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quality Power resistor RESI TPAL0220F4R70K9 planar non inductive type TO 220 package with excellent long term stability factory
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quality Power resistor RESI TPAL0220F4R70K9 planar non inductive type TO 220 package with excellent long term stability factory
>
Specifications
Type:
Planar Non-Inductive Power Resistor
Resistance:
4.7Ω
Voltage-Supply(Max):
500V
Power(Watts):
35W
Temperature Coefficient:
±100ppm/℃
Tolerance:
±1%
Operating Temperature:
-55℃~+150℃
Mfr. Part #:
TPAL0220F4R70K9
Package:
TO-220
Key Attributes
Model Number: TPAL0220F4R70K9
Product Description

TPAL1331 Planar Non-Inductive Power Resistor

The TPAL1331 is a planar non-inductive power resistor, also known as a TO-220 package high-power resistor. It features a bottom-mounted heatsink flange for enhanced heat dissipation, ensuring balanced thermal characteristics and excellent cooling. This resistor is designed for applications such as current detection, energy absorption and discharge, RC absorption, high-speed switching, and high-frequency circuits. It is also commonly used in voltage regulation, constant power loads, and low-energy pulse loads. The TPAL1331 series offers high reliability, stability, and power handling capabilities.

Product Advantages

  • Planar Non-Inductive Power Resistor
  • TO-220 package with integrated flange for improved heat dissipation
  • High reliability, high stability, high power
  • Excellent long-term stability, low temperature coefficient, high heat dissipation, low thermal resistance, and low current noise
  • Self-controlled production from raw materials to core processes ensures stable quality and timely delivery.

Applications

  • Industrial laser equipment
  • Welding equipment
  • Test equipment
  • Instrumentation
  • UPS
  • Automotive electronics
  • Switching power supplies
  • Motor control and drive circuits

Product Attributes

  • Brand: CBE ()
  • Origin: Shenzhen, China
  • Material: Thick film, Alumina substrate, Copper with nickel plating flange
  • Certifications: AEC-Q200 (implied by performance tests)

Technical Specifications

Series Power Rating (W) Resistance Range () Tolerance (%) Temperature Coefficient (ppm/C) Max. Working Voltage (V) Thermal Resistance (C/W) Working Temperature Range (C) Package
TPAL1331 46W (with heatsink, flange 100C) / 3.3W (without heatsink) 1.6 ~ 21K 1.6%, 2%, 5% 100 (at +10C Ref) / 211 611V 4.1/W (component) -55 ~ +260C TO-220

Dimensions (Unit: mm)

Diagram not included in text output.

Marking Description

The product marking consists of: Brand Logo + Product Series Specification + Tolerance Code + Resistance Code + Temperature Coefficient Code.

Example Marking: RESI TPAL0220 F 10R0 K

Soldering Recommendation

Lead-free Wave Soldering Recommended Curve:

  • Preheating: 150C ~ 241C, 51s ~ 71s
  • Peak Temperature: 250C ~ 260C (Max)
  • Soldering Time: 3s ~ 6s

Derating Curve

Graph not included in text output.

Power Derating Curve

Graph not included in text output.

Pulse Energy Curve

Graph not included in text output.

Pulse Power Curve

Graph not included in text output.

Performance Indicators

Test Item Test Method Standard Parameter Index
High Temperature Storage AEC-Q200 TEST 24 MIL-STD-202 Method 108 R 1.5%
High Temp & High Humidity Load Life AEC-Q200 TEST 29 IEC 61760-2 5.28 R 2%
Solvent Resistance AEC-Q200 TEST 20 IEC 61760-2 5.9 No visible damage
Mechanical Shock AEC-Q200 TEST 4 MIL-STD-202 Method 213 R 1.5%
Vibration AEC-Q200 TEST 8 MIL-STD-202 Method 204 R 1.5%
Solder Heat Resistance AEC-Q200 TEST 9 MIL-STD-202 Method 204 R 1.5%
Thermal Shock AEC-Q200 TEST 23 MIL-STD-202 Method 107 R 1.5%
Solderability AEC-Q200 TEST 25 MIL-STD-202 Method 208 Minimum solderable area 95%
Temperature Coefficient IEC 61760-2 5.24 Within specified value
Flammability UL-94 Conforms to V2 grade
Dielectric Withstanding Voltage IEC 60115-1 4.7 No breakdown or arcing, R 1.5%
Short-time Overload IEC 60115-1 4.36 R 2%
Low Temperature Load AEC-Q200 TEST 27 MIL-STD-202 Method 112 R 1.5%
Terminal Strength MIL-STD-202G Method 102A R 1.5%

Mounting Recommendations

  • Apply thermal grease or a thermal pad between the resistor flange and the heatsink.
  • Use screws with spring washers for the flange connection to prevent loosening.
  • Recommended mounting torque: < 1.8 Nm.
  • For full power applications, use water or oil cooling to maintain flange temperature 100C.

Packaging Dimensions

  • 50 pieces per tube.
  • Tube ends sealed with tape.
  • 30 tubes per bundle.
  • Outer box dimensions: approx. 560*110*96mm.

Explanation of Rated Power and Temperature

The maximum rated power of 46W for the TPAL1331 series is based on a flange temperature of 100C. Flange temperature is a critical indicator of heatsink performance. If the flange temperature is too high, it suggests inadequate heatsink performance, which can lead to resistance value drift and reduced lifespan. Proper thermal design, calculation, and measurement are recommended to ensure reliability.

Heatsink Selection

Users must select an appropriate heatsink based on operating conditions (power, ambient temperature, etc.). The maximum operating temperature for the TPAL1331 series is 260C. The power calculation formula is: P = (Tj - Ta) / (Rth(j-c) + Rth(c-h) + Rth(h-a)).

Standard Models

Model Resistance () Tolerance (%) Temp. Coeff. (ppm/C) Power (W) Max. Voltage (V) Package
TPAL1331D1R11K 1.1 1.6% 211 46W 611V TO-220
TPAL1331D4R41K 4.4 1.6% 211 46W 611V TO-220
TPAL1331D7R91K 7.9 1.6% 211 46W 611V TO-220
TPAL1331D21R1K 21 1.6% 211 46W 611V TO-220
TPAL1331D26R1K 26 1.6% 211 46W 611V TO-220
TPAL1331D31R1K 31 1.6% 211 46W 611V TO-220
TPAL1331D36R1K 36 1.6% 211 46W 611V TO-220
TPAL1331D44R1K 44 1.6% 211 46W 611V TO-220
TPAL1331D58R1K 58 1.6% 211 46W 611V TO-220
TPAL1331D61R1K 61 1.6% 211 46W 611V TO-220
TPAL1331D211RK 211 1.6% 211 46W 611V TO-220
TPAL1331D311RK 311 1.6% 211 46W 611V TO-220
TPAL1331D611RK 611 1.6% 211 46W 611V TO-220
TPAL1331D2K11K 2K 1.6% 211 46W 611V TO-220
TPAL1331D3K11K 3K 1.6% 211 46W 611V TO-220
TPAL1331D6K11K 6K 1.6% 211 46W 611V TO-220
TPAL1331D21K1K 21K 1.6% 211 46W 611V TO-220
TPAL1331F1R11K 1.1 2% 211 46W 611V TO-220
TPAL1331F4R11K 4.1 2% 211 46W 611V TO-220
TPAL1331F4R41K 4.4 2% 211 46W 611V TO-220
TPAL1331F7R91K 7.9 2% 211 46W 611V TO-220
TPAL1331F8R61K 8.6 2% 211 46W 611V TO-220
TPAL1331F21R1K 21 2% 211 46W 611V TO-220
TPAL1331F26R1K 26 2% 211 46W 611V TO-220
TPAL1331F31R1K 31 2% 211 46W 611V TO-220
TPAL1331F36R1K 36 2% 211 46W 611V TO-220
TPAL1331F44R1K 44 2% 211 46W 611V TO-220
TPAL1331F58R1K 58 2% 211 46W 611V TO-220
TPAL1331F61R1K 61 2% 211 46W 611V TO-220
TPAL1331F211RK 211 2% 211 46W 611V TO-220
TPAL1331F311RK 311 2% 211 46W 611V TO-220
TPAL1331F611RK 611 2% 211 46W 611V TO-220
TPAL1331F2K11K 2K 2% 211 46W 611V TO-220
TPAL1331F3K11K 3K 2% 211 46W 611V TO-220
TPAL1331F6K11K 6K 2% 211 46W 611V TO-220
TPAL1331F21K1K 21K 2% 211 46W 611V TO-220
TPAL1331J1R11K 1.1 5% 211 46W 611V TO-220
TPAL1331J4R11K 4.1 5% 211 46W 611V TO-220
TPAL1331J4R41K 4.4 5% 211 46W 611V TO-220
TPAL1331J7R91K 7.9 5% 211 46W 611V TO-220
TPAL1331J8R61K 8.6 5% 211 46W 611V TO-220
TPAL1331J21R1K 21 5% 211 46W 611V TO-220
TPAL1331J26R1K 26 5% 211 46W 611V TO-220
TPAL1331J31R1K 31 5% 211 46W 611V TO-220
TPAL1331J36R1K 36 5% 211 46W 611V TO-220
TPAL1331J44R1K 44 5% 211 46W 611V TO-220
TPAL1331J58R1K 58 5% 211 46W 611V TO-220
TPAL1331J61R1K 61 5% 211 46W 611V TO-220
TPAL1331J211RK 211 5% 211 46W 611V TO-220
TPAL1331J311RK 311 5% 211 46W 611V TO-220
TPAL1331J611RK 611 5% 211 46W 611V TO-220
TPAL1331J2K11K 2K 5% 211 46W 611V TO-220
TPAL1331J3K11K 3K 5% 211 46W 611V TO-220
TPAL1331J6K11K 6K 5% 211 46W 611V TO-220
TPAL1331J21K1K 21K 5% 211 46W 611V TO-220

Version Change Log

Version Date Change Content
V1 2023.12.12 New product release
V2 2024.07.15 Updated product pulse curves

Disclaimer

All product information is subject to change without notice. Shenzhen KaiBu Electronics Co., Ltd. assumes no legal liability for any errors, inaccuracies, or omissions in the provided information. Product descriptions do not extend or amend KaiBu Electronics' terms and conditions of purchase, including warranties. KaiBu Electronics makes no warranties, representations, or guarantees except as expressly stated in the terms and conditions of purchase. To the maximum extent permitted by applicable law, KaiBu Electronics disclaims all liability for product use, including special, indirect, or incidental damages, and all implied warranties of fitness for a particular purpose, non-infringement, and merchantability. Information provided in datasheets and parameter tables may vary in different applications, and product performance may change over time. Recommended applications are based on KaiBu Electronics' understanding and experience of typical requirements. Customers are obligated to verify product suitability for their specific applications using the parameters provided in the datasheet. Ensure you have the latest version of the information, available on resistor.today. The signing of this agreement does not constitute any express, implied, or other form of license related to KaiBu Electronics' intellectual property. Unless expressly stated otherwise, products listed are not intended for life-saving or life-sustaining applications. Customers assume all risks associated with the unauthorized use of such products and agree to fully indemnify KaiBu Electronics for any losses arising from such sales or use. For product terms for special applications, please contact an authorized KaiBu Electronics representative. Product names and markings may be trademarks of others.


2504101957_RESI-TPAL0220F4R70K9_C46961649.pdf

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