L063S472LF
L063S472LF is SIL Resistor Network manufactured by TT Electronics.
- Part of the L061S101LF comparator family.
- Part of the L061S101LF comparator family.
Resistors
SIL Resistor Network
L Series Thick Film Low Profile SIP Conformal Coated Resistor Networks Ro HS pliant
Electrical
Standard Resistance Range, Ohms Standard Resistance Tolerance, at 25°C Operating Temperature Range Temperature Coefficient of Resistance Temperature Coefficient of Resistance, Tracking Maximum Operating Voltage Insulation Resistance
Make Possible
All parts are Pb-free and ply with EU Directive 2011/65/EU (Ro HS2)
1%: 22R
- 1M; 2%:10R
- 5M6; 5%: 10R
- 10M ±2%
Optional: ±1% (F Tol.), ±5% (J Tol.) -55°C to +125°C
±100ppm/°C (<50 Ohms = ±250ppm/°C) ±50ppm/°C
100Vdc or √PR ≥10,000 Megohms
Environmental
Thermal Shock plus Power Conditioning Short Time Overload Terminal Strength Moisture Resistance Mechanical Shock Vibration Low Temperature Storage High Temperature Exposure Load Life, 1,000 Hours Resistance to Solder Heat (Per MIL-STD-202, Method 210, Cond.B) Dielectric Withstand Voltage Marking Permanency Lead Solderability Flammability Storage Temperature Range Specifications subject to change without notice.
General Note
TT Electronics reserves the right to make changes in product specification without notice or liability. All information is subject to TT Electronics’ own data and is considered accurate at time of going to print.
© TT Electronics plc
ΔR 0.70% ΔR 0.25% ΔR 0.25% ΔR 0.50% ΔR 0.25% ΔR 0.25% ΔR 0.25% ΔR 0.50% ΔR 1.00% ΔR 0.25% 200V for 1 minute MIL-STD 202, Method 215 MIL-STD 202, Method 208 UL-94V-O Rated -55°C to +150°C
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SIL Resistor Network
L Series
Mechanical
Lead Finish Substrate Material Resistor Material Body Material
Make Possible
Sn Ag Cu Alumina Cermet Conformal Epoxy Resin, red or black
Standard Resistance Values, Ohms Power Derating Curve
-3 Circuit (Isolated Resistors) & -1 Circuits (Bussed Resistors)
Ohms
Code
Ohms
Code
Ohms
Code
22 220 820 821 33K 333
27 270 1K 102 39K 393
33 330 1.2K 122 47K 473
39 390 1.5K 152 51K...