The Engineering Design Show, 8 – 9 October 2025, Coventry Building Society Arena, UK, Stand J3
The CLB ultra-precision thermosensitive resistor series from Alpha Electronics offers a highly accurate device that has a resistivity which varies linearly with temperature change in a through-hole package. By utilising Alpha’s Bulk Metal® foil resistor technology, they are able to produce these resistors that are ideally designed for temperature detection, providing a small size and rapid response.
These Alpha CLB ultra-precision thermosensitive resistors are made of material only a few µm thick and respond rapidly to temperature changes. Strict control of foil composition maintains uniform quality without fluctuation of temperature characteristics of resistance. They are produced by the same fine photo-etching technology used in other metal foil precision resistors from Alpha.
The CLB series has a pin pitch of 2.54 ±0.25mm.
Typical applications for the CLB ultra-precision thermosensitive resistor series include:
The below table gives the full specifications for each resistor model available including the Alpha CLB series:
Weight | 0.00000 kg |
---|---|
Dimensions | 8.50 x 2.20 x 5.60mm |
Maximum Resistance | 200Ω |
Minimum Resistance | 5Ω |
Power Rating | |
Product Type | |
Resistance Value | |
Response Time | 1.3s |
Series / Model | |
Temperature Coefficient | |
Temperature Range (°C) | -25 to +125°C |
Tolerance | |
Voltage Rating |
SKU | Resistance Value | Temperature Coefficient | Tolerance |
---|---|---|---|
Alpha CLB 175R0 D | 175Ω | +4250 ±1% ppm/°C | ±0.5% |
Alpha CLB (5Ω - 200Ω) D | Custom (5Ω - 200Ω) | +4250 ±1% ppm/°C | ±0.5% |
Alpha CLB (5Ω - 200Ω) F | Custom (5Ω - 200Ω) | +4250 ±1% ppm/°C | ±1% |
Alpha CLB (5Ω - 200Ω) G | Custom (5Ω - 200Ω) | +4250 ±1% ppm/°C | ±2% |
Alpha CLB (5Ω - 200Ω) J | Custom (5Ω - 200Ω) | +4250 ±1% ppm/°C | ±5% |
Product name | SKU | Datasheet | ||
---|---|---|---|---|
![]() | VPG CLA Series | VPG CLA Series | View Product | |
![]() | VPG CLB Series | VPG CLB Series | View Product |