TE***nnectivity : BDS2A1001K0K : CGS Resistor Power BDS2A100
1K Ω, Thick Film, Power Resistor, 38 x 25.5 x 21 mm, 2 Termination, Loose Piece - Tray, 10 %, 100 W, ±150 ppm/°C, Screw Terminals Termination, CGS BDS.
Di***ey : BDS2A1001K0K TE Connectivity Passive Product | Resistors
BDS2A1001K0K – 1 kOhms ±10% 100W Thick Film Chassis Mount Resistor from TE Connectivity Passive Product. Pricing and Availability on millions of electronic ...
Mo***r Electronics : BDS2A1001K0K TE Connectivity
BDS2A1001K0K TE Connectivity Planar Resistors - Chassis Mount 1K OHM 10% datasheet, inventory, & pricing.
Oc***art : BDS2A1001K0K CGS | Distributors, Price, and ...
CGS BDS2A1001K0K ;.comosition, Power resistor, Thick Film ; Lead/Base Style, Threaded ; Max Operating Temperature, 125 °C ; Max Power Dissipation, 100 W.
On***e : TE Connectivity / CGS Brand - BDS2A1001K0K
BDS2A1001K0K : 4 available at comonents Datasheets,.cometitive pricing, flat rate shipping & secure online ordering.
Al***d Electronics : TE Connectivity - BDS2A1001K0K - Resistor,Thick Film ...
With less than 40 nH inductance and a 100 Watt power rating in an easy-mounting 38 mm × 25 mm Isotop case, the BDS100 offers high power density over a wide ...
TT*** : BDS2A1001K0K - TE Connectivity Part Detail
BDS2A1001K0K ; Please note: This part is NCNR ; Manufacturer, TE Connectivity ; Mounting Style, Chassis Mount ; Packaging, Tray ; Product Type, Planar Resistors.
Ra***ll International : BDS2A1001K0K by TE CONNECTIVITY - Buy or Repair at ...
BDS2A1001K0K; RES; THICK FILM; 1K; 100W; SCREW; RESISTANCE:1KOHM; PRODUCT RANGE:BDS SERIES; POWER RATING:100W; RESISTANCE TOLERANCE:¦ 10%; VOLTAGE RATING: ...
Al***bout Circuits : BDS2A1001K0K CGS - Datasheet PDF & Technical Specs
Download the BDS2A1001K0K datasheet from CGS. Res Thick Film 1K Ohm 10% 100W ±150ppm/C Molded Screw Terminal Bolt-On Loose/Tray.
eB*** : TE Connectivity / CGS Brand BDS2A1001K0K
Item Number. 174202357709 ; Brand. TE Connectivity / CGS Brand ; MPN. BDS2A1001K0K ; Accurate description. 5.0 ; Reasonable shipping cost. 0