Details, datasheet, quote on part number: FC4TR005FER
PartFC4TR005FER
Category
Title0.5 WATT 1206 CHIP 0.005 OHM 1%
Description

Ohmite's FC4T chip features four terminals also known as a Kelvin configuration enabling current to be applied through two opposite terminals and a sensing voltage to be measured across the other two terminals. This eliminates the resistance and temperature coefficient of the terminals for a more accurate current measurement. Ohmite’s proprietary metal foil technology offers an excellent temperature coefficient of resistance (TCR) even for very low resistance values (down to 50 ppm). FC4T chip features four terminals also known as a “Kelvin” configuration. This configuration enables current to be applied through two opposite terminals and a sensing voltage to be measured across the other two terminals, eliminating the resistance and temperature coefficient of the terminals for a more accurate current measurement. Ohmite’s proprietary metal foil technology offers an excellent temperature coefficient of resistance (TCR) even for very low resistance values (down to 50 ppm).



CompanyOhmite
DatasheetDownload FC4TR005FER datasheet
  
FC4TR005FER photo

Others parts numbering
FC4TR010FER: 0.5 WATT 1206 CHIP 0.010 OHM 1%
FC4TR015FER: 0.5 WATT 1206 CHIP 0.015 OHM 1%
FC4TR050FER: 0.5 WATT 1206 CHIP 0.050 OHM 1%
FC4TR100FER: 0.5 WATT 1206 CHIP 0.100 OHM 1%
FC4TR010DER: 0.5 WATT 1206 CHIP 0.010 OHM 0.5
FC4TR015DER: 0.5 WATT 1206 CHIP 0.015 OHM 0.5
FC4TR050DER: 0.5 WATT 1206 CHIP 0.050 OHM 0.5
FC4TR100DER: 0.5 WATT 1206 CHIP 0.100 OHM 0.5

 

Features, Applications

The FC4T chip features four terminals, also known as a "Kelvin" configuration. This configuration enables current to be applied through two opposite terminals and a sensing voltage to be measured across the other two terminals, eliminating the resistance and temperature coefficient of the terminals for a more accurate current measurement. Ohmite's proprietary Metal Foil technology offers an excellent Temperature Coefficient of Resistance (TCR) even for very low resistance values ( down to 50ppm).

Resistance Tolerance 0.5% and 1% standard Temperature Coefficient within ▒50ppm Coating Material Epoxy resin Terminals Cu/Ni/Sn

Resistance 0.005-0.100 Operating Temp. Range to +155░C Rated Power 0.5 watt
Max. Current (Max. power¸ Resistance value) Res. of Electrodes <5m
Alumina Substrate Epoxy resin protection coat Electrode (Cu+Ni+Sn)
Peeling Strength of Seal Tape F = Peel-back force: - 71gf)

Test Items Performance Short time overload ▒(1.0%+0.5m) High Temp. Exposure ▒(1.0%+0.5m) Test Methods IEC60115-1 4.25

Low Temp. Storage ▒(1.0%+0.5m) Moisture Load Life ▒(2.0%+0.5m) Thermal Shock ▒(1.0%+0.5m)

Vtest=Vmax; t= 90min ON, 30min OFF, 30min. / R.T. 30min. / R.T. IEC60115-1 4.19 Vtest=Vmax; ▒2║C; t=90min ON; IEC60115-1 4.25 Dip into solder IEC60115-1 4.17 Through Reflow t=11ms, 5 times shock; IEC60115-1 4.21

Span between fulcrums 90mm; bend width 2mm; test board glass-epoxy; IEC60115-1 4.33

 

Some Part number from the same manufacture Ohmite
FC4TR010FER

Ohmite's FC4T chip features four terminals also known as a Kelvin configuration enabling current to be applied through two opposite terminals and a sensing voltage to be measured across the other two terminals.

FC4TR015FER
FC4TR050FER
FC4TR100FER
FC4TR010DER
FC4TR015DER
FC4TR050DER
FC4TR100DER
 
0-C     D-L     M-R     S-Z