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RB55

TT electronics
Part Number RB55
Manufacturer TT electronics
Description Axial Lead Precision Wirewound Resistors
Published Dec 13, 2015
Detailed Description Axial Lead Precision Wirewound Resistors RRBB/ RB/RR, VAB/RHR,, VSPA/ 7/00H0 SReri,esSP / 7000 Series ··AW x0Tio.ri1la...
Datasheet PDF File RB55 PDF File

RB55
RB55


Overview
Axial Lead Precision Wirewound Resistors RRBB/ RB/RR, VAB/RHR,, VSPA/ 7/00H0 SReri,esSP / 7000 Series ··AW x0Tio.
ri1laeetrlowaLn1oc.
e0euawtnodad±tt.
Ps0R1r%eecsiissitoonrs · 0.
1 ohm to 12 megohms ·s 0.
A1 ptop1r.
o0 vweatdtsto M, P, & R levels ·s ToTleCraRn’scefrtoo±m.
01±%2 ppm/°C to +6000 ppm/°C ·s 0.
M1 oehemtstoo1r2 emxecgeoehdmss all applicable s AMpprIoLv-eRd-9to3M&, PM, &ILR-lRev-3el9s005 ratings s TCR’s from ±2 ppm/°C to +6000 ppm/°C sMeets or exceeds all applicable MIL-R-93 & MIL-R-39005 ratings The RB/RBR ultra precision resistors are designed and produced for critical parameter applications.
They are available for established reliability military and/or commercial applications requiring state of the art precision and stability.
Construction features may vary slightly between commercial and military styles, but both are produced under the same rigid quality control system required by the tightest military specifications.
Both are produced in the same production line using the same highly trained operators required to produce the established reliability product.
All terminations are welded to reduce contact noise and thermal EMF.
Extensive accelerated aging programs both before and after calibration assure precise initial accuracy and high resistance stability.
Encapsulation is accomplished by a unique dry air chamber epoxy shell technique for established reliability parts.
A resilient inner coating is used to minimize internal stresses on all parts.
All resistors (military and commercial) are carefully monitored during assembly, winding, coating, and stabilization procedures to assure high quality standards.
Premium grade selected wire is control- stress wound on special designed bobbins.
Established reliability military parts are then burned in for 100 hours at 125°C ambient as part MIL-R-93, or equivalent, of group A acceptance testing.
Documentation and special tests are available upon customer request to meet your unique requirements.
TCR and ...



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