TT Electronics
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TT Electronics PFC Precision Thin Film Chip Resistors specifications, datasheets, buying information and inventory available at TTI.

TT Electronics PCF Thin Film Nichrome Chip Resistors specifications, datasheets, buying information, and inventory are available at TTI.

TT Electronics LRMAx Low Resistance Metal Alloy Resistors specifications, datasheets, buying information, and inventory are available at TTI.

The TT Electronics WP-S Flameproof Power Wirewound Resistors are designed for flameproof protection and boast superior pulse handling capacity. View product specifications, datasheets, buying information, and inventory available at TTI.

TT Electronics WDBR-UL Ultra-Low-Profile Power Resistors are perfect for dynamic braking, inrush limit, and snubber circuits. View product specifications, datasheets, buying information, and inventory available at TTI.

TT Electronics OARS surface mount current sense resistors are ideal for measuring currents up to 70A. Their open air format gives both mechanical flexibility and thermal isolation between the element and the PCB, features lacking in flat chip formats. Specifications, datasheets, buying information, and inventory are available at TTI.

TT ElectronicsOAR open air resistors are metal element current sense resistors (shunts) that feature a superior surge performance. Specifications, datasheets, buying information, and inventory are available at TTI.

TT Electronics High Pulse Withstanding Chip (HPWC) Series Resistors feature excellent pulse withstand performance and are available in an anti-sulphur version. HPWC resistors specifications, datasheets, buying information, and inventory are available at TTI.

TT Electronics OPB350 and OCB350 Series Tube Liquid Sensors feature opaque plastic housing that enhances ambient light rejection. OPB350 and OCB350 series tube liquid sensors specifications, datasheets, buying information, and inventory are available at TTI.

HA19 Series Electric Power Steering (EPS) Common Mode Chokes offers high efficiency and excellent current handling option in rugged construction. HA19 series EPS common mode chokes specifications, datasheets, buying information, and inventory are available at TTI.

TT Electronics TJC Series Thermal Jumper Chips are designed to provide a thermally conductive pathway with electrical isolation and are used as a thermal management solution for cooling PCB hotspot areas. TJC Thermal Jumper Chips product specifications, datasheets, buying information, and inventory are available at TTI.

TT Electronics WHS UL Wirewound High Surge Fusible Resistors provide enhanced surge and pulse energy capacity and failsafe fusing at 120 / 240 Vrms.

improved thermal contact with a PCB.

ULR3N metal element inverse chip resistors are designed in inverse format with terminations on the long sides, which gives good resistance to thermal and board flex stresses and supports the use of wide current traces.

GHVC is essentially a variant of high voltage chip resistor designed using green thick-film materials which are completely free of Pb (lead) and its compounds. This allows the product to be RoHS compliant without relying on exemptions which may be withdrawn in the future. Available in three sizes from 1206 to 2512, GHVC has LEVs in the range 1 to 3kV and withstands up to 7kV peak for a 1.2/50µs surge.

The HA72L/HM72L series molded inductors are designed with the latest composite molded core materials to maximize inductance, temperature performance and higher rated current while minimizing DCR resistance and physical size. The result is a compact, surface mount component that operates in demanding environments uo to 80 amps. Is mechanically robust and magnetically shielded and resists corrosion in humid einvironments.

WRM-HP is a precision MELF resistor series in 0204 and 0207 sizes with high power ratings. It provides surge tolerant, high stability solutions for voltage measurement and precision analogue circuits.

HA72L automotive grade series molded inductors are designed with the latest composite molded core materials to maximize inductance, temperature performance and saturation current while minimizing DC resistance and physical size.