HVCR Series Resistors
Stackpole Electronics, Inc. high-voltage, low-VCR chip resistors are 100% VCR screened
The HVCR series resistors from Stackpole Electronics, Inc. have been specifically developed to provide superior precision and stability in high-voltage divider, monitoring, and control applications. Unlike other low-voltage coefficient chip resistors currently available, the HVCR series resistors undergo 100% screening to guarantee their VCR remains within the specified range. This rigorous testing ensures reliability and performance under demanding conditions, making them ideal for precision applications.
Applications such as testing equipment, instrumentation, medical devices, power inverters, and battery management systems demand high levels of precision and stability. In high-voltage environments, however, the stability and accuracy of these systems can be compromised due to the effects of a resistor's VCR. Poor VCR can lead to resistance variations as the applied voltage changes, causing measurement errors and system instability.
- 100% VCR tested, providing assurance of VCR stability
- Fine-film resistor technology
- High-voltage pulse handling
- Low noise
- 10 MΩ and 100 MΩ resistor values
- 2512 size with VCR less than -2 ppm
- 1206 size with VCR less than -5 ppm
- Testing equipment
- Instrumentation
- Medical devices
- Power inverters
- Battery management systems
HVCR Series Resistors
Image | Manufacturer Part Number | Description | Power (Watts) | Available Quantity | Price | View Details | |
---|---|---|---|---|---|---|---|
![]() | ![]() | HVCR1206FDD10M0![]() | RES, HV, 1206, 10 MOHM, 1%, 100 | 0.333W, 1/3W | 500 - Immediate | $72.19 | View Details |
![]() | ![]() | HVCR2512FDD10M0![]() | RES, HV, 2512, 10 MOHM, 1%, 100 | 2W | 500 - Immediate | $87.34 | View Details |
![]() | ![]() | HVCR1206FDD100M![]() | RES, HV, 1206, 100 MOHM, 1%, 100 | 0.333W, 1/3W | 500 - Immediate | $81.66 | View Details |
![]() | ![]() | HVCR2512FDD100M![]() | RES, HV, 2512, 100 MOHM, 1%, 100 | 2W | 400 - Immediate | $96.07 | View Details |