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惠州市众佳电子有限公司

Huizhou Zhongjia Electronics Co., Ltd.

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100W
  • 100W
  • 100W
  • 100W
100W

·Rated power: 100W

·Resistance range: 0.01~51K

·Maximum accuracy: ± 1%

·Resistance technology: wire wound resistance

·Packaging material: Industrial 6063 aluminum material

·Packaging method: molded, sand filled

·Installation method: fixed with screws

·Working temperature range: -55 ℃~275 ℃

·Dimensions: L=98mm, W=48mm, H=26mm (standard)

Application areas: frequency converters, audio equipment, car lights

■ Product features

Golden aluminum shell resistors are called metal aluminum shell resistors, non inductive aluminum shell resistors, gold aluminum shell resistors, LED aluminum shell resistors, yellow aluminum shell resistors, etc. The shell is made of aluminum alloy and has heat dissipation grooves on the surface. It has small volume, high power, high temperature resistance, strong overload capacity, weather resistance, high precision, high stability, and strong structural characteristics, which are conducive to mechanical protection and easy installation.
Gold aluminum shell resistors are the most ideal choice for current sensing resistors, standard low inductance resistors, and high-precision resistors due to their low precision and stable temperature coefficient.
When using gold aluminum shell resistors in the automotive LED light industry, we can provide customers with welding high-temperature wires and different models and colors of clamps.

1. The core resistor core component adopts an insulated and high-temperature resistant ceramic rod as the resistor skeleton, and is uniformly wound with high-quality alloy wire. It is equipped with a metal aluminum shell and sealed with high insulation and non flammability electronic paste or silicon copper molding process, so that the metal aluminum shell and the resistor core component are tightly integrated into a solid and stable entity, which is not affected by external air, vibration, and dust, and has high stability and thermal conductivity.
2. The aluminum shell is made of high-quality industrial 6063 aluminum material and undergoes surface high-temperature anodizing treatment to achieve better appearance and better heat dissipation effect.
3. The lead out end can be made of screw type or perforated end pieces or welded high-temperature wires according to customer needs, making it convenient for customers to connect at will.


■ Specifications, dimensions, and technical specifications

image.png

◆ Specifications, dimensions, and units of measurement: mm

model

At 25 ℃
Fixed power (W)
Equipped with heat dissipation board

Dimensions (mm)

Weight (g)

Resistive body (± 1)

Standard heat dissipation plate (aluminum)

L1

L2

L3

W1

W2

W3

H1

H2

D1

D2

Surface area
(c㎡)

thickness
(mm)

RXG24

100

98

70

15

37

48

27

11.5

26

*M3

4.4

995

3

160

*Remarks a and M3 indicate screw specifications; b、 The weight is for reference only.


◆ Technical indicators

model

Rated power at 25 ℃ (W)

Resistance range (Ω)

Error (%)

Temperature coefficient (PPM)

Voltage endurance

Equipped with heat dissipation board

Without heat dissipation board

RXG24

100

50

0.01~51K

±5,±1

±250,±100

1500

*Note a: The gold aluminum shell resistor needs to be used with a standard heat dissipation substrate, and the heat dissipation substrate must be larger than the surface area specified in the specifications.


■ Rated power decreasing diagram

image.png

Surface temperature rise chart (with heat dissipation substrate)

image.png

Customer selection, for exampleRX24 50W 0.1 Ω± 5%, model: RX24-50-0R1J-BB; Low inductance, add the letter N to the model, for example: N RX24-50-0R1J

RX24

50

0R1

J

B

B

code

Rated power

resistance

accuracy

temperature coefficient

Lead out terminal

RX24 series

RXG24 series

05=5W

10=10W

25=25W

100=100W

300=300W

0R1=0.1Ω

0R22=0.22Ω

100R=100Ω

F=±1%

G=±2%

H=±3%

J=±5%

K=±10%

B=±200PPM

K=±100PPM

Y=±50PPM

B=Iron cap or screw

D=Copper wire


■ Suggestions for using resistors

It is best to leave 1.5 times the power margin for resistors in circuits. For example, if the voltage in the circuit is 100V and the current is 0.01A, the calculated power is P=100 * 0.01=1W. At this time, a resistor of 1W cannot be used, and 1 * 1.5=1.5W is calculated. If there is no 1.5W resistor, a resistor of 2W is needed.

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下一篇: 75W
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