With the proliferation of electronics into a broader range of markets, the demand for higher power density has intensified the demand for chip resistors with improved continuous po
Passives | 30-05-2025
In PCB layout and design, zero-ohm jumpers are critical to address routing challenges, facilitate alternate circuit paths, and enable testing and rework without needing additional
Power | 23-05-2025
Stackpole Electronics has announced the addition of a 0.2mOhm value to its popular 3W-rated CSNL2512 current sense resistor. This new value provides a high-power density solution v
Passives | 29-04-2025
Stackpole Electronics Inc. has released its new RVCU series of high-voltage thick film resistors. These resistors are developed to provide exceptional stability at different voltag
Passives | 25-04-2025
Stackpole Electronics Inc. has released the CSSU2512, a new current sense chip resistor developed to handle high power in a compact 2512 size. This resistor provides a low TCR of ±
Passives | 11-04-2025
In today's competitive market, electronic devices require the highest level of reliability. Stackpole Electronics Inc. now offers the RNCA Series, which sets the benchmark for auto
Passives | 20-03-2025
Stackpole Electronics Inc. has released its new RPCQ series of automotive grade high power pulse withstanding chip resistors. These resistors are developed to fulfil the demanding
Passives | 07-03-2025
Designing high-reliability applications presents challenges in sourcing resistors that fulfil electrical performance needs while remaining cost-effective and readily available. Thi
Passives | 03-03-2025
As thin film chip resistors have become more readily obtainable and less expensive, their usage has greatly increased across a variety of applications. However, when the applicatio
Passives | 27-02-2025
Stackpole Electronics Inc. has extended its RNCV series of automotive-grade high voltage thin film chip resistors to include 10ppm and 15ppm TCR options. These resistors are design
Passives | 13-02-2025
For high-efficiency applications, low resistance values are vital to minimise power dissipation. However, attaining accurate current sensing at low resistance values can be challen
Passives | 03-02-2025
Attaining high-efficiency current sensing demands shunt resistors that combine low resistance values with robust power handling. However, finding sense resistors that deliver a hig
Passives | 17-01-2025
Designing electronics that need high-voltage axial leaded resistors can be demanding due to limited product availability and high costs. Stackpole Electronics addresses these chall
Passives | 13-01-2025
As power electronics evolve, the need for high current, low resistance sensing resistors grows. Emerging applications like electric bikes and scooters may need high power, high acc
Power | 07-01-2025
