Picosecond Pulse Labs, Inc. Datasheets for DC Blocks
DC blocks prevent the flow of direct current (DC) through radio frequency (RF) circuits. They serve as high-pass filters that prevent DC voltages, which have a frequency of zero Hertz (Hz), from interfering with sensitive RF components such as receivers. In other words, DC blocks are capacitors in series with a transmission line. They prevent the flow of DC energy while allowing RF signals to pass with little (if any) attenuation.
DC Blocks: Learn more
| Product Name | Notes |
|---|---|
| Features 16 V Max 0.7 kHz to > 26 GHz < 8 ps Risetime Clean Transient Pulse Response Insertable Design with SMA Connectors Applications Test and Measurement Telecom Systems High... | |
| Features 16V, 50V, or 150v Max 7kHz to 50GHz Bandwidth 5ps Risetime 2.92mm or 2.4mm Connectors Applications 40G Telecom Systems Test and Measurement RF and Microwave The Picosecond Advantage: The... | |
| Features 50 Ohm Surface Mount Device 7 kHz to 35 GHz Low Insertion Loss Small Footprint: .236"x.158" Applications Telecommunications Systems Transmitters Receivers The Picosecond Advantage: Excellent transient response and low... | |
| Features 50 V Max 7 kHz to > 26 GHz 10 ps Risetime Clean Transient Pulse Response Insertable Design with SMA Connectors Applications Test and Measurement Telecom Systems High Speed... | |
| Features 50 V Max 80 kHz to > 26 GHz 10 ps Risetime Clean Transient Pulse Response Insertable Design with SMA Connectors Applications Test and Measurement Telecom Systems High Speed... |