The CSSH Series ultra-high precision current sense chip resistor series from Stackpole has recently been expanded to include a 0.3 milliohm value in the 2512 size. The CSSH2512 0.3 milliohm part is available in tolerances as low as 1% and TCR is 150 ppm, with a 3W power rating. This low resistance value coupled with…

Stackpole’s HVC is a thick film high voltage chip resistor capable of handling up to 3KV continuous voltage. The HVC offers tolerances as low as 0.1% and TCR as low as 25 ppm for outstanding precision. In addition, the HVC resistance element provides high resistance values up to 50 Gigohms with very low noise and…

Stackpole’s HCJ Series, a surface mount chip jumper, offers current ratings ranging from 14.2 amps for the 0402 up to 63.2 amps for the HCJ2512. In comparison, the typical rated current for a standard 2512 thick film jumper is 3 amps.  The HCJ0402 has a maximum resistance of 3 milliohms while the other sizes have…

The PV Series from Stackpole offers two chip sizes, 3225 and 4032. These two sizes correspond to the equivalent 5mm and 7mm disk MOV’s offering protection for circuits with working voltages ranging from 11 Vrms to 300 Vrms. The PV Series varistors are UL recognized with the capability to handle up to 30J of energy…

Stackpole’s RNV Series meets IEC 60065.14.1 standards handling up to 7KV for 50 discharges of a 1nF capacitor. The RNV Series has a working voltage rating up to 1600 VDC and an overload voltage rating of up to 3200 VDC depending on resistance value. The RNV series uses proprietary manufacturing processes and materials to provide…

Stackpole‘s RV Series of radial leaded metal oxide varistors is available in a wide range of disk  sizes and working voltages designed for general purpose overvoltage protection. The RV Series is UL1449 certified and offers disk sizes from 5mm up to 20mm with peak current ratings up to 18,000 amps and energy handling up to…

The HCSK Series from Stackpole is a surface mount metal element high current shunt with four terminals. Four terminal Kelvin sense resistors provide the most accurate sensing as it removes the effect of lead resistance in the sensing function. The HCSK2725 rated at 5W at an ambient temperature of 100C utilizes unique materials and a…

The HVC series from Stackpole is a thick film surface mount chip resistor series designed for high voltage handling and high resistance values. The HVC has low VCR, TCR available down to 25 ppm, and tolerances as low as 0.1%. Voltage ratings for the HVC are as follows: * HVC0603 rated at 400V * HVC0805…

The HDM Series from Stackpole is an axial leaded carbon film technology resistor with outstanding moisture withstanding capability. Axial leaded resistors that need to withstand high humidity typically require a metal glaze technology which is considerably more expensive. The HDM Series can survive 100 hours in a pressure cooker at 120 degrees C, over 98%…

Stackpole announces the release of the HVAM Series, an axial leaded series of precision resistors designed for high voltage handling and high resistance values. The HVAM offers resistance values from 500K ohms to 10G ohms depending on size and tolerance. The proprietary fine film of the HVAM enables tolerances down to 0.1% and TCR as…

Stackpole’s popular HCS series raised element SMD current shunt resistors offer low resistance values, high power ratings, and low TCR. Resistance values as low as 0.2 milliohm and power ratings up to 10W mean the HCS series can accurately sense currents up to 224 amps. In addition, TCR for the HCS is 50 ppm for…

The UHV series from Stackpole offers extremely high voltage ratings per package size. * UHV2010 rated up to 6KV * UHV2512 rated up to 10KV * UHV3512 rated up to 12KV * UHV4020 rated up to 16KV * UHV5020 rated up to 20KV In addition, values of 500M, 1G, and 2G are in stock in sizes…

The CSRF series from Stackpole is a foil on ceramic carrier technology which offers very low resistance values and low TCR in small chip sizes. With 0.25W rated 0402 size chips in values down to 3 milliohm and 0.5W rated 0603 size chips in values down to 2.5 milliohm, the CSRF is an ideal choice…

Stackpole’s RNCF is an AEC-Q200 compliant series of precision thin film chip resistors. The RNCF offers sizes from 0201 up to 2512, with a tolerance of 0.01% and TCR of 2 ppm available for a select value range for sizes from 0402 through 2512. This exceptional performance makes the RNCF ideal for precision applications such…

Stackpole’s RMCF Series is an AEC-Q200 qualified series of thick film chip resistors. This series has thousands of the most popular values in stock in sizes from 0201 through 2512 either directly from Stackpole or through one of our franchised distributors. For products not in stock, current lead-times are 8 – 10 weeks. For design…

Stackpole’s WWP Series of wirewounds offers guaranteed pulse handling for high energy handling requirements. Standard wirewounds exhibit variable pulse handling due to materials flexibility and trimming processes. The WWP Series defines the element wire as robust as possible and does not require trimming. The result is a thru hole wirewound series with outstanding pulse handling…

Stackpole Electronics, Inc. announces the release of the HVAM series of high voltage axial leaded resistors. The HVAM deposition technology produces a non-inductive resistive element with high stability, low noise and high voltage ratings. Precision tolerances are available down to 0.1% with TCR as low as 50 ppm. Resistance values range from 500 Kohm to…

The UHV Series of ultra-high voltage chip resistors from Stackpole are now in stock in the most popular sizes and resistance values. Values of 500M, 1G, and 2G are in stock in sizes from 2010 to 5020. This enables designing and prototyping high voltage designs in far less time than usual. Full resistance range for…

Stackpole’s AEC qualified RTAN series utilizes tantalum nitride technology to provide moisture proof precision chip resistor performance. The RTAN film passes biased humidity testing at 85 degrees C, 85% relative humidity, and 10% bias with very little shift in resistance. The materials and design are such that the RTAN is resistant to sulfur contamination and…

Stackpole’s ASR / ASRM series anti-surge thru-hole resistors offer high voltage pulse handling and defined pulse power characteristics. From the ASRM14 1/4W size rated at 500V to the ASRM1 1W and ASRM2 2W both rated at 4KV, this series is a great choice for high voltage applications requiring a robust cost effective axial leaded resistor.…

The HMC series from Stackpole offers resistance values up to 10 Gigohm in 5% tolerances and 100 Megohm in 1%. While standard commodity thick film chip resistors typically offer resistance values up to 10-20 Mohms, the HMC utilizes high speed thick film manufacturing and high resistivity inks to create an inexpensive surface mount solution. This…

Stackpole’s current sense kits are a compact folder containing a variety of 1% tolerance resistance values in a choice of 1206, 2010, or 2512 chip sizes. Stackpole offers values from various series to provide a broad range of values. Higher resistance values are thick film technology, where the lower resistance values will be foil on…

The RNCF Series from Stackpole is a precision thin film chip resistor series capable of achieving tolerances as tight as 0.01% and TCR as low as 2 ppm per degree C. Stackpole recently expanded the resistance value range for the 0402 chip size for all tolerances to offer values from 49.9 ohms up to 20K…

The RC Series of carbon composition axial leaded resistors is an outstanding choice for high speed or high energy pulse handling requirements. The large mass of the carbon resistive element efficiently dissipates high energy surge events while the almost negligible inductance allows for higher switching speeds than comparable wirewound resistors. Carbon Comps remain a favorite…

Stackpole Electronics, Inc. announces the release of their new RTAN series chip resistors. The AEC-qualified RTAN is a Tantalum Nitride precision thin film resistor that is impervious to moisture corrosion. This type of thin film technology passes biased humidity testing at 85 degrees C, 85% relative humidity, and 10% rated power for more than 1000…