0 items
L-com
Toll Free +1 (800) 341-5266
International +1 (978) 682-6936
  1. Home /
  2. Coaxial /
  3. RF Fixed Attenuators /
  4. SMA DC-3GHz /
  5. LCAT1001 /
  6. 2W/4 dB RF Fixed Attenuator, SMA Male to SMA Female Stainless Steel Body Up to 3 GHz

2W/4 dB RF Fixed Attenuator, SMA Male to SMA Female Stainless Steel Body Up to 3 GHz

SKU LCAT1001-04
QTY available Call us

Product no longer available

This product has been discontinued and has run out of stock. We apologize for the inconvenience.

Please contact our customer service team for assistance in identifying the appropriate replacement part for your application.

Replaced By:


LCAT1001-04 is a 4dB RF fixed attenuator from L-com. With hex nut on the body, the attenuator has coaxial in-line design with SMA male connector on one end and SMA female connector on the other. The part is available in stock with same day shipping.

Features
  • Frequency range from DC to 3GHz
  • Input Power 2W max
  • VSWR <1.15
  • Attenuation accuracy 4±0.5dB
  • Operating temp range from -55 to 125C

Application
  • Instrumentation
  • Precision measurements
  • Prototyping and characterization
  • Production systems
  • RF test systems


Product Resources

Key Specifications

Key Specifications

Attenuator Design
Fixed
Active/Passive
Passive
Connection Type
In-Series
Connector-In Impedance
50 Ohms
Connector-Out Impedance
50 Ohms
Max Freq
3 GHz
Nominal Attenuation
4 dB
Attenuation Accuracy, Typ
0.5 dB
VSWR, Max
1.15:1
Input Power, Max (CW)
2 Watts
Body Material
Stainless Steel
Connector-In Series
SMA
Connector-In Gender
Male
Connector-Out Series
SMA
Connector-Out Gender
Female
Max Operating Temperature
125 deg C
Min Operating Temperature
-55 deg C

Product Compliance

Product Compliance

REACH status
Not Available
RoHS status
Not Available
TSCA status
Not Available
PFAS status
Not Available

For any of the above statuses that are not available, we may be able to obtain the data by contacting various compliance specialists within our supply chain. You may ask our Compliance Department if that information can be obtained by clicking the contact us button below.