FMCC EUROPE
Components and technical solutions for power electronics

 EBG is producing these models in order tomeet the most stringent requirements regardingtemperature coefficient in connection with highstability performance at high operating voltages.The low temperature coefficient minimizes theselfdrift generated through the warm-up due topower dissipation. The series SGT are producedwith EBG‘s patented Non-Inductive Design.Typical applications are Medical Systems likeX-Ray, Nucleus spin tomographes as well asPower Supplies or instruments. The features ofthe Type SGT Low TC Precision High Voltage
Resistors are:
 •Resistance Range from 100KΩto 1GΩ
 •Resistance Tolerance from ±0.1% to ±1.0%
 •Temperature Coefficient: 25ppm/°C from -15°C to +85°C.
 •Load Life Stability of 0.25% per 1,000 hoursat +125°C.
 •Patented NON-INDUCTIVE DESIGN•Max. Cont. Operating Temp. of +225°C.
 •Voltages up to 60% higher than the tablevalues may be obtained in special order byadding “S“ to the model designation.

  Specifications:
  •Resistance   Tolerance:Standard:±1% to ±10%(tolerances down to ±0.1% on specialrequest)
 •Temperature Coefficient:±25ppm/°C referenced to 25°C, ∆Rtaken at -15°C and +85°C.•Voltage Coefficient:max. -0.2ppm/V as to MIL-Std-202,Method 309, 10 KV DC max.
 •Dielectric Strength:1,000VDC•Insulation Resistance:10 GΩmin.
 •Overload/Overvoltage:5 times rated power with appliedvoltage not to exceed 1.5 times max.continuous operating voltage for 5seconds.∆R 0.20% max.
 •Load Life:1,000 hours at rated voltage notexceeding rated power, typical ∆R(2s)=0.1%, max. ∆R=0.25%
 •Moisture Resistance:MIL-Std-202, Method 106,∆R 0.4% max.
 •Thermal Shock:MIL-Std-202, Method 107, Cond. B,∆R 0.20% max.
 •Encapsulation:Silicone Conformal
 •Lead Material:O.F.H.C. Copper, tin plated 

 Model
No

 MIN

Ω

 Max.
(1% Tol.)
Ω