electronics engineering Herald                                          
Home | News | New Products | India Specific | Design Guide | Sourcing database | Student Section | About us | Contact us | What's New
Processor / MCU / DSP
Memory
Analog
Logic and Interface
PLD / FPGA
Power-supply and Industrial ICs
Automotive ICs
Cellphone ICs
Consumer ICs
Computer ICs
Communication ICs (Data & Analog)
RF / Microwave
Subsystems / Boards
Reference Design
Software / Development kits
Test and Measurement
Discrete
Opto
Passives
Interconnect
Sensors
Batteries
Others

Date: 28th Dec 09

PSC series of RF spiral inductors from Vishay for wire bonded assemblies

Vishay has released a new PSC series of RF spiral inductors, which are designed for RFcircuits that require wire bondable components such as impedance tuning circuits, lumped element filters, hybrid RF integrated circuits in communications systems, and test and measurement instrumentation. The suitable applications for the RF spiral inductors are RF choking for DC biasing, RF tuning circuits and lumped element filters.

PSC series of RF spiral inductors enable accurate computer simulation of component performance, and featuring a low DCR, high Q, low parasitic capacitance, high SRF and a wide range of inductance values from 1 nH to 100 nH in a compact size measuring 0.045 in. by 0.045 in. by 0.010 in.

The PSC devices combine low parasitic capacitance and DCR to 0.26 Ohm with high SRF to 10.2 GHz and Q to 13 at 250 MHz and 18 at 1000 MHz, and offer power handling to 250 mW.

Device Specification Table:

Part Number Inductance Value (nH) DCR (Ohm) Q SRF (GHz)
250 MHz 1000 MHz 250 MHz 1000 MHz
PSC3500C 3.5 3.5 0.26 8 14 10.2
PSC1050B 10.5 10.5 0.9 10 16 5.5
PSC1250B 12.5 12.5 0.9 12 18 5.0
PSC1800B 18 18 1.25 13 15 4.2
PSC4500B 45 50 3.4 13 8 2.4

Operating temperature range: -55 °C to +125 °C

Availability: Now

For more details visit www.vishay.com

 
Home | News | New Products | India Specific | Design Guide | Sourcing database | Student Section | About us | Contact us | What's New
©2006 Electronics Engineering Herald