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SIP Type Thin Film Resistor
Networks
Emphasis on relative precision and
relative temperature coefficient
Features
- Performance
Extraordinarily stable: relative temperature coefficient of resistance between elements (1ppm/°C) and secular change properties (resistance ratio 10ppm/year) are both low. - Compact and easy to mount
The footprint for attachment to a printed circuit board is small, raising space efficiency. - Economy
Temperature coefficient of resistance and change over time are relatively extremely stable. Substituting these into places where conventional high-performance fixed resistors can be expected to yield a large VA effect.
Standard Specification
| Model name | Circuit diagram | Resistance value tolerance (%) | Temperature coefficient of resistance (ppm/°C) | ||
|---|---|---|---|---|---|
| Absolute value | Relative value | Absolute value | Relative value | ||
| 2C～10C 250mW／ element |
 |
±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) |
±25(R) ±10(Q) ±5(P) |
10(Q) 5(P) 3(N) 2(M) 1(L) |
| 2B～20B 125mW／ element |
 |
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Outer dimensions and labeling
Made-to-order items
We produce resistance values, circuit configurations, etc. according to the circuit designer’s wishes.
Standard Specification
| Model name | Circuit configuration | Resistance ratio R1：R2 |
Resistance value range | Resistance value tolerance (%) | Temperature coefficient of resistance (ppm/°C) | |||
|---|---|---|---|---|---|---|---|---|
| R1 | R2 | Absolute value | Relative value | Absolute value | Relative value | |||
| 2BS Power: 60 mW/element |
 |
1:1 | 10Ω～50KΩ | 10Ω～50KΩ | ±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) |
±25(R) ±10(Q) ±5(P) *±3(N) *±2（M) *±1(L) *Customizable |
10(Q) 5(P) 3(N) 2(M) 1(L) |
| 2E 2B Power: 250 mW/element |
|
1:1 1:2 1:5 1:10 |
10Ω～500KΩ 100Ω～250KΩ 100Ω～100KΩ 10Ω～50KΩ |
10Ω～500KΩ 100Ω～250KΩ 100Ω～100KΩ 10Ω～50KΩ |
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| 2E 2C Power: 250 mW/element |
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Outer dimensions and labeling
2BS type
2E2B type
2BS type
