HNST WELCOME！ 0755-23173910
English /中文
{{searchSelectTypeText}} Search
walter fuse current diverter ever ohms Alloy resistance SMD fuse Precision resistor
Total amount：{{isChinese?'￥':'$'}}{{cartProductTotal}}
Cart {{cartCount}}
CATEGORY

Resistors

Thermistor

Inductors

Varistor

Capacitance

Bead/Common Mode Filter

Patch bus

Fuses

ESD Protection

Gas Discharge Tubes

Glass Discharge Tube

IC

Diodes

Transient Voltage Suppressors

Bipopar Transistors

View All
你当前的浏览器版本过低或不支持。请升级或更换浏览器。推荐浏览器 Chrome Edge。
HNST → FH → Fenghua High tech (FH) SMT Alloy Resistor MFL Series Parameters and 1206 (3216) Volume Parameters and Model List

Fenghua High tech (FH) SMT Alloy Resistor MFL Series Parameters and 1206 (3216) Volume Parameters and Model List

2024.05.06 HNST views: 22
alloy resistance Fenghua resistor FH Patch resistance resistance
FH Brand Introduction Metal Current Sensing Chip Resistor Spot Check

The Fenghua High Tech (FH) SMT Alloy Resistor MFL series adopts a metal foil process, with low resistance value, low parasitic inductance, humidity sensitivity level 1, and long-term reliability. The alloy resistor with a volume of 1206 (3216) is also widely used in current applications. Portable electronic products and miniaturized products are universal products, such as mobile power supplies, battery management systems, and so on. This article provides a detailed introduction to the selection model list and parameter list of Fenghua High tech (FH) SMT alloy resistor 1206 (3216).

The main selection parameter values for the Fenghua High tech (FH) SMT alloy resistance MFL series are as follows:

Type Resistance Range  T.C.R （ppm/℃ ）
 Resistance Tolerance
±0.5% ±1% ±2% ±5%
0402 0.01Ω / ±100 ±100 ±100
0603 0.005Ω≤ R＜ 0.01Ω / ±100，±200 ±100，±200 ±100，±200
0.01Ω≤ R＜ 0.03Ω / ±100 ±100 ±100
0805 0.003Ω≤ R＜ 0.01Ω / ±100，±200 ±100，±200 ±100，±200
0.01Ω≤ R＜ 0.05Ω / ±100 ±100 ±100
1206 0.003Ω≤ R＜ 0.005Ω / ±100 ±100， ±100
0.005Ω≤ R＜ 0.01Ω ±50，±100 ±50，±100 ±50，±100 ±50，±100
0.01Ω≤ R＜ 0.068Ω ±50 ±50 ±50 ±50
2010 0.002Ω / ±100，±200 ±100，±200 ±100，±200
0.003Ω≤ R＜ 0.01Ω / ±100 ±100 ±100
0.01Ω≤ R＜ 0.1Ω / ±50 ±50 ±50
2512 0.002Ω / ±100，±200 ±100，±200 ±100，±200
0.003Ω≤ R＜ 0.01Ω / ±100 ±100 ±100
0.01Ω≤ R＜ 0.2Ω / ±50 ±50 ±50

 

The product parameters and model list of Fenghua High tech (FH) SMT alloy resistor MFL series 1206 (3216) packaging size are as follows:

Product number resistance(Ω) size(inch) resistance tolerance  Rated power Temperature coefficient value(ppm/℃)
MFG06HR500FT 0.500Ω 1206 ±1% 1/2W ±50
MFG06HR250FT 0.250Ω 1206 ±1% 1/2W ±50
MFJ06HR200FT 0.200Ω 1206 ±1% 1W ±50
MFJ06HR180FT 0.180Ω 1206 ±1% 1W ±50
MFJ06HR150FT 0.150Ω 1206 ±1% 1W ±50
MFJ06HR120FT 0.120Ω 1206 ±1% 1W ±50
MFG06HR120FT 0.120Ω 1206 ±1% 1/2W ±50
MFJ06HR100FT 0.100Ω 1206 ±1% 1W ±50
MFG06KR100FT 0.100Ω 1206 ±1% 1/2W ±100
MFG06HR100FT 0.100Ω 1206 ±1% 1/2W ±50
MFJ06HR090FT 0.090Ω 1206 ±1% 1W ±50
MFJ06KR082FT 0.082Ω 1206 ±1% 1W ±100
MFG06KR082FT 0.082Ω 1206 ±1% 1/2W ±100
MFJ06HR082FT 0.082Ω 1206 ±1% 1W ±50
MFJ06HR080FT 0.080Ω 1206 ±1% 1W ±50
MFG06HR080FT 0.080Ω 1206 ±1% 1/2W ±50
MFJ06HR075FT 0.075Ω 1206 ±1% 1W ±50
MFJ06HR070FT 0.070Ω 1206 ±1% 1W ±50
MFJ06KR070FT 0.070Ω 1206 ±1% 1W ±100
MFG06HR068JT 0.068Ω 1206 ±5% 1/2W ±50
MFJ06HR068FT 0.068Ω 1206 ±1% 1W ±50
MFG06HR068FT 0.068Ω 1206 ±1% 1/2W ±50
MFJ06KR068FT 0.068Ω 1206 ±1% 1W ±100
MFJ06HR067FT 0.067Ω 1206 ±1% 1W ±50
MFJ06HR066FT 0.066Ω 1206 ±1% 1W ±50
MFJ06KR065FT 0.065Ω 1206 ±1% 1W ±100
MFG06HR065FT 0.065Ω 1206 ±1% 1/2W ±50
MFJ06HR065FT 0.065Ω 1206 ±1% 1W ±50
MFJ06HR064FT 0.064Ω 1206 ±1% 1W ±50
MFJ06HR063FT 0.063Ω 1206 ±1% 1W ±50
MFJ06HR062JT 0.062Ω 1206 ±5% 1W ±50
MFJ06HR062FT 0.062Ω 1206 ±1% 1W ±50
MFG06HR062FT 0.062Ω 1206 ±1% 1/2W ±50
MFJ06HR061FT 0.061Ω 1206 ±1% 1W ±50
MFJ06HR060JT 0.060Ω 1206 ±5% 1W ±50
MFJ06HR060FT 0.060Ω 1206 ±1% 1W ±50
MFG06HR060FT 0.060Ω 1206 ±1% 1/2W ±50
MFJ06KR060FT 0.060Ω 1206 ±1% 1W ±100
MFJ06HR059FT 0.059Ω 1206 ±1% 1W ±50
MFJ06HR058FT 0.058Ω 1206 ±1% 1W ±50
MFJ06KR056FT 0.056Ω 1206 ±1% 1W ±100
MFG06HR056FT 0.056Ω 1206 ±1% 1/2W ±50
MFJ06HR056FT 0.056Ω 1206 ±1% 1W ±50
MFG06HR055FT 0.055Ω 1206 ±1% 1/2W ±50
MFJ06HR055FT 0.055Ω 1206 ±1% 1W ±50
MFJ06HR054FT 0.054Ω 1206 ±1% 1W ±50
MFJ06HR053FT 0.053Ω 1206 ±1% 1W ±50
MFJ06HR052FT 0.052Ω 1206 ±1% 1W ±50
MFJ06HR051FT 0.051Ω 1206 ±1% 1W ±50
MFG06HR051FT 0.051Ω 1206 ±1% 1/2W ±50
MFG06HR050JT 0.050Ω 1206 ±5% 1/2W ±50
MFJ06HR050JT 0.050Ω 1206 ±5% 1W ±50
MFJ06KR050FT 0.050Ω 1206 ±1% 1W ±100
MFG06HR050FT 0.050Ω 1206 ±1% 1/2W ±50
MFL06HR050FT 0.050Ω 1206 ±1% 2W ±50
MFJ06HR050FT 0.050Ω 1206 ±1% 1W ±50
MFL06HR050FT 0.050Ω 1206 ±1% 2W ±50
MFJ06HR050DT 0.050Ω 1206 ±0.5% 1W ±50
MFJ06HR049FT 0.049Ω 1206 ±1% 1W ±50
MFJ06HR048FT 0.048Ω 1206 ±1% 1W ±50
MFJ06KR047FT 0.047Ω 1206 ±1% 1W ±100
MFG06HR047FT 0.047Ω 1206 ±1% 1/2W ±50
MFJ06HR047FT 0.047Ω 1206 ±1% 1W ±50
MFJ06HR046FT 0.046Ω 1206 ±1% 1W ±50
MFG06HR045FT 0.045Ω 1206 ±1% 1/2W ±50
MFJ06HR045FT 0.045Ω 1206 ±1% 1W ±50
MFJ06KR045FT 0.045Ω 1206 ±1% 1W ±100
MFJ06HR044FT 0.044Ω 1206 ±1% 1W ±50
MFG06HR043FT 0.043Ω 1206 ±1% 1/2W ±50
MFJ06HR043FT 0.043Ω 1206 ±1% 1W ±50
MFJ06HR043DT 0.043Ω 1206 ±0.5% 1W ±50
MFG06HR042FT 0.042Ω 1206 ±1% 1/2W ±50
MFJ06HR042FT 0.042Ω 1206 ±1% 1W ±50
MFJ06HR042DT 0.042Ω 1206 ±0.5% 1W ±50
MFJ06HR041FT 0.041Ω 1206 ±1% 1W ±50
MFJ06HR040JT 0.040Ω 1206 ±5% 1W ±50
MFG06HR040FT 0.040Ω 1206 ±1% 1/2W ±50
MFJ06KR040FT 0.040Ω 1206 ±1% 1W ±100
MFJ06HR040FT 0.040Ω 1206 ±1% 1W ±50
MFJ06HR040DT 0.040Ω 1206 ±0.5% 1W ±50
MFJ06KR039FT 0.039Ω 1206 ±1% 1W ±100
MFJ06HR039FT 0.039Ω 1206 ±1% 1W ±50
MFG06HR039FT 0.039Ω 1206 ±1% 1/2W ±50
MFJ06HR038FT 0.038Ω 1206 ±1% 1W ±50
MFG06HR037FT 0.037Ω 1206 ±1% 1/2W ±50
MFJ06HR037FT 0.037Ω 1206 ±1% 1W ±50
MFG06HR036JT 0.036Ω 1206 ±5% 1/2W ±50
MFJ06HR036FT 0.036Ω 1206 ±1% 1W ±50
MFG06HR036FT 0.036Ω 1206 ±1% 1/2W ±50
MFJ06HR035FT 0.035Ω 1206 ±1% 1W ±50
MFJ06KR035FT 0.035Ω 1206 ±1% 1W ±100
MFG06HR035FT 0.035Ω 1206 ±1% 1/2W ±50
MFJ06HR034FT 0.034Ω 1206 ±1% 1W ±50
MFG06KR033FT 0.033Ω 1206 ±1% 1/2W ±100
MFG06HR033FT 0.033Ω 1206 ±1% 1/2W ±50
MFJ06KR033FT 0.033Ω 1206 ±1% 1W ±100
MFJ06HR033FT 0.033Ω 1206 ±1% 1W ±50
MFG06HR033DT 0.033Ω 1206 ±0.5% 1/2W ±50
MFJ06HR032FT 0.032Ω 1206 ±1% 1W ±50
MFJ06HR031FT 0.031Ω 1206 ±1% 1W ±50
MFL06HR030FT 0.030Ω 1206 ±1% 2W ±50
MFG06HR030FT 0.030Ω 1206 ±1% 1/2W ±50
MFJ06HR030FT 0.030Ω 1206 ±1% 1W ±50
MFJ06KR030FT 0.030Ω 1206 ±1% 1W ±100
MFJ06HR029FT 0.029Ω 1206 ±1% 1W ±50
MFJ06HR028FT 0.028Ω 1206 ±1% 1W ±50
MFG06HR028FT 0.028Ω 1206 ±1% 1/2W ±50
MFJ06KR028FT 0.028Ω 1206 ±1% 1W ±100
MFJ06KR027FT 0.027Ω 1206 ±1% 1W ±100
MFG06HR027FT 0.027Ω 1206 ±1% 1/2W ±50
MFJ06HR027FT 0.027Ω 1206 ±1% 1W ±50
MFJ06HR026FT 0.026Ω 1206 ±1% 1W ±50
MFJ06HR025FT 0.025Ω 1206 ±1% 1W ±50
MFJ06KR025FT 0.025Ω 1206 ±1% 1W ±100
MFG06HR025FT 0.025Ω 1206 ±1% 1/2W ±50
MFG06KR025FT 0.025Ω 1206 ±1% 1/2W ±100
MFJ06HR025DT 0.025Ω 1206 ±0.5% 1W ±50
MFG06HR024FT 0.024Ω 1206 ±1% 1/2W ±50
MFJ06HR024FT 0.024Ω 1206 ±1% 1W ±50
MFJ06KR023FT 0.023Ω 1206 ±1% 1W ±100
MFJ06HR023FT 0.023Ω 1206 ±1% 1W ±50
MFG06H22M5FT 22.5mΩ 1206 ±1% 1/2W ±50
MFJ06HR022JT 0.022Ω 1206 ±5% 1W ±50
MFJ06HR022FT 0.022Ω 1206 ±1% 1W ±50
MFL06HR022FT 0.022Ω 1206 ±1% 2W ±50
MFG06HR022FT 0.022Ω 1206 ±1% 1/2W ±50
MFJ06KR022FT 0.022Ω 1206 ±1% 1W ±100
MFG06HR022DT 0.022Ω 1206 ±0.5% 1/2W ±50
MFJ06HR021FT 0.021Ω 1206 ±1% 1W ±50
MFJ06HR020JT 0.020Ω 1206 ±5% 1W ±50
MFG06HR020FT 0.020Ω 1206 ±1% 1/2W ±50
MFG06KR020FT 0.020Ω 1206 ±1% 1/2W ±100
MFJ06HR020FT 0.020Ω 1206 ±1% 1W ±50
MFG06HR020FT 0.020Ω 1206 ±1% 1/2W ±50
MFG06HR020DT 0.020Ω 1206 ±0.5% 1/2W ±50
MFJ06HR020DT 0.020Ω 1206 ±0.5% 1W ±50
MFJ06HR019FT 0.019Ω 1206 ±1% 1W ±50
MFJ06HR018FT 0.018Ω 1206 ±1% 1W ±50
MFJ06KR018FT 0.018Ω 1206 ±1% 1W ±100
MFG06KR018FT 0.018Ω 1206 ±1% 1/2W ±100
MFG06HR018FT 0.018Ω 1206 ±1% 1/2W ±50
MFJ06HR017FT 0.017Ω 1206 ±1% 1W ±50
MFJ06KR017FT 0.017Ω 1206 ±1% 1W ±100
MFG06HR016FT 0.016Ω 1206 ±1% 1/2W ±50
MFJ06HR016FT 0.016Ω 1206 ±1% 1W ±50
MFG06HR015JT 0.015Ω 1206 ±5% 1/2W ±50
MFJ06HR015JT 0.015Ω 1206 ±5% 1W ±50
MFJ06KR015FT 0.015Ω 1206 ±1% 1W ±100
MFG06HR015FT 0.015Ω 1206 ±1% 1/2W ±50
MFJ06HR015FT 0.015Ω 1206 ±1% 1W ±50
MFJ06MR015FT 0.015Ω 1206 ±1% 1W ±500
MFG06HR014FT 0.014Ω 1206 ±1% 1/2W ±50
MFJ06KR014FT 0.014Ω 1206 ±1% 1W ±100
MFJ06HR014FT 0.014Ω 1206 ±1% 1W ±50
MFG06KR013FT 0.013Ω 1206 ±1% 1/2W ±100
MFG06HR013FT 0.013Ω 1206 ±1% 1/2W ±50
MFJ06HR013FT 0.013Ω 1206 ±1% 1W ±50
MFJ06KR013FT 0.013Ω 1206 ±1% 1W ±100
MFG06H12M5FT 12.5mΩ 1206 ±1% 1/2W ±50
MFG06HR012FT 0.012Ω 1206 ±1% 1/2W ±50
MFJ06HR012FT 0.012Ω 1206 ±1% 1W ±50
MFG06KR012FT 0.012Ω 1206 ±1% 1/2W ±100
MFJ06KR012FT 0.012Ω 1206 ±1% 1W ±100
MFJ06HR012DT 0.012Ω 1206 ±0.5% 1W ±50
MFJ06HR011FT 0.011Ω 1206 ±1% 1W ±50
MFG06HR011FT 0.011Ω 1206 ±1% 1/2W ±50
MFJ06HR011DT 0.011Ω 1206 ±0.5% 1W ±50
MFG06HR011DT 0.011Ω 1206 ±0.5% 1/2W ±50
MFJ06HR010JT 0.010Ω 1206 ±5% 1W ±50
MFG06HR010JT 0.010Ω 1206 ±5% 1/2W ±50
MFL06HR010FT 0.010Ω 1206 ±1% 2W ±50
MFF06HR010FT 0.010Ω 1206 ±1% 1/4W ±50
MFG06HR010FT 0.010Ω 1206 ±1% 1/2W ±50
MFJ06HR010FT 0.010Ω 1206 ±1% 1W ±50
MFJ06GR010FT 0.010Ω 1206 ±1% 1W ±25
MFJ06KR010FT 0.010Ω 1206 ±1% 1W ±100
MFG06KR010FT 0.010Ω 1206 ±1% 1/2W ±100
MFJ06HR010DT 0.010Ω 1206 ±0.5% 1W ±50
MFJ06KR009JT 0.009Ω 1206 ±5% 1W ±100
MFG06HR009FT 0.009Ω 1206 ±1% 1/2W ±50
MFG06KR009FT 0.009Ω 1206 ±1% 1/2W ±100
MFJ06KR009FT 0.009Ω 1206 ±1% 1W ±100
MFJ06HR009FT 0.009Ω 1206 ±1% 1W ±50
MFJ06KR008JT 0.008Ω 1206 ±5% 1W ±100
MFG06KR008FT 0.008Ω 1206 ±1% 1/2W ±100
MFJ06KR008FT 0.008Ω 1206 ±1% 1W ±100
MFG06HR008FT 0.008Ω 1206 ±1% 1/2W ±50
MFJ06K7M50FT 7.5mΩ 1206 ±1% 1W ±100
MFJ06KR007JT 0.007Ω 1206 ±5% 1W ±100
MFG06KR007JT 0.007Ω 1206 ±5% 1/2W ±100
MFG06HR007FT 0.007Ω 1206 ±1% 1/2W ±50
MFG06KR007FT 0.007Ω 1206 ±1% 1/2W ±100
MFJ06KR007FT 0.007Ω 1206 ±1% 1W ±100
MFL06HR007FT 0.007Ω 1206 ±1% 2W ±50
MFJ06KR006JT 0.006Ω 1206 ±5% 1W ±100
MFG06HR006FT 0.006Ω 1206 ±1% 1/2W ±50
MFJ06KR006FT 0.006Ω 1206 ±1% 1W ±100
MFG06KR006FT 0.006Ω 1206 ±1% 1/2W ±100
MFG06KR005JT 0.005Ω 1206 ±5% 1/2W ±100
MFJ06KR005JT 0.005Ω 1206 ±5% 1W ±100
MFJ06HR005HT 0.005Ω 1206 ±3% 1W ±50
MFJ06WR005FT 0.005Ω 1206 ±1% 1W ±200
MFG06HR005FT 0.005Ω 1206 ±1% 1/2W ±50
MFJ06XR005FT 0.005Ω 1206 ±1% 1W ±75
MFG06WR005FT 0.005Ω 1206 ±1% 1/2W ±200
MFJ06KR005FT 0.005Ω 1206 ±1% 1W ±100
MFG06KR005FT 0.005Ω 1206 ±1% 1/2W ±100
MFJ06HR005DT 0.005Ω 1206 ±0.5% 1W ±50
MFG06KR005DT 0.005Ω 1206 ±0.5% 1/2W ±100
MFJ06KR005DT 0.005Ω 1206 ±0.5% 1W ±100
MFJ06W4M70FT 4.7mΩ 1206 ±1% 1W ±200
MFG06KR004JT 0.004Ω 1206 ±5% 1/2W ±100
MFJ06KR004JT 0.004Ω 1206 ±5% 1W ±100
MFJ06HR004FT 0.004Ω 1206 ±1% 1W ±50
MFJ06KR004FT 0.004Ω 1206 ±1% 1W ±100
MFG06KR004FT 0.004Ω 1206 ±1% 1/2W ±100
MFJ06K3M50FT 3.5mΩ 1206 ±1% 1W ±100
MFJ06K3M30FT 3.3mΩ 1206 ±1% 1W ±100
MFJ06H3M30FT 3.3mΩ 1206 ±1% 1W ±50
MFG06KR003JT 0.003Ω 1206 ±5% 1/2W ±100
MFJ06KR003JT 0.003Ω 1206 ±5% 1W ±100
MFG06KR003FT 0.003Ω 1206 ±1% 1/2W ±100
MFJ06XR003FT 0.003Ω 1206 ±1% 1W ±75
MFJ06HR003FT 0.003Ω 1206 ±1% 1W ±50
MFJ06KR003FT 0.003Ω 1206 ±1% 1W ±100
MFJ06KR003DT 0.003Ω 1206 ±0.5% 1W ±100
MFG06KR003DT 0.003Ω 1206 ±0.5% 1/2W ±100
MFJ06KR002FT 0.002Ω 1206 ±1% 1W ±100
MFJ06JR002FT 0.002Ω 1206 ±1% 1W ±150
MFJ06WR002FT 0.002Ω 1206 ±1% 1W ±200
MFJ06KR001FT 0.001Ω 1206 ±1% 1W ±100
MFG06WR001FT 0.001Ω 1206 ±1% 1/2W ±200

 

The main selection parameters and mass production models for the packaging size of Fenghua High tech (FH) SMT alloy resistors MFL series 1206 (3216). If you need to learn more about product characteristics, product information, and product ordering, please consult online customer service.

Brand

Product Recommendation

Ceramic Capacitors1206X476M160NT
BeadCBM160808U601T
SMD NTC ThermistorCMFB104J3950HANT
Ceramic Capacitors0603CG101F500NT
Ceramic Capacitors0402CG9R0C050NT

Recommend Article

Introduction to Current Induced Low Ohm Metal Foil Alloy Resistors (CSM Series) The light sensing low ohm metal sheet resistor CSM is a type of metal foil alloy resistor. The power of CSM Western Europe's low ohm metal foil strip resistors is twice that of ordinary thick film resistors. Dimensions range from 0402 to 2512, 1%, 5%, resistance ranges from 10m to 2000mohm, low TC is 50/100ppm. The 1206 size 1W and 0402 size 1/4CSM series use metal foil resistance elements, installed on ceramic substrates, which have excellent thermal conductivity and can enhance power. The metal foil current sensing resistor meets the accuracy and stability of critical power management design. Compared to the thick film process, it has better performance in small sizes (such as 04020603) and is cost-effective with market competitiveness.
Introduction to application and selection of ROHM GMR series high power/Low resistance resistors The selection takes into account the operating conditions of the circuit, including the operating voltage, current and expected ambient temperature, etc. According to these conditions, the required resistance power and resistance range can be determined.
YAGEO SR anti-surge patch resistor series selection YAGEO SR anti-surge patch resistor has excellent performance and stability, and has obtained many resistance product users, becoming one of the well-known resistance brands in the electronics manufacturing industry.
Introduction to SART Metal Foil Alloy Resistance SMF Series The Sart metal foil alloy resistance SMF series is a low resistance current detection resistor that mainly plays a role in current collection in circuits, and is therefore also known as a current sampling resistor. The Sart metal foil alloy resistance SMF series products have a wide range of selection parameters, high power, low temperature drift, and other characteristics. This article provides a detailed introduction to the parameters and electrical characteristics of the Satsart metal foil alloy resistance SMF series.
Introduction to the CUH series of ultra-high power SMT resistors The CUH series thick film resistors from EVER Ohms belong to the ultra-high power SMT resistors. Compared to traditional thick film SMT resistors, the power output is much higher, making it suitable for higher end products and special circuit applications. In addition to its original ultra-high power, CUH ultra-high power resistors have more product performance advantages than traditional SMT resistors. This article by Hua Nian Mall editor will comprehensively introduce the CUH series of ultra-high power thick film SMT resistors from Even Ohms.

Hot Tags

fuse resistance inductance everohms walter alloy resistance susumu MLCC LIZ viking UniOhm LANSON Power Semiconductor ralec PDC precision resistor High power low resistance thick film resistor VISHAY resistor KOA power resistor SEA LAND RALEC alloy resistance RALEC precision resistor CONQUER sart 其他 TDK socay memory NXP Low resistance sampling resistor FUZETEC fuse HOLLYLAND sartfuse RALEC chip resistor Fenghua thin film resistor taiyo FH Patch the fuse Low resistance value resistance Disposable fuse Patch resistance JSCJ KOA resistor WALTE resistance Low resistance sampling resistor FUZETEC AEM Metal foil resistance ROHM
Prev：Fenghua (FH) SMT Alloy Resistance MFL Series 2010 (5025) Volume Product Selection Parameters and Model List
Next：Fenghua (FH) SMT Sampling Alloy Resistor MLF Series 0805 (2012) Volume Model Parameter Description