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Our High Precision Metal Foil Resistance is specially designed for high accuracy and stability in a variety of electronic applications. Made from high-quality metal foil material, it provides superior long-term stability and reliability.

 

- High accuracy and stability

- Excellent long-term stability

- Wide operating temperature range

- Low noise and low temperature coefficient

- High power rating

- Compact size

 

- Precise current sensing

- Voltage regulation

- Temperature sensing and control

- Medical instrumentation

- Industrial control systems

- Automotive electronics

- Aerospace and defense technology

 

Our High Precision Metal Foil Resistance is manufactured in a state-of-the-art facility, using the latest technology and strict quality control measures to ensure superior performance and durability. With a wide range of values and resistance tolerances available, we can customize the resistance to meet our clients' specific needs.

We pride ourselves on our commitment to offering exceptional products and top-notch customer service. Our team of experienced engineers and technicians is available to assist with any technical questions or concerns you may have.

Contact us today to learn more about our High Precision Metal Foil Resistance and discover how we can help you achieve your goals.

 

 

1. Product outline drawing and dimensions

This product is a new type of resistor produced by semiconductor process. The product has small size, high precision, small temperature coefficient, good stability and high reliability, and is widely used in military inertial navigation power distribution control, various industrial instruments and instruments precision measurement systems with good electrical characteristics.

 

 

Table 1- Product volume dimensions
Specification and model		Standard size			min size	max weight
		L W 7.7 8.0 7.7 8.0 7.7 8.0 14.8 10.5 22.4 10.5 30.3 10.5	T	F	h	(g)
RJ711 (RCK)	D		3.5	3.9	0.3	0.6
	E		3.5	3.9	0.3	0.6
	02A 04		3.5 3.4	3.9 10.0	0.3 0.4	0.6 1.4
	05 06		3.4 6.3	16.2 21.9	0.4 0	2.0 4.0

Note:

1). Measurement shall be made at the main body of the lead line.

2). The style of the foot is optional.

3). Resistance measurement point shall be at 12.7±3.2mm for resistors equal to and greater than 10 Ω, and for resistors less than 10 Ω shall be at 6.0±0.5mm.

4). F Nominal dimensional tolerance ± 0.5mm, others ± 0.25

 

Table 2- Main technical parameters
Specification and model	RJ711 (RCK)
model	D		E	02A	04	05	06
Rated power consumption of 70°C(W)	0.125		0.25	0.5	1.0	1.2	1.5
Resistance range	0.1-20K		0.1-30K	0.1 -200K	0.1-400K	0.3-600K	0.4-800K
Tolerance of resistance value	E (±0.005%) L (±0.01%) P (±0.025%) W (±0.05%) B (0.1%) S (±5X10-6/°C) R (± 10X10-6/°C)
temperature deviation
Element limit voltage(V)	200		250	300	350	500	650
Dc or AC valid value
Insulation voltage(V)	250		350	450	500	700	920
Dc or AC peak
Use environment	-55°C—-125°C

Note:

1) If the user needs > 100Q resistor tolerance tolerance can be achieved ±0.005% (E).

2) R < 10Q resistor minimum tolerance tolerance of ±0.1%.

When 5QSRG0Q, the resistance temperature coefficient should not exceed twice the value specified in the table, and the resistance temperature coefficient is not specified for the resistance value < 5Q.

 

Table 3 - Typical resistance temperature characteristics

 

Table 4 - product power reduction curve

Note: About the use of power consumption In order to improve the stability of the resistor, it is recommended to reduce the rated power consumption according to the allowable deviation of the resistance value, including: ±0.1%-±0.05%: reduced to 3 / 4 of the original rated power consumption ±0.025%-0.01%: Reduce to 1 / 2 of the original rated power consumption ±0.005%: Reduce it to 1 / 4 of the original rated power consumption

 

Table 5 - High-frequency characteristic curve of the product

Other parameters: Distribution parameters: C '≈0.5PFL' 0.1 μ H Response time: <1ns Current noise: <-42 db Storage stability: 0.005% / or <0.01% / 3 years Voltage coefficient: 0.03ppm / (1 kΩ adaptation) Thermal potential: <0.5 μ V / ℃ (between two leads)

 

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