Ideal for current sensing applications that offers a wide resistance range, superior pulse performance, and low TCR for switching and linear power supplies, instruments, power amplifiers.
4 terminal / Kelvin terminated components offer an advantage for low resistance values by providing lower TCR and improved measurement accuracy by reducing contact resistance. Ideal for all types of current sensing, voltage division and pulse applications including switching and linear power supplies, instruments, power amplifiers.
For current sensing applications that require extended power handling capability over standard ratings while still providing superior pulse performance and low TCR performance for switching and linear power supplies, instruments, power amplifiers.
Offers high power density of 4x the standard power rating of comparable footprints, which makes it ideal for high power current sensing applications. The WSLP offers a low resistance value, superior pulse capability, and low TCR that reduces board weight and cost for switching and linear power supplies, instruments, power amplifiers.
Ideal for all types of current sensing, voltage division and pulse applications including switching and linear power supplies, instruments, power amplifiers, and shunts.
Ideal for all types of current sensing, voltage division and pulse applications including switching and linear power supplies, instruments, power amplifiers.
Ideal for all types of current sensing, voltage division and pulse applications including switching and linear power supplies, instruments, power amplifiers.
Ideal for all types of current sensing, voltage division and pulse applications including switching and linear power supplies, instruments, power amplifiers, and shunts.
The CRMV series medium voltage thick film chip resistors are manufactured with a serpentine resistive element, which makes them capable of operating at a higher maximum working voltage than a standard part. The CRMV parts have maximum working voltages ranging from 550 V (for the 1206 size) to 1415 V (for the 2512 size). CDMV series medium voltage dividers are also available.
The CRHV series high voltage thick film chip resistors are manufactured using a special resistive material and a serpentine resistive element, which makes them capable of operating at a much higher maximum working voltage than a standard part. The CRHV parts have maximum working voltages ranging from 1.5 kV (for the 1206 size) to 3 kV (for the 2512 size). CDHV series high voltage dividers are also available.
Suitable for current sensing and shunts.
The RCHR series high resistance value thick film chip resistors are manufactured using a special resistive material, which allows them to be offered in values up to 3 GΩ.
The RCP series thick film chip resistors are manufactured on Aluminum Nitride (AlN) substrates, which offer very high thermal conductivity, allowing these products to reach power ratings up to 22 W.
Established reliability thick film chip resistors (manufactured to MIL-PRF-55342) and chip jumpers (manufactured to MIL-PRF-32159), which are offered in all 13 MIL spec case sizes, and come with verified failure rates up to "T" (space) level. The M/D55342 parts construction is sulfur impervious against a high sulfur environment.
/01
(0502)
55342 0.05 W
32159 0.05 W
/02
(0550)
55342 0.125 W
32159 0.1 W
/03
(5100)
55342 0.2 W
32159 0.2 W
/04
(5150)
55342 0.15 W
32159 0.15 W
/05
(7225)
55342 0.225 W
32159 0.225 W<<//p>
/06
(0575)
55342 0.15 W
32159 0.15 W
/07
(1206)
55342 0.25 W
32159 0.25 W
/08
(2010)
55342 0.8 W
32159 0.8 W
/10
(1100)
55342 0.5 W
32159 0.5 W
/11
(0402)
55342 0.05 W
32159 0.04 W
/12
(0603)
55342 0.1 W
32159 0.07 W
/13
(0302)
55342 0.04 W
32159 0.035 W
These high reliability thick film chip resistors and chip jumpers are manufactured using the same materials and construction as the fully military qualified MIL-PRF-55342 chip resistors and MIL-PRF-32159 chip jumpers. These parts have the capability for us to develop specific reliability programs designed to meet customer requirements. We also offer a non-magnetic version; as well as low value and moisture resistant versions which are manufactured to meet various DLA drawings. The RCWP parts construction is sulfur impervious against a high sulfur environment.
Manufactured with Palladium Silver, Platinum Gold, Gold, Platinum Silver, Platinum Palladium Gold or solder coated non-magnetic terminations, these alternate termination parts are suitable for epoxy bondable, wire bondable or solderable applications.
These thick film medium bodied (SOMC series) and wide bodied (SOGC series) gull winged SOIC type resistor networks are offered in 14, 16 or 20-pin versions, with isolated, bussed or dual terminator schematics as standard. They are built with a rugged molded case construction, which is compatible with automatic surface mounting equipment. Custom schematics are also available.
These surface-mount thick film fixed chip attenuators feature either a balanced or an unbalanced π filter schematic. They are capable of replacing 3 or more components, which reduces board space and component counts.
The thick film resistor / capacitor chips (CRCC series) and chip arrays (CRCA series) help to reduce board space and component counts by replacing multiple components with a single component.
CRCA12E
CRCA12S
CRCC1206
Ideal for inrush and pulse applications that reduces component count to a single component and minimizes board space.
The high power (WSF series) or high precision / stability (PSF series) metal film resistors come in a rugged molded body, which has wraparound compliant terminations that eliminate the risk of solder fillet cracking.
The use of custom networks simplifies board layout and reduces component cross talk, total assembly costs, board space, weight and component count. Virtually unlimited schematics are possible. Vishay Dale's custom product lines include thick film substrates, circuit boards, and complete hybrid circuits (resistor, capacitor, inductor, thermistor, diode, transistor and / or integrated circuit network combinations). Contact your local Vishay representative with your custom design requirements.