Description
The PAT3042S high precision chip attenuator is part of the PAT series of thin film attenuators designed for high precision applications from Susumu. The PAT3042S model has a 1612 chip size and is available in an attenuation range of 0dB to 10dB in 1dB steps, 16dB and 20dB. This series utilises a similar wrap-around terminal to that of regular chip resistors making them easy to mount. One chip attenuator covers a wide frequency range of 3GHz (50Ω impedance) or 2GHz (75Ω impedance). These attenuators have been developed to withstand operating temperatures between −55°C to +125°C.
- High precision chip attenuator
- Surface mount design with an 1612 chip size
- Attenuation of 0dB to 10dB (1dB steps), 16dB or 20dB
- Attenuation tolerances of ±0.3dB or ±0.5dB
- Impedance of 50Ω (C) or 75Ω(D)
- VSWR of <1.2 (50Ω) or <1.3 (75Ω)
- Operating frequencies of DC∼3GHz (50Ω) or DC∼2GHz (75Ω)
- Rated power of 250mW
- Temperature range from −55°C to +125°C
- Rated operating temperature +70°C
The Susumu PAT3042S high precision chip attenuator is ideal for the following applications:
- Cell phone base stations
- Wireless communication modules
- Wide band measurement instrumentation
Susumu PAT3042S Series Specification Table
| Attenuation | Attenuation tolerance | Impedance | VSWR | Operating frequency | Rated power | Packaging quantity |
|---|---|---|---|---|---|---|
| 0 - 10dB (1dB steps) | ±0.3dB | 50Ω (C) / 75Ω (D) | <1.2 (50Ω) / <1.3 (75Ω) | DC~3Ghz (50Ω) / DC~2Ghz (75Ω) | 250mW | B (50pcs/bag) T1 (1,000 pcs/reel) T2 (2,000 pcs/reel) |
| 16dB / 20dB | ±0.5dB | 50Ω (C) / 75Ω (D) | <1.2 (50Ω) / <1.3 (75Ω) | DC~3Ghz (50Ω) / DC~2Ghz (75Ω) | 250mW | B (50pcs/bag) T1 (1,000 pcs/reel) T2 (2,000 pcs/reel) |
Susumu is a leading manufacturer of thin-film attenuators, covering a range of attenutations from 0dB to 20dB. Specialised in the production of High precision, High frequency and Thermovariable Attenuators available in various small chip sizes to compliment miniturisation of devices. Please visit www.susumu.co.jp/usa/ for more information.
