ISABELLENHUETTE 伊萨拜棱辉特霍伊斯勒

SMD-Mounting

SMD stands for surface-mounted-device。 By their connecting surfaces the SMD-components are soldered directly on a PCB。 Our precision and power resistor in the field of SMD-mounting offer many advantages in standard sizes。

SMD-Mounting

Features
  • Permanent power up to 10 W
  • Constant currents up to 220 A
  • Small size, e.g. 0805 or 1206
  • Very high pulse power rating
  • Very good long term stability
  • Low TC
  • Extremely low Rthi
  • Components mounting: Reflow- and IR-soldering,(conductive adhesive) bonding 
  • Mainly standard-soldering-pad-geometry
  • Many components with AEC-Q200-qualification
  • RoHS compliant
Advantages
  • Very low thermal EMF versus copper (under 1 µV/K)
  • Large soldering and contact field
  • High mechanical strength of the solder joint
  • Impervious to thermocycling

 

Picture 型号
Type
描述
Description
封装尺寸
Connector style
功率
Power
精度
Tolerance
Resistance (min) Resistance (max) 温度系数
TC
Data sheet
BRS BRS 2-terminal-resistors made of composite material. Perfectly suitable for the use on DBC or ceramic. Space-saving design. 3812 2 W 1 % 0.002 Ω 0.025 Ω 100 ppm/K BRS
BVB BVB 4-terminal-resistors made of composite material. Perfectly suitable for the use on DBC or ceramic. Space-saving design. 2725 5 W 1 % 0.0002 Ω 0.005 Ω 20 ppm/K BVB
BVE BVE 2-termimal-resistors with large connectors for high performance. 5930 10 W 1 % 0.0002 Ω 0.002 Ω 50 ppm/K BVE
BVH BVH Heavy copper connectors 3820 5 W 3 % 0.0003 Ω 0.002 Ω 300 ppm/K BVH
BVR BVR 4-terminal-resistors made of composite material. Perfectly suitable for the use on DBC. 4026 5 W 1 % 0.0002 Ω 0.003 Ω 20 ppm/K BVR
BVS BVS 2-terminal-resistors made of composite material 3920 5 W 1 % 0.0002 Ω 0.005 Ω 50 ppm/K BVS
BVS-K-R000 BVS-K-R000 Powerbridge / Jumper. 3920 W % 0.0001 Ω 3800 ppm/K BVS-K-R000
BVT BVT 2-terminal-resistors made of composite material. 2512 3 W 1 % 0.0003 Ω 0.01 Ω 50 ppm/K BVT
BVT-K-R000 BVT-K-R000 Powerbridge / Jumper. 2512 W % 0.0001 Ω 3800 ppm/K BVT-K-R000
LMP LMP 2-terminal-resistors for flip-chip-mounting. 2010 2 W 1 % 0.01 Ω 0.5 Ω 50 ppm/K LMP
LMS LMS 2-terminal-resistors flip-chip-mounting. 2512 3 W 1 % 0.005 Ω 0.5 Ω 50 ppm/K LMS
PMA PMA 4-terminal-resistors for flip-chip-mounting. Contacts in SnPb.

** NOT RoHS compliant 
3924 3 W 1 % 0.002 Ω 0.5 Ω 30 ppm/K PMA
PMD PMD 2-terminal-resistors for flip-chip-mounting. Contact in SnPb.

**NOT RoHs compliant
3925 2 W 1 % 0.01 Ω 2 Ω 50 ppm/K PMD
SMK SMK 2-terminal-resistors with large solder pads. 1206 1 W 1 % 0.003 Ω 0.55 Ω 50 ppm/K SMK
SMK-R000 SMK-R000 Powerbridge / Jumper.
1206 0.5 W % 0.0002 Ω 3800 ppm/K SMK-R000
SMP SMP 2-terminal-resistors with large solder pads. 2010 2 W 0.5 % 0.003 Ω 1 Ω 50 ppm/K SMP
SMR SMR 2-terminal-resistors for high pulse load. 4723 5 W 0.5 % 0.01 Ω 4.7 Ω 50 ppm/K SMR
SMR-R000 SMR-R000 Powerbridge / Jumper. 4723 3 W % 0.0003 Ω 3800 ppm/K SMR-R000
SMS SMS 2-terminal-resistors with large solder pads. 2512 3 W 0.5 % 0.005 Ω 2 Ω 50 ppm/K SMS
SMS-R000 SMS-R000 Powerbridge / Jumper.
Standard solder padgeometry.

2512 2 W % 0.0002 Ω 3800 ppm/K SMS-R000
SMT SMT 2-terminal-resistors with large solder pads. 2817 5 W 0.5 % 0.005 Ω 4 Ω 50 ppm/K SMT
SMT-R000 SMT-R000 Powerbridge / Jumper. Standard solder pad-geometry.

2817 2 W % 0.0002 Ω 3800 ppm/K SMT-R000
SMV SMV 4-terminal-resistors for high pulse load. 4723 5 W 0.5 % 0.001 Ω 1 Ω 30 ppm/K SMV
VLK VLK 2-terminal-resistors. Large solder pads. Very low resistance values. 0612 1 W 1 % 0.001 Ω 0.005 Ω 50 ppm/K VLK
VLP VLP 2-terminal-resistors. Long side terminated. Large solder pads. Very low resistance values. 1020 2 W 1 % 0.001 Ω 0.2 Ω 50 ppm/K VLP
VMI VMI 2-terminal-resistors. Standard solder pad-geometry.
Low TC.

0805 0.5 W 5 % 0.01 Ω 0.1 Ω 30 ppm/K VMI
VMI-R000 VMI-R000 Powerbridge / Jumper.

0805 0.25 W % 0.0002 Ω 3800 ppm/K VMI-R000
BVH VMK 2-terminal-resistors. Standard solder pad-geometry.
Low TC.

1206 1 W 1 % 0.01 Ω 0.5 Ω 20 ppm/K VMK
VMK-R000 VMK-R000 Powerbridge / Jumper.

1206 0.5 W % 0.0002 Ω 3800 ppm/K VMK-R000
VMP VMP 2-terminal-resistors. Standard solder pad-geometry. Low TC.

2010 2 W 1 % 0.005 Ω 1 Ω 20 ppm/K VMP
VMS VMS 2-terminal-resistors. Standard solder pad-geometry. Low TC.

2512 3 W 0.5 % 0.005 Ω 1 Ω 20 ppm/K VMS
High current application and energy measurement

High current application and energy measurementComposite material (ISA-WELD®) for high current sensing and energy measuring. To assure an ideal transition these resistors are ideally mounted on a busbar.

Features
  • Continuous power up to 15 W
  • Constant current up to 350 A
  • Very good long term stability
  • High current and pulse load capacity
  • Low ohmic current sensors
  • Made of electron beam welded composite material
  • RoHS compliant
Advantages
  • 4-terminal-connecting technology
  • Suitable for soldering temperatures up to 350 °C
  • Components are in case of correct handling nearly indestructible
  • Can be soldered and welded
  • Very low ohmic resistance values
Picture Type Description Connector style Power Tolerance Resistance (min) Resistance (max) TC Data sheet
BAS BAS Precision resistor e.g. for battery management systems or welding equipment 8420 (metric) 15 W 5 % 0.00005 Ω 0.001 Ω 50 ppm/K BAS
BKW BKW 4-terminal precision resistor e.g. for energy meter / kWh-meter. 3920 (metric) 3 W 5 % 0.0002 Ω 0.0005 Ω 20 ppm/K BKW
BVD BVD Precision resistor for kWh-meter and battery chargers. Power connection via threaded bolts 3512 (metric) 3 W 5 % 0.0002 Ω 0.0005 Ω 50 ppm/K BVD
BVM-F BVM-F Precision resistors for kWh-meter and battery charge. Power connection via threaded bolts. 3517 (metric) 5 W 5 % 0.0001 Ω 0.0005 Ω 50 ppm/K BVM-F
BVO BVO 4-terminal precision resistors for kWh-meter and battery charge. For currents up to 130 A. 5516 (metric) 5 W 5 % 0.00016 Ω 0.0005 Ω 20 ppm/K BVO
Hybrid Mounting
hybridmontage_01.png

Bondable resistors for power hybrids used in power modules in frequency converters。 The resistors are highly durable and offer a large flexibility in design due to an integrated assembly in semi conducted modules。 Extensive bonding on a ideal heat conductive DBC substrate are the benefit of this design。

 

Features
  • Bondable resistor
  • Permanent power up to 20 W
  • Constant currents up to 140 A
  • Very good heat dissipation
  • High loading capacity
    Mounting: Reflow-, IR-soldering or bonding on substrate
  • RoHS compliant
Advantages
  • 4-terminal-connection technology
  • Conductive DCB-/IMS-soldering assembly
  • Nickel-plated/Au-plated bondpads
  • Low resistance values
Picture Type Description Connector style Power Tolerance Resistance (min) Resistance (max) TC Data sheet
PMB PMB Bondable high power resistor. 2- and 4-terminal connection. 3939 20 W 1 % 0.001 Ω 20 Ω 30 ppm/K PMB
PMH PMH Bondable high power resistor with Au-plated contact surface.
2- and 4-terminal-connection.

2512 5 W 0.5 % 0.005 Ω 0.4 Ω 30 ppm/K PMH
PMU PMU 4-terminal-resistance with Au-plated contact surface. 3924 5 W 1 % 0.002 Ω 0.5 Ω 30 ppm/K PMU
PCB- and heat-sink-mounting
PCB- and heat-sink-mounting

Precision and power resistors with low self-heating, intelligent housing-shapes and easily mounted on a heat-sink.

Features
  • Permanent power up to 10 W
  • Constant currents up to 70 A
  • Ultra low resistance values
  • Very high pulse power rating
  • Very good long term stability
  • Lower TC values start at 3 ppm/K
  • Heat-sink and PCB-mounting possible
  • RoHS compliant
Advantages
  • 4-terminal-connection technology (A-H, AZ-H, PBV)
  • Suitable for wave- and manual-soldering
  • Highest precision
Picture Type Description Connector style Power Tolerance Resistance (min) Resistance (max) TC Data sheet
A-H A-H 4-terminal-resistor with low TC. Low ohmic values for high precision.

** mounted on heat-sink

4618,3825 (metric) 10** W 0.1 % 0.001 Ω 100 Ω 30 ppm/K A-H
AZ-H AZ-H 4-terminal-resistor- with low TC. Low ohmic values for high precision.

** mounted on heat-sink
4618,3825 (metric) 10** W 0.1 % 0.01 Ω 1 Ω 3 ppm/K AZ-H
PBH PBH 2-terminal-resistor in space saving construction similar to TO 247.

** mounted on heat-sink
TO-247 (similar) 10** W 0.5 % 0.002 Ω 100 Ω 50 ppm/K PBH
PBV PBV 4-terminal-resistor in space saving construction.

** mounted on heat-sink
2315 (metric) 10** W 0.5 % 0.0005 Ω 1 Ω 30 ppm/K PBV
PBV-Z PBV-Z 4-terminal-resistor in space saving construction.

** mounted on heat-sink
2315 (metric) 10** W 1 % 0.005 Ω 10 Ω 5 ppm/K PBV-Z
PLC PLC 2-terminal-resistor, Low-cost-alternative. 1 W 1 % 0.0025 Ω 1 Ω 50 ppm/K PLC
PSB PSB 2-terminal-resistor in space saving construction similar to TO-220.

** mounted on heat-sink
TO-220 (similar) 10** W 1 % 0.005 Ω 1 Ω 50 ppm/K PSB
Heat-sink mounting

Precision resistors for high currents and power and the possibility for mounting on a heat-sink. Suitable as a calibration and reference resistor. Heat-sink mounting

Features
  • Permanent power up to 500 W
  • Constant currents up to 700 A
  • Pulse power rating up to 200 J
  • Lowest resistor values start at 0.5 mΩ
  • Very low TC start at 1ppm/K
  • RoHS compliant
Advantages
  • DKD-calibration possible (R-Z, RUG-Z)
  • Ideal for calibration- and metering applications
  • For highest currents and precision
  • Excellent heat dissipation
Picture Type Description Connector style Power Tolerance Resistance (min) Resistance (max) TC Data sheet
R-Z R-Z DKD-calibration possible. High load precision resistor usable up to 700 A.
Extremely masssive construction.

** mounted on heat-sink
13288 (metric) 500** W 0.1 % 0.0005 Ω 0.01 Ω 1 ppm/K R-Z
RTO-A RTO-A 2-terminal-resistor in ISOTOP-housing

** mounted on heat-sink
SOT-227B 40** W 1 % 0.5 Ω 100 Ω 50 ppm/K RTO-A
RTO-B RTO-B 4-terminal-resistor in ISOTOP-housing

** mounted on heat-sink
SOT-227B 40** W 0.5 % 0.001 Ω 0.470 Ω 50 ppm/K RTO-B
RUG-Z RUG-Z DKD-calibration possible. High load precision resistor. Suitable as calibration and metering resistor.

** mounted on heat-sink
7056 (metric) 250** W 0.1 % 0.0005 Ω 100 Ω 1 ppm/K RUG-Z
Calibration resistors

Compact resistor, easy to assemble and able to be calibrated. Suitable for metering of high pulse currents as well as for secure data acquisition of extremely low DC-currents in mA-range. Calibration resistors

Features
  • Permanent power up to 500 W
  • Constant currents up to 700 A
  • Pulse power rating up to 200 J
  • Lowest resistor values start at 0.5 mΩ
  • Very low TC start at 1ppm/K
  • RoHS compliant
Advantages
  • DKD-calibration possible (R-Z, RUG-Z)
  • Ideal for calibration- and metering applications
  • For highest currents and precision
  • Excellent heat dissipation
Picture Type Description Connector style Power Tolerance Resistance (min) Resistance (max) TC Data sheet
IKL-F IKL-F Plugable calibration resistor for the metering of curents up to 100 A.

*** Only possible with calibration certificates in own DKD-calibration laboratory
W 0.05 % 0.001 Ω 1 Ω 10 ppm/K IKL-F
IKL-G IKL-G Plugable calibration resistor for the metering of curents up to 200 A.

*** Only possible with calibration certificates in own DKD-calibration laboratory
W 0.05 % 0.0001 Ω 0.001 Ω 10 ppm/K IKL-G
IKL-H IKL-H Plugable calibration resistor for the metering of curents up to 2000A.

*** Only possible with calibration certificates in own DKD-calibration laboratory
W 0.05 % 0.000005 Ω 0.0001 Ω 10 ppm/K IKL-H
R-Z R-Z DKD-calibration possible. High load precision resistor usable up to 700 A.
Extremely masssive construction.

** mounted on heat-sink
13288 (metric) 500** W 0.1 % 0.0005 Ω 0.01 Ω 1 ppm/K R-Z
RUG-Z RUG-Z DKD-calibration possible. High load precision resistor. Suitable as calibration and metering resistor.

** mounted on heat-sink
7056 (metric) 250** W 0.1 % 0.0005 Ω 100 Ω 1 ppm/K RUG-Z
Brake and precharge resistors

Braking resistors convert kinetic energy into heat which is dissipated by an external heat-sink

Brake and precharge resistors
Features
  • Permanant power up to 300 W
  • Pulse power up to 3 kW/s
  • Extremely good thermal conductivity
  • Protection IP 54
Advantages
  • Easy mounting on heat-sink
  • Connectors: strands or contact pins (compatible to Econopack)
  • Extremely flat and compact construction
  • U L-listed materials
Picture Type Description Connector style Power Tolerance Resistance (min) Resistance (max) TC Data sheet
BEK BEK Braking resistor, pulse power ca 1 kWs.

** mounted on heat-sink
8935 (metric) 100** W 10 % 27 Ω 27 Ω 50 ppm/K BEK
BRK BRK Braking resistor, pulse power ca 1 kWs.

** mounted on heat-sink
5242 (metric) 100** W 10 % 4.7 Ω 400 Ω 50 ppm/K BRK
BRM BRM Braking resistor, pulse power 2 kWs.

** mounted on heat-sink
6253 (metric) 200** W 10 % 10 Ω 100 Ω 50 ppm/K BRM
BRQ BRQ Braking resistor, pulse power 3 kWs.

** mounted on heat-sink
7063 (metric) 300** W 10 % 1 Ω 200 Ω 50 ppm/K BRQ
苹果彩票 幸运飞艇 苹果彩票 苹果彩票 苹果彩票 苹果彩票 幸运飞艇 幸运飞艇 苹果彩票 苹果彩票