HNST WELCOME！ 0755-23173910
English /中文
{{searchSelectTypeText}} Search
fuse walter Precision resistor current diverter ever ohms SMD fuse Alloy resistance
Total amount：{{isChinese?'￥':'$'}}{{cartProductTotal}}
Cart {{cartCount}}
CATEGORY
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 → alloy resistance → List of Model Parameters for AMF Series Alloy Chip Fixed Resistors in Fenghua Car Code

List of Model Parameters for AMF Series Alloy Chip Fixed Resistors in Fenghua Car Code

2024.04.30 HNST views: 136
alloy resistance FH resistance Fenghua resistor
FH Brand Introduction FH Spot Check

The Fenghua (FH) automotive specification alloy chip fixed resistor AMF series is in compliance with the AEC-Q200 automotive industry certification standard, with a complete range of product categories, a wide range of choices, and high product reliability. This article presents the product models and parameters of the AMF series of Fenghua Car Code alloy resistors in a tabular format.


The parameter list of the selected models for the AMF series of Fenghua (FH) automotive alloy SMT resistors is as follows:

series Product number Resistance Value(Ω) Size(inch) Resistance Tolerance Resistance Power TCR(ppm/℃)
AMF AMFJ12HR200FT 0.200Ω 2512 ±1% 1W ±50
AMFJ12HR160FT 0.160Ω 2512 ±1% 1W ±50
AMFJ12HR120FT 0.120Ω 2512 ±1% 1W ±50
AMFL12HR100FT 0.100Ω 2512 ±1% 2W ±50
AMFJ12HR100FT 0.100Ω 2512 ±1% 1W ±50
AMFL12KR100FT 0.100Ω 2512 ±1% 2W ±100
AMFL10HR100FT 0.100Ω 2010 ±1% 2W ±50
AMFJ10HR100FT 0.100Ω 2010 ±1% 1W ±50
AMFJ12HR090FT 0.090Ω 2512 ±1% 1W ±50
AMFL12HR080FT 0.080Ω 2512 ±1% 2W ±50
AMFJ10HR075FT 0.075Ω 2010 ±1% 1W ±50
AMFL12HR070FT 0.070Ω 2512 ±1% 2W ±50
AMFJ06HR068FT 0.068Ω 1206 ±1% 1W ±50
AMFG06HR068FT 0.068Ω 1206 ±1% 1/2W ±50
AMFJ12HR060FT 0.060Ω 2512 ±1% 1W ±50
AMFL12HR060DT 0.060Ω 2512 ±0.5% 2W ±50
AMFL10HR051FT 0.051Ω 2010 ±1% 2W ±50
AMFG06HR051FT 0.051Ω 1206 ±1% 1/2W ±50
AMFL12HR050FT 0.050Ω 2512 ±1% 2W ±50
AMFJ12HR050FT 0.050Ω 2512 ±1% 1W ±50
AMFJ12KR050FT 0.050Ω 2512 ±1% 1W ±100
AMFJ10HR050FT 0.050Ω 2010 ±1% 1W ±50
AMFG06HR050FT 0.050Ω 1206 ±1% 1/2W ±50
AMFF05HR047FT 0.047Ω 0805 ±1% 1/4W ±50
AMFG05HR047FT 0.047Ω 0805 ±1% 1/2W ±50
AMFL12HR045FT 0.045Ω 2512 ±1% 2W ±50
AMFJ06HR045FT 0.045Ω 1206 ±1% 1W ±50
AMFJ12HR040FT 0.040Ω 2512 ±1% 1W ±50
AMFL12HR040FT 0.040Ω 2512 ±1% 2W ±50
AMFJ10HR040FT 0.040Ω 2010 ±1% 1W ±50
AMFG06HR040FT 0.040Ω 1206 ±1% 1/2W ±50
AMFJ06HR040FT 0.040Ω 1206 ±1% 1W ±50
AMFJ06KR040FT 0.040Ω 1206 ±1% 1W ±100
AMFF05HR040FT 0.040Ω 0805 ±1% 1/4W ±50
AMFG06HR039FT 0.039Ω 1206 ±1% 1/2W ±50
AMFJ06KR039FT 0.039Ω 1206 ±1% 1W ±100
AMFF05HR039FT 0.039Ω 0805 ±1% 1/4W ±50
AMFJ12HR035FT 0.035Ω 2512 ±1% 1W ±50
AMFL12HR035FT 0.035Ω 2512 ±1% 2W ±50
AMFG06HR034FT 0.034Ω 1206 ±1% 1/2W ±50
AMFJ10KR033FT 0.033Ω 2010 ±1% 1W ±100
AMFJ06HR033FT 0.033Ω 1206 ±1% 1W ±50
AMFG06HR033FT 0.033Ω 1206 ±1% 1/2W ±50
AMFF05HR033FT 0.033Ω 0805 ±1% 1/4W ±50
AMFL12HR030FT 0.030Ω 2512 ±1% 2W ±50
AMFJ12HR030FT 0.030Ω 2512 ±1% 1W ±50
AMFJ10WR030FT 0.030Ω 2010 ±1% 1W ±200
AMFG06HR030FT 0.030Ω 1206 ±1% 1/2W ±50
AMFL12HR025FT 0.025Ω 2512 ±1% 2W ±50
AMFJ12HR025FT 0.025Ω 2512 ±1% 1W ±50
AMFJ10HR025FT 0.025Ω 2010 ±1% 1W ±50
AMFG06KR025FT 0.025Ω 1206 ±1% 1/2W ±100
AMFG06HR025FT 0.025Ω 1206 ±1% 1/2W ±50
AMFJ06HR025FT 0.025Ω 1206 ±1% 1W ±50
AMFJ06KR025FT 0.025Ω 1206 ±1% 1W ±100
AMFG05HR025FT 0.025Ω 0805 ±1% 1/2W ±50
AMFL12HR022FT 0.022Ω 2512 ±1% 2W ±50
AMFJ06R022FT 0.022Ω 1206 ±1% 1W ±700
AMFJ12HR020FT 0.020Ω 2512 ±1% 1W ±50
AMFL12HR020FT 0.020Ω 2512 ±1% 2W ±50
AMFJ10HR020FT 0.020Ω 2010 ±1% 1W ±50
AMFJ06HR020FT 0.020Ω 1206 ±1% 1W ±50
AMFJ06KR020FT 0.020Ω 1206 ±1% 1W ±100
AMFG06HR020FT 0.020Ω 1206 ±1% 1/2W ±50
AMFG05HR020FT 0.020Ω 0805 ±1% 1/2W ±50
AMFF05HR020FT 0.020Ω 0805 ±1% 1/4W ±50
AMFF03KR020FT 0.020Ω 0603 ±1% 1/4W ±100
AMFG06HR016FT 0.016Ω 1206 ±1% 1/2W ±50
AMFL12HR016FT 0.016Ω 2512 ±1% 2W ±50
AMFJ06HR015JT 0.015Ω 1206 ±5% 1W ±50
AMFJ12HR015FT 0.015Ω 2512 ±1% 1W ±50
AMFL12HR015FT 0.015Ω 2512 ±1% 2W ±50
AMFL12KR015FT 0.015Ω 2512 ±1% 2W ±100
AMFJ10KR015FT 0.015Ω 2010 ±1% 1W ±100
AMFJ10HR015FT 0.015Ω 2010 ±1% 1W ±50
AMFJ06KR015FT 0.015Ω 1206 ±1% 1W ±100
AMFG06HR015FT 0.015Ω 1206 ±1% 1/2W ±50
AMFJ06HR015FT 0.015Ω 1206 ±1% 1W ±50
AMFG05HR015FT 0.015Ω 0805 ±1% 1/2W ±50
AMFL12HR013FT 0.013Ω 2512 ±1% 2W ±50
AMFL12HR012FT 0.012Ω 2512 ±1% 2W ±50
AMFJ06HR012FT 0.012Ω 1206 ±1% 1W ±50
AMFJ06KR012FT 0.012Ω 1206 ±1% 1W ±100
AMFG06HR012FT 0.012Ω 1206 ±1% 1/2W ±50
AMFG05HR012FT 0.012Ω 0805 ±1% 1/2W ±50
AMFJ06HR010JT 0.010Ω 1206 ±5% 1W ±50
AMFL12KR010FT 0.010Ω 2512 ±1% 2W ±100
AMFJ12HR010FT 0.010Ω 2512 ±1% 1W ±50
AMFL12HR010FT 0.010Ω 2512 ±1% 2W ±50
AMFJ10KR010FT 0.010Ω 2010 ±1% 1W ±100
AMFJ10HR010FT 0.010Ω 2010 ±1% 1W ±50
AMFL1225KR010FT 0.010Ω 1225 ±1% 2W ±100
AMFJ06KR010FT 0.010Ω 1206 ±1% 1W ±100
AMFG06HR010FT 0.010Ω 1206 ±1% 1/2W ±50
AMFJ06HR010FT 0.010Ω 1206 ±1% 1W ±50
AMFG05HR010FT 0.010Ω 0805 ±1% 1/2W ±50
AMFR03KR010FT 0.010Ω 0603 ±1% 1/3W ±100
AMFG03KR010FT 0.010Ω 0603 ±1% 1/2W ±100
AMFL12KR009FT 0.009Ω 2512 ±1% 2W ±100
AMFG05KR009FT 0.009Ω 0805 ±1% 1/2W ±100
AMFJ06KR008JT 0.008Ω 1206 ±5% 1W ±100
AMFL12KR008FT 0.008Ω 2512 ±1% 2W ±100
AMFJ06HR008FT 0.008Ω 1206 ±1% 1W ±50
AMFJ06KR008FT 0.008Ω 1206 ±1% 1W ±100
AMFG05KR008FT 0.008Ω 0805 ±1% 1/2W ±100
AMFJ12KR007FT 0.007Ω 2512 ±1% 1W ±100
AMFL12KR007FT 0.007Ω 2512 ±1% 2W ±100
AMFJ06KR007FT 0.007Ω 1206 ±1% 1W ±100
AMFJ12KR006FT 0.006Ω 2512 ±1% 1W ±100
AMFG10KR006FT 0.006Ω 2010 ±1% 1/2W ±100
AMFJ10KR006FT 0.006Ω 2010 ±1% 1W ±100
AMFG05KR006FT 0.006Ω 0805 ±1% 1/2W ±100
AMFJ12KR005FT 0.005Ω 2512 ±1% 1W ±100
AMFL12KR005FT 0.005Ω 2512 ±1% 2W ±100
AMFJ10KR005FT 0.005Ω 2010 ±1% 1W ±100
AMFJ06KR005FT 0.005Ω 1206 ±1% 1W ±100
AMFG06KR005FT 0.005Ω 1206 ±1% 1/2W ±100
AMFG05KR005FT 0.005Ω 0805 ±1% 1/2W ±100
AMFJ0612KR005FT 0.005Ω 0612 ±1% 1W ±100
AMFG03WR005FT 0.005Ω 0603 ±1% 1/2W ±200
AMFJ12KR004JT 0.004Ω 2512 ±5% 1W ±100
AMFL12WR004FT 0.004Ω 2512 ±1% 2W ±200
AMFL12KR004FT 0.004Ω 2512 ±1% 2W ±100
AMFJ06KR004FT 0.004Ω 1206 ±1% 1W ±100
AMFG05KR004FT 0.004Ω 0805 ±1% 1/2W ±100
AMFG05KR003JT 0.003Ω 0805 ±5% 1/2W ±100
AMFJ12KR003FT 0.003Ω 2512 ±1% 1W ±100
AMFL12KR003FT 0.003Ω 2512 ±1% 2W ±100
AMFJ10KR003FT 0.003Ω 2010 ±1% 1W ±100
AMFJ06KR003FT 0.003Ω 1206 ±1% 1W ±100
AMFG05KR003FT 0.003Ω 0805 ±1% 1/2W ±100
AMFL12WR002FT 0.002Ω 2512 ±1% 2W ±200
AMFG06WR002FT 0.002Ω 1206 ±1% 1/2W ±200
AMFH060000BT 0Ω 1206 <0.5mΩ 3/4W 0
AMFA103J3950HANT 0Ω 2010 ±5% 8W 0
AMFA103H3950HANT 0Ω 2010 ±3% 8W 0
AMFA103F3380FBNT 0Ω 2010 ±1% 8W 0
AMFG030000BT 0Ω 0603 <0.5mΩ 1/2W 0

 

The above is a list of production line models and parameter selection for the AMF series of Fenghua (FH) automotive alloy SMT fixed resistors. If you need more product information or product ordering, please consult online customer service.

Brand

Product Recommendation

Multilayer Chip InductorsCMH160808B4R7MT
Ceramic Capacitors0402CG0R8C500NT
Ceramic Capacitors0603CG220J500NT
Chip VaristorFPV160808G220PKT
BeadCBW201209U601T

Recommend Article

Detailed introduction of TA-I RLN series long electrode alloy resistance products The Dayi RLN series is a long electrode current detection resistor belonging to the wide solder pad. Due to its side solder pad, the position of the solder pad is much wider than that of conventional products, so it is also called a wide electrode current detection resistor. RLN long electrode alloy resistors belong to the pure metal material manufacturing process, with excellent surge and impact resistance, as well as excellent heat dissipation and excessive current capacity for wide solder pads. This article provides a detailed introduction to the main product characteristics and selection parameters of Ta-i long electrode alloy resistors.
Deep Analysis of TGL1206 Packaging Series for Tian'er Anti Surge Metal Film Chip Resistors TGL1206 is a high-performance metal film SMT resistor series launched by Tian'er Electronics, which adopts a 1206 (3216 inch size) packaging form. This packaging not only ensures the heat dissipation performance of the resistor, but also adapts to the trend of miniaturization and integration of modern electronic devices. Metal film mount resistors themselves have advantages such as good stability, high accuracy, and low temperature coefficient. However, through special processing, Tian'er Electronics further enhances the surge resistance of this series of resistors, making them excellent in circuit protection.
Introduction to Selection Parameters and Product Characteristics of Fenghua (FH) Anti surge Thick Film Chip Resistor RA Series Products The Fenghua (FH) anti surge thick film patch resistor RA series products have high power characteristics, and the increase in power greatly enhances the anti surge ability of the products themselves. Suitable for wave soldering and reflow soldering. The anti surge thick film patch resistor RA series is widely used in electronic circuits such as switching power supplies, overcurrent protection of audio equipment, voltage regulators, chargers, automotive engine controllers, and industrial controls. This article provides a detailed introduction to the product characteristics and selection parameters of the Fenghua (FH) anti surge thick film patch resistor RA series products.
Detailed introduction to the MS series of FH chip splitter resistors The Fenghua (FH) chip splitter resistor MS series belongs to pure metal low resistance value splitter resistors. Using copper alloy, it has product characteristics such as ultra-high power and ultra-low resistance. The maximum power of the product can reach 15W, and the minimum resistance value can reach 0.1mR (0.1m Ω). Due to its extremely high product stability, it is widely used in power management systems, BMS, power supply and other products. This article will provide a detailed introduction to the product selection parameters and model list of the Fenghua (FH) chip low resistance shunt resistor MS series.
Fenghua (FH) Low Resistance Diverter Resistor Bare Copper Sheet Resistor MS Series 3921 Volume Product Model Parameter Explanation Fenghua (FH) low resistance shunt resistor bare copper sheet resistor MS series 3921 volume product model parameter detailed explanation. Fenghua shunt resistor MS series has a maximum power of 6W and a wide range of product resistance options. This article provides the product selection parameters and mass production model introduction of Fenghua low resistance shunt resistors for the convenience of selection and product ordering.

Hot Tags

High power low resistance thick film resistor Low resistance shunt walter LB MLCC On-Briht Patch the fuse Thermistor JINKE power resistor amplifier Metal foil resistance electrolytic capacitor VISHAY Sate alloy resistance ST ESD IGBT AEM socay resistance RALEC power resistor TVS microgate ta-i memory Driver chip IC PDC PANASONIC alloy resistance VISHAY resistor Surge resistant resistor TDK RALEC precision resistor Walterfuse Ethernet Product News Silicon carbide (SiC) diode SMT alloy resistance Metal foil resistor RALEC alloy resistance Safety capacitor murata Battery charger chip LANSON Automotive Electronics 其他 CONQUER Tantalum capacitor fuse SEA LAND
Prev：Introduction to the MFL series of Fenghua High tech (FH) alloy chip fixed resistors
Next：Detailed Introduction to the AMF Series of Fenghua Alloy Chip Fixed Resistors