US series
- Ultra-stable radial leaded film through-hole resistors
- Constructed with two selected USF300 series resistors bonded back to back for parallel connection on the PCB
- Maximum working voltage of 300V
- Ceramic package provides cool operation
- Utilising Caddock’s proprietary resistance film systems
- Available in standard resistance values most commonly used in precision analog design
- Zero nominal TCR
- Temperature range from -40°C up to +85°C
- Ultra-stable radial leaded film through-hole resistors
- Constructed with two selected USF300 series resistors bonded back to back for parallel connection on the PCB
- Maximum working voltage of 1.4kV
- Ceramic package provides cool operation
- Utilising Caddock’s proprietary resistance film systems
- Available in standard resistance values most commonly used in precision analog design
- Zero nominal TCR
- Temperature range from -40°C up to +85°C
- Ultra-stable radial leaded film through-hole resistors
- Constructed with two selected USF300 series resistors bonded back to back for parallel connection on the PCB
- Maximum working voltage of 2.5kV
- Ceramic package provides cool operation
- Utilising Caddock’s proprietary resistance film systems
- Available in standard resistance values most commonly used in precision analog design
- Zero nominal TCR
- Temperature range from -40°C up to +85°C
- Ultra-stable radial leaded film through-hole resistors
- Maximum working voltage of 300V
- Ceramic package provides cool operation
- Utilising Caddock’s proprietary resistance film systems
- Available in standard resistance values most commonly used in precision analog design
- Zero nominal TCR
- Temperature range from -40°C up to +85°C
- Ultra-stable radial leaded film through-hole resistors
- Maximum working voltage of 1.4kV
- Ceramic package provides cool operation
- Utilising Caddock’s proprietary resistance film systems
- Available in standard resistance values most commonly used in precision analog design
- Zero nominal TCR
- Temperature range from -40°C up to +85°C
- Ultra-stable radial leaded film through-hole resistors
- Maximum working voltage of 2.5kV
- Ceramic package provides cool operation
- Utilising Caddock’s proprietary resistance film systems
- Available in standard resistance values most commonly used in precision analog design
- Zero nominal TCR
- Temperature range from -40°C up to +85°C
- Ultra-stable radial leaded film through-hole resistor sets
- Sets are available with either 3 or 5 selected USF300 series resistors (model dependent)
- Voltage coefficient as low as 0.005 ppm/V per resistor set (model dependent)
- Ceramic package provides cool operation
- Utilising Caddock’s proprietary resistance film systems
- Available in 30MΩ, 50MΩ and 100MΩ sets
- Multiple USFS selected resistor sets can be used in series to achieve higher total resistances and higher voltage ratings
- Ultra-stable precision high voltage axial leaded film through-hole resistors
- Typical load life stability 0.025% per 1,000 hours
- Temperature range -40°C to +85°C
- Utilising Caddock’s Tetrinox® resistance film systems
- Custom low TC HV strings are available: 50KV, 100KV, etc.
- Ultra-stable precision high voltage axial leaded film through-hole resistors
- Typical load life stability 0.025% per 1,000 hours
- Temperature range -40°C to +85°C
- Utilising Caddock’s Tetrinox® resistance film systems
- Custom low TC HV strings are available: 50KV, 100KV, etc.
- Ultra-stable precision high voltage axial leaded film through-hole resistors
- Typical load life stability 0.025% per 1,000 hours
- Temperature range -40°C to +85°C
- Utilising Caddock’s Tetrinox® resistance film systems
- Custom low TC HV strings are available: 50KV, 100KV, etc.
- Ultra-stable axial leaded film through-hole resistor sets
- Sets are available with either 3 or 5 selected USG1110 series resistors (model dependent)
- Voltage coefficient as low as 0.02 ppm/V per resistor set (model dependent)
- Utilising Caddock’s Tetrinox® resistance film systems
- Available in 300MΩ and 500MΩ sets
- Multiple USGS selected resistor sets can be used in series to achieve higher total resistances and higher voltage ratings