TT Electronics Introduces GHVC Green High-Voltage Chip Resistors with Voltage Coefficient of -1.5 ppm/V
Resistors

TT Electronics Introduces GHVC Green High-Voltage Chip Resistors with Voltage Coefficient of -1.5 ppm/V

The GHVC Green High-Voltage Chip Resistors consist of E24 and E96 models with resistance values ranging from 25 kΩ to 100 MΩ. They are offered in standard EIA 1206, 2010, and 2512 chips with power ratings of 0.3W, 0.5W and 1.0W respectively. The resistors feature 1.2/50μs surge-voltage rating of 7kV and can be operated in -55°C to 125°C temperature range. Having a temperature coefficient...

Read More »
TT Electronics Introduces GHVC Green High-Voltage Chip Resistors with Voltage Coefficient of -1.5 ppm/V
Resistors

TT Electronics Introduces GHVC Green High-Voltage Chip Resistors with Voltage Coefficient of -1.5 ppm/V

The GHVC Green High-Voltage Chip Resistors consist of E24 and E96 models with resistance values ranging from 25 kΩ to 100 MΩ. They are offered in standard EIA 1206, 2010, and 2512 chips with power ratings of 0.3W, 0.5W and 1.0W respectively. The resistors feature 1.2/50μs surge-voltage rating of 7kV and can be operated in -55°C to 125°C temperature range. Having a temperature coefficient...

Read More »
New Milwaukee GREM Resistors Come with EDG Technology
Resistor Networks

New Milwaukee GREM Resistors Come with EDG Technology

Vishay’s Milwaukee GREM Resistors are suitable for load banks, dynamic braking and motor control in low vibration industries and alternative energy applications. The units offer resistance ranging from 0.067 Ω to 24.273 Ω with a tolerance of ±10% and currents up to 18 A to 345 A. They can be operated in temperature up to +415 °C and feature temperature coefficients down to ±130 ppm/°C....

Read More »
New Milwaukee GREM Resistors Come with EDG Technology
Resistor Networks

New Milwaukee GREM Resistors Come with EDG Technology

Vishay’s Milwaukee GREM Resistors are suitable for load banks, dynamic braking and motor control in low vibration industries and alternative energy applications. The units offer resistance ranging from 0.067 Ω to 24.273 Ω with a tolerance of ±10% and currents up to 18 A to 345 A. They can be operated in temperature up to +415 °C and feature temperature coefficients down to ±130 ppm/°C....

Read More »
Latest LTO 150 Power Resistor is Designed for Direct Mounting on a Heatsink
Resistors

Latest LTO 150 Power Resistor is Designed for Direct Mounting on a Heatsink

Vishay’s LTO 150 Thick Film Power Resistor can be used as precharge or discharge resistor for inverters, converters and on-board chargers for EV, HEV and PHEV. The unit offers resistance values ranging from 0.03 Ω to 1.3 MΩ and a power dissipation of 150 W at a +45°C case temperature. The resistor is offered in clip-mount TO247 package, non-inductive design with a tolerance down to ±1%.

Read More »
Latest LTO 150 Power Resistor is Designed for Direct Mounting on a Heatsink
Resistors

Latest LTO 150 Power Resistor is Designed for Direct Mounting on a Heatsink

Vishay’s LTO 150 Thick Film Power Resistor can be used as precharge or discharge resistor for inverters, converters and on-board chargers for EV, HEV and PHEV. The unit offers resistance values ranging from 0.03 Ω to 1.3 MΩ and a power dissipation of 150 W at a +45°C case temperature. The resistor is offered in clip-mount TO247 package, non-inductive design with a tolerance down to ±1%.

Read More »
Vishay Intertechnology Introduces a New Series of Direct Water-cooled Wirewound Resistors with Power Dissipation up to 9000 W and Minimal External Radiation
Resistors

Vishay Intertechnology Introduces a New Series of Direct Water-cooled Wirewound Resistors with Power Dissipation up to 9000 W and Minimal External Radiation

The newly released DCRF series of direct water-cooled wirewound resistors are capable of handling 10 times the power of naturally-cooled devices and two times the power of indirectly water-cooled devices. The resistors increase the reliability by limiting the surface temperature and a safe failure mode prevents leakage in an occurrence of a water-flow shutdown. The resistors provide inductance...

Read More »
Vishay Intertechnology Introduces a New Series of Direct Water-cooled Wirewound Resistors with Power Dissipation up to 9000 W and Minimal External Radiation
Resistors

Vishay Intertechnology Introduces a New Series of Direct Water-cooled Wirewound Resistors with Power Dissipation up to 9000 W and Minimal External Radiation

The newly released DCRF series of direct water-cooled wirewound resistors are capable of handling 10 times the power of naturally-cooled devices and two times the power of indirectly water-cooled devices. The resistors increase the reliability by limiting the surface temperature and a safe failure mode prevents leakage in an occurrence of a water-flow shutdown. The resistors provide inductance...

Read More »

All Topics