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Thin Film Chip Resistors Networks


Stable network resistors

Features

  • Extraordinarily stable: the relative value of temperature coefficient of resistive elements is 1ppm/°C or less, and the resistance ratio of elements is also 10ppm/year or less.
  • Numerous elements can be grouped into one unit to raise spatial efficiency and reduce mounting work.
  • VE effects can be obtained by swapping SOP-type, SIP-type, and DIP-type network resistors.
  • Compared to foil resistors, these are smaller, cheaper, easy to mount, and have equal relative precision.

Standard Specification

Model name Circuit symbol Standard circuit Resistance value range (Ω) Rated power
RFCN-1D


RFCN-2D




RFCN-1A / RFCN-1D 1D(10 ~ 100K)

2D(10 ~ 100k)


1D= 0.125W / TOTAL



2D= 0.1W / TOTAL
RFCN-1A / RFCN-1D 1D(10 ~ 50k)

2D(10 ~ 25k)
RFCN-S6D RFCN-1A / RFCN-1D 10 ~ 120k 0.15W / TOTAL
2B RFCN-1A / RFCN-1D 10 ~ 50k
RFCN-6D RFCN-1A / RFCN-1D 10 ~ 120k 0.25W / TOTAL
2B RFCN-1A / RFCN-1D 10 ~ 50k
F RFCN-1A / RFCN-1D 10 ~ 150k 0.1W / TOTAL
RFCN-S8D C RFCN-1A / RFCN-1D 10 ~ 50k 0.125W / TOTAL
RFCN-N8D 10 ~ 100k 0.25W / TOTAL
RFCN-8U 10 ~ 250k 0.5W / TOTAL
RFCN-W8U 10 ~ 1M 0.75W / TOTAL
RFCN-N16D C RFCN-1A / RFCN-1D 10 ~ 100k 0.5W / TOTAL
RFCN-16U 10 ~ 1M 1.5W / TOTAL
RFCN-M16U 10 ~ 250k 1W / TOTAL

Type and shape dimensions

The RFCN-W8U and RFCN-16U types have large forms which allow greater flexibility in circuits and constants.
Please refer to our examples of custom specifications.
Please download our PDF catalog for information about our new channel-shaped electrode structure.


Products using the channel structure
These are patterns compatible with SOP-type and SOIC-type package network resistors.

Model NameLWPabcdetfg
RFCN-1D3.2±0.21.6±0.22.0±0.21.0±0.21.0±0.20.15±0.050.4±0.1-MAX0.55--
RFCN-2D2±0.21.3±0.21.3±0.20.7±0.20.6±0.20.10±0.050.3±0.1-MAX0.55
RFCN-6D2.5±0.22.5±0.20.86±0.10.4±0.10.4±0.10.4±0.20.5±0.20.4±0.1MAX0.55
RFCN-6DF2.5±0.22.5±0.20.7±0.10.8±0.20.6±0.20.4±0.20.7±0.20.6±0.2MAX0.55
RFCN-S6D2.0±0.12.0±0.20.72±0.10.4±0.10.4±0.10.3±0.20.4±0.20.3±0.1MAX0.55
RFCN-N8D2.5±0.22.5±0.20.64±0.10.3±0.10.3±0.10.3±0.20.5±0.20.3±0.1MAX0.55
RFCN-S8D3.2±0.21.6±0.20.8±0.10.4±0.10.4±0.10.3±0.20.4±0.20.3±0.1MAX0.55
RFCN-8U5.1±0.25.1±0.21.27±0.20.6±0.20.6±0.20.6±0.20.8±0.20.6±0.2MAX0.9(0.2)(0.1)
RFCN-W8U8.0±0.20.5±0.2
RFCN-N16D2.5±0.20.64±0.10.3±0.10.3±0.10.3±0.20.5±0.20.3±0.1MAX0.55--
RFCN-16U10.2±0.28.0±0.21.27±0.20.6±0.20.6±0.20.5±0.20.8±0.20.6±0.2MAX0.9(0.2)(0.1)
RFCN-M16U5.1±0.20.6±0.2

How to Order

Specify the following points:

Omit the Ω in KΩ and MΩ. Write 10KΩ as 10K

Explanation of symbols

Temperature coefficient of resistanceResistance value tolerance
Absolute valueRelative valueAbsolute valueRelative value
±25ppm/℃(R)

±10ppm/℃(Q)

±5ppm/℃(P)
10ppm/℃(Q)
5ppm/℃(P)
3ppm/℃(N)
2ppm/℃(M)
1ppm/℃(L)
±1%(F)
±0.5%(D)
±0.25%(C)
±0.1%(B)
±0.05%(A)
0.5%(D)
0.25%(C)
0.1%(B)
0.05%(A)
0.02%(Q)
0.01%(T)

* = Made to order (please consult us)

Introduction to our custom specifications

We will freely design and produce circuit configurations and resistance values to your wishes, as custom specification items.

We can make the most of the properties of Thin Film Chip Resistors Networks.

We can also provide gold electrode types that support bonding.

Examples of circuit specification

Download catalog

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