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quality Electronic resistor Hongda RXF-1WS-22R-J-T52 designed for performance in chargers and light sources factory
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quality Electronic resistor Hongda RXF-1WS-22R-J-T52 designed for performance in chargers and light sources factory
>
Specifications
Type:
Wirewound Resistor
Resistance:
22Ω
Voltage-Supply(Max):
-
Power(Watts):
1W
Temperature Coefficient:
±350ppm/℃
Tolerance:
±5%
Mfr. Part #:
RXF-1WS-22R-J-T52
Package:
Through Hole,D4xL10mm
Key Attributes
Model Number: RXF-1WS-22R-J-T52
Product Description

Product Overview

The RXF series from Dongguan Hongda Electronic Technology Co., Ltd. are high-performance resistors designed for a wide range of electronic applications. These resistors offer excellent surge resistance, good fusing consistency, and a compact size for easy installation, ensuring safety and reliability. They are widely used in electronic equipment such as light sources, switching power supplies, chargers, and home appliances.

Product Attributes

  • Brand: HONGDA (implied by company name and product series)
  • Origin: Dongguan, China
  • Certifications: VDE (Certificate No.: 40036858), UL/CUL (Certificate No.: E359590), CQC (Certificate No.: 0.5W-CQC13001095211, 1W-CQC13001095213, 2W-CQC13001095221)

Technical Specifications

Dimensions and Lead Lengths

Model Rated Power (W) Dimensions (mm)
Dmax. Lmax. H1
Lead Allowable Length* (mm)
d0.05
RXF 0.25, 0.5S, 1WX 3.0 7.0 6070 0.380.45
RXF 0.5, 1S, 2WX 4.0 10.0 6090 0.430.60
RXF 1, 2S, 3WX 5.0 12.0 6070 0.540.72
RXF 2, 3S 6.0 16.0 6080 0.600.72

Electrical Characteristics

Model Rated Power (W) Resistance Range () Resistance Tolerance (%) Insulation Voltage (V)
(DC or AC Peak)
Component Limit Voltage (V)
RXF 0.25, 0.5S, 1X 0.22-300 5, 10 250 200
RXF 0.5, 1S, 2X 250 350
RXF 1, 2S, 3X 350 350
RXF 2, 3S 0.22-47 500 350

General Data

  • Nominal Resistance Tolerance: 5%, 10%
  • Climatic Category: 55/155/21
  • Low Pressure: 8.5kPa
  • Stability Grade: 5%
  • Resistance Change Limit:
    - Long-term Test: (5%R+0.1)
    - Short-term Test: (1%R+0.05)
  • Temperature Coefficient:
    - Standard Type: 350 ppm
    - Semi-fusing, Explosion-proof, High Surge Resistance Types: 35001500 ppm
  • Rated Current: I(A) = P(W)/R()
  • Derating Curve: Rated power is the maximum continuous operating value at 70. Power derating is required above 70 according to the curve.
  • Fusing Characteristic: Defined as significant increase in resistance when subjected to specified overload, causing current to drop below 1/50 of the initial test current. Fusing time is the time required from applying overload until fusing occurs.

Fusing Time Requirements (Standard Type & High Surge Resistance Type)

Rated Current Multiplier (x) Fusing Time (S)
0.25W R1: 6
R1: 7
0.52W R1: 6
R1: 6
122 100
58.5 -
55 25
70 155
275

Note: Fusing time can be customized according to user requirements.

Fusing Time Requirements (Explosion-proof Type)

Rated Current Multiplier (x) Fusing Time (S)
0.25-2W 3 60
4 30

Note: Fusing time can be customized according to user requirements.

Fusing Time Requirements (Semi-fusing Type)

Rated Current Multiplier (x) Fusing Time (S)
0.25-2W 2 60
2 30

Note: Fusing time can be customized according to user requirements.

Impact Resistance Performance

When switch K is closed and K2 is open, repeatedly switch K1 on/off for 2 seconds on/off for 2 seconds, for 100 cycles. The test resistor should not become open-circuited.

Note: 1. Capacitor C capacity is selected based on customer requirements; if not specified, C=10uF. 2. Resistor R value is selected based on the application circuit and converted to internal resistance. Resistor power is 20W, power factor is 0.8. Resistors below 10W generally use 20W, 5.1K (5%).

Main Test Items, Methods, and Performance Requirements

No. Test Item Test Method Performance Requirements
1 Resistance Measured by resistance discriminator. Resistance value is within the nominal resistance and allowable tolerance range.
2 Short-term Overload Apply 2.5 times the rated voltage for 5S, recover for 1-2h, then measure resistance and calculate resistance change rate. Resistance Change: R (2%R+0.05)
3 Solderability Dip leads into solder pot at (2605) for 20.5S, with immersion depth 2+0/-0.5mm from the component body. Observe solder coverage. Over 90% surface coverage in the circumferential direction of the immersed part.
4 Withstand Voltage Place resistor in a metal "V" groove. Apply specified insulation voltage between the connected leads and the "V" groove for 60S. No visible damage, clear marking; no breakdown or arcing.
5 Withstand Soldering Heat Measure resistance before test. Dip leads into solder pot at 35010 for 3.50.5S, immersion depth 2+0/-0.5mm from the component body. Recover for 1h, then measure resistance and calculate change rate. Resistance Change: R (1%R+0.05)
6 Rapid Temperature Change Cycle: Low temp (-553) for 30 min, room temp for 2-3 min, high temp (1553) for 30 min, room temp for 2-3 min. Repeat 5 cycles. Recover for 1-2h, measure resistance and calculate change rate. Resistance Change: R (1%R+0.05)
7 Endurance Place resistor in a constant temperature oven at (703). Apply rated DC voltage, 1.5h on, 0.5h off, cycle for 1000h. Recover for 1-4h, measure resistance and calculate change rate. Resistance Change: R (5%R+0.1)
8 Lead Strength Tensile test: 10N force for 10S. Bending test: Apply 5N load to lead, tilt body approx. 90 in (2-3)S. After recovery, bend in the opposite direction (2 bends total). Resistance Change: R (1%R+0.05)
9 Vibration Resistor body to mounting point distance: 61mm. Vibration frequency range 10-500Hz, amplitude 0.75mm or acceleration 98m/s (whichever is smaller). Vibration direction along Z, X, Y axes for 2h each (total 6h). Cycle: 1min (10-55-10Hz). Measure resistance after test and calculate change rate. 1) Appearance: No mechanical damage.
2) Resistance Change: R (1%R+0.05)
10 Sequenced Humidity and Temperature Dry heat, cyclic damp heat (test Db, 1st cycle), cold, low pressure, cyclic damp heat (test Db, remaining cycles), DC load. Resistance Change: R (5%R+0.1)
Insulation Resistance: 100M
11 Accidental Overload Install sample in a single-layer wire mesh cylinder 253mm from resistor body. Apply 5, 10, 16 times rated power overload for 5min or until resistor becomes open-circuited. Wire mesh cylinder does not ignite.

Taping Style and Dimensions

Taping Specification Dimensions (mm) U W P L1-L2 T Z R t T2
T26 381 260.5 50.5 0.5 60.1 1 0 3.2 1.5
T52 642 521 1
T63 752 631 1.2 752 631 100.5
T72 842 722 50.5 1.2 842 722 100.5

Sleeve Product Style and Dimensions

Shape Dimensions (mm) H1 H11.5 H21.5 hh (15%) h12 h22
TA Type 70 20 20 50 10 10
TB Type 80 5 25 40 10 30

Note: 1. For exposed lead length 5mm, tolerance is +2/-1mm. 2. Sleeve dimensions can be customized according to customer requirements.

Formed Product Style and Dimensions

Shape Dimensions (mm) P1.0 H1 h0.5
n Type 5 3.5 8 3.5
B Type 5 3.5 8 3.5
L Type 12.5 4.5 14.5 5.5

Note: Formed shape and dimensions can be customized according to customer requirements.

Model Specification Name Explanation (Example)

RXF 1W S 10 J

Rated Power Resistance Tolerance Nominal Resistance Model Color Ring Markings
0.25W, 0.5W, 1W, 2W, 3W J: 5%, K: 10%, M: 20% E24 Series RXF
S: Miniaturized
X: Ultra-miniaturized
10: Nominal Resistance Value
J: Tolerance

Color Code for Resistance

Color 1st Digit 2nd Digit 3rd Digit Multiplier Tolerance
Black 0 0 0 10
Brown 1 1 1 10 1%
Red 2 2 2 10 2%
Orange 3 3 3 10
Yellow 4 4 4 10
Green 5 5 5 10 0.5%
Blue 6 6 6 10 0.25%
Violet 7 7 7 10 0.1%
Gray 8 8 8 10
White 9 9 9 10
Gold 10 5%
Silver 10 10%
Plain 20%

Packaging Method

  • Inner box packaging: Taped, 1K/box
  • Outer carton packaging: Not specified

2304140030_Hongda-RXF-1WS-22R-J-T52_C2149610.pdf

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