75 TDH35PR750JE
1.0 TDH35P1R00JE
2.0 TDH35P2R00JE
3.0 TDH35P3R00JE
5.0 TDH35P5R00JE
7.5 TDH35P7R50JE
10 TDH35P10R0JE
15 TDH35P15R0JE 20 TDH35P20R0JE
Part Number
Ohms 5% Tolerance
25 TDH35P25R0JE 33 TDH35P33R0JE 39 TDH35P39R0JE
47 TDH35P47R0JE 68 TDH35P68R0JE
75 TDH35P75R0JE 100 TDH35P100RJE 150 TDH35P150RJE
200 TDH35P200RJE 250 TDH35P250RJE 300 TDH35P300RJE 500 TDH35P500RJE 750 TDH35P750RJE
1000 TDH35P1K00JE 1500 TDH35P1K50JE 2500 TDH35P2K50JE 3000 TDH35P3K00JE 5000 TDH35P5K00JE
Part Number
THIS PRODUCT IS DESIGNED FOR USE WITH PROPER HEATSINKING.
Maximumbaseplatetemperatureoftheresistormust
be monitored and kept within specified limits to es­tablish the power rating. Best technique is to attach a thermocouple to the side of the base plate of the resis­tor. Temperature of plastic housing or heat sink cannot be used to establish rating of the resistor.
39
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