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Zero ohms jumpers resistors.SWR0J series of zero ohm jumper resistor arrays is available in SOT-23, DIP, QSOP,SOIC,TSSOP compatible with PRN 146, PRN 147 and other. Isolated Zero Ohms Jumpers crossovers surface mount network array. Semiconwell's integrated isolated Zero ohms Jumper arrays networks are designed to be used in a wide range of
applications including PC Board crossovers, permanent jumpers, program, customize or alter functionality of a PC Board. Due to a very low capacitance between jumpers, these can be used also on high-speed data lines. The R0J series solution saves board space, improves PC Board performance and reduces assembly cost on passive components. These devices can be used over the full military temperature range -55°C to +125°C. Quality and workmanship is per MIL-S-883Isolated Zero Ohms Jumpers SW R0J-14
10 mOhms jumpers network 7 isolated jumpers/package Available in standard 14 pin TSSOP, QSOP, SOIC Custom configurations are available Parallel terminations Series termination Pull up / Pull down resistors Encoding / Decoding Digital pulse squaring PRODUCT DESCRIPTION Semiconwell's integrated thin film resistor-networks are designed to be used in a wide range of applications including pull up, pull down, voltage dividers or to suppress transmission line effects on high-speed data lines. The RI series
solution improves performance and reduces assembly cost on passive components. These devices can be used over the full military temperature range -55°C to +125°C. Quality and workmanship is per MIL-S-883. Devices are 100% tested, visual inspected and packaged in waffle packs. SEMICONDUCTOR-THIN FILM MANUFACTURING PROCESS DESCRIPTION Integrated passive networks are manufactured using advanced thin film technologies including ultra-stable and self passivating Tantalum Nitride resistors, gold
interconnect metallization and reliable MNOS capacitors to achieve excellent uniformity, performance and reliability. Thin film resistor technology is the preferred solution for all applications that require low noise, long term stability and excellent performance at very high frequencies. Semiconwell employs proprietary thin film technologies for deposition of a wide range of sheet resistance films from 1Ω/sq to 10,000 Ω/sq. All Semiconwell's
products are available in die form and are ideal for high reliability hybrid and multi chip module applications. SUBSTRATE INFORMATION RESISTOR SPECIFICATIONS Material Thickness (mil) Min. die size (mils) Power rating Tolerance q % Capacitance SiO2 / Silicon 10±2 90 x 60 ±3 50 mW@70°C 1, 5, 10 <5pF RESISTORS CONDUCTORS BACKSIDE METALS Resistive material is ultra stable TaN with low TCR <75ppm/°C typical. For Rsq<10Ω/sq and Rsq>500Ω/sq,
the resistive material is proprietary. Power rating/resistor max 100mW for R<1KΩ and 25mW for R>1KΩ. Standard tolerance is ±5%. The bonding pads of the resistors are 3µm thick, 99.99% electroplated gold with a TiW barrier that withstands 30 min at 400°C in air without loss of adhesion. Backside of the die is metallized with standard Si/Au compatible with eutectic and epoxy die attach. Custom metallizations are available upon
special request for die products only. Semiconwell manufactures passive network components, integrated active and passive devices, resistor networks, capacitor networks, schottky and zener diode networks, and npn, pnp transistors arrays that perform the following functions: series and parallel linear and nonlinear GTL, AC, Diode, Thevenin termination networks, precision thin film resistor capacitor networks (RC networks), isolated, bussed resistor networks including zero ohms jumper arrays, voltage
divider networks, resistor networks for audio applications, EMI, RFI and ESD zener clamped diodes and transient voltage suppressors networks, EMI/RFI filter networks and clock terminations. Semiconwell's proprietary semiconductor technology, advanced thin films processes, in house assembly and packaging technologies allow manufacturing of flip chip CSP chip scale and MLF molded lead frame surface mount integrated passive networks that include unprecedented large capacitors >1microfarad (1µF)
and giga ohms resistors (GΩ).
SWR0J-6ST SWR0J-6ST
SWR0J-6SC SWR0J-6SC
SWR0J-6TST SWR0J-6TST
SWR0J-8ST SWR0J-8ST
SWR0J-8TST SWR0J-8TST
SWR0J-8MS SWR0J-8MS
SWR0J-10MS SWR0J-10MS
SWR0J-8SO SWR0J-8SO
SWR0J-14SO SWR0J-14SO
SWR0J-16SO SWR0J-16SO
SWR0J-3ST SWR0J-3ST
SWR0J-16SOW SWR0J-16SOW
SWR0J-20SOW SWR0J-20SOW
SWR0J-16QS SWR0J-16QS
SWR0J-20QS SWR0J-20QS
SWR0J-24QS SWR0J-24QS
SWR0J-28QS SWR0J-28QS
SWR0J-20TQS SWR0J-20TQS
SWR0J-24TQS SWR0J-24TQS
SWR0J-8TSS SWR0J-8TSS
SWR0J-20TSS SWR0J-20TSS
SWR0J-33ST SWR0J-33ST
SWR0J-24TSS SWR0J-24TSS
SWR0J-8PD SWR0J-8PD
SWR0J-14PD SWR0J-14PD
SWR0J-16PD SWR0J-16PD
SWR0J-18PD SWR0J-18PD
SWR0J-20PD SWR0J-20PD
SWR0J-24PD SWR0J-24PD
SWR0J-28PD SWR0J-28PD
SWR0J-40PD SWR0J-40PD
SWR0J-48PD SWR0J-48PD
SWR0J-3SC SWR0J-3SC
SWR0J-48TSS SWR0J-48TSS
SWR0J-56TSS SWR0J-56TSS
SWR0J-40VS SWR0J-40VS
SWR0J-48VS SWR0J-48VS
SWR0J-48SS SWR0J-48SS
SWR0J-56SS SWR0J-56SS
SWR0J-16QM SWR0J-16QM
SWR0J-16QFN SWR0J-16QFN
SWR0J-4ST SWR0J-4ST
SWR0J-4SC SWR0J-4SC
SWR0J-5ST SWR0J-5ST
SWR0J-5SC SWR0J-5SC
SWR0J-5TST SWR0J-5TST
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